Department of Biosciences

Department

Home
Department
Programme Offered_bs ▼
M. Sc. - Botany M. Sc. - Zoology M. Sc.- Microbiology_ Ph. D. Biosciences P.G. Diploma in Toxicology P.G. Diploma in Herbal Technology and Integrated Wellness (PGDHTIW) Bachelor of Medical Laboratory Science
Research
Faculties
Infrastructure & Resources
Library
Placement
Gallery
360 View
Contact Us

About Department

Department of Biosciences (UGC-SAP DRS-II & DST-FIST-I) is a premier academic and research institute of the South Gujarat region in the field of life sciences established under the developmental grants of UGC during the IV Five-year plan. The department offers M.Sc., M. Phil. and Ph. D. courses in Biosciences with specialization in subjects of Botany, Zoology and Microbiology. The department also runs M.Sc. Microbiology Self-finance course and the add-on course PG Diploma in Toxicology. More than 125 Ph. D. students have been passed out since the establishment of the department. The department has completed several research projects funded by the State, National, and International funding agencies. The department has signed aMoU with Kagoshima University, Japan in 2012. The Students’ emigration into the foreign country indicates our global acceptance. The department is well-equipped with the sophisticated instruments to conduct the research in the identified areas of life sciences. The department has also comprehensively developed the core research facility in the Microbiome, Bioinformatics, Ecogenomics, Toxicology, Medicinal Plant etc.

▶ Department of Biosciences
▶ Department of Biosciences
Department of Biosciences Veer Narmad South Gujarat University
Downloads
📄 Admission Prospectus 2026-27 → 📄 Admission Brochure 2026-27 → 📄 Placement Brochure 2025-26 → 📄 Bioscience Brochure 2025 → 📄 List of Event/ Activities Academic year 2025-26 → 📄 P.G.Diploma In Herbal Technology & Integrated Wellness →

M. Sc. - Botany

The M.Sc. Botany programme provides advanced knowledge in plant sciences including plant diversity, physiology, ecology, taxonomy, microbiology, biotechnology, pharmacognosy, phytochemistry, plant pathology, tissue culture, and sustainable agriculture. The programme emphasizes theoretical understanding, laboratory skills, field studies, research aptitude, and applications of plant sciences in agriculture, industry, healthcare, environmental management, and biotechnology.

Syllabus Download


 Program Outcome

  • PO1: Acquire advanced knowledge of plant sciences including taxonomy, physiology, ecology, anatomy, embryology, microbiology, biotechnology, pharmacognosy, and plant pathology.
  • PO2: Develop the ability to identify, classify, analyze, and conserve plant diversity using modern scientific approaches and laboratory techniques.
  • PO3: Understand plant–environment interactions, ecosystem functioning, biodiversity conservation, and sustainable environmental management practices.
  • PO4: Gain practical laboratory and field skills in microscopy, plant tissue culture, phytochemical analysis, ecological assessment, and plant disease diagnosis.
  • PO5: Apply knowledge of medicinal plants, phytochemistry, pharmacognosy, and biotechnology in healthcare, agriculture, and industrial applications.
  • PO6: Develop competency in research methodology, biostatistics, instrumentation, scientific documentation, and interpretation of biological data.
  • PO7: Understand the principles and applications of organic farming, biofertilizers, sustainable agriculture, and environmental conservation.
  • PO8: Enhance analytical reasoning, communication skills, scientific writing, and presentation skills for academic and professional excellence.
  • PO9: Build employability and entrepreneurial skills in plant biotechnology, agriculture, herbal industries, environmental consultancy, and research organizations.
  • PO10: Foster scientific ethics, teamwork, leadership qualities, innovation, and lifelong learning for contribution to society and scientific advancement.

Intake

Grant in Aid (GIA) : 13

Higher Payment (HP) : 07

Self-financed (SFI) : 38

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
BOT 1001 Fundamental Microbiology

Students will understand the diversity of viruses and bacteria, microbial structure, growth, reproduction, plant diseases, and economic importance of microorganisms.

 4
BOT 1002 Mycology and Plant Pathology

Students will gain knowledge of fungi, plant pathogens, disease development, disease control methods, and economically important fungal diseases.

 4
BOT 1003 Phycology and Lichen

Students will learn algal diversity, reproduction, life cycles, lichen biology, and ecological importance of algae and lichens.

 4
BOT 1004 Organic Farming and Sustainable Agriculture

Students will understand concepts of organic farming, nutrient management, organic certification, and sustainable agricultural practices.

 4
BOT 1005 Manures and Fertilizers

Students will acquire knowledge about integrated nutrient management, green manure, composting, and biofertilizers.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
BOT 2001 Bryophytes, Pteridophytes, Gymnosperms and Paleobotany

Students will understand lower plant groups, fossil plants, evolution of land plants, and economic importance of cryptogams and gymnosperms.

 4
BOT 2002 Plant Anatomy and Embryology

Students will gain detailed knowledge of plant tissues, secondary growth, pollen biology, embryology, and seed biology.

 4
BOT 2003 Biostatistics, Instrumentation and Techniques

Students will learn biostatistical tools, hypothesis testing, chromatography, spectroscopy, and electrophoretic techniques.

 4
BOT 2004 Pharmacognosy and Phytochemistry

Students will understand medicinal plants, phytochemicals, extraction methods, herbal drug evaluation, and pharmacognostic applications.

 4
BOT 2005 Apiculture

Students will learn bee keeping, honey processing, colony management, and commercial applications of apiculture.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
BOT 3001 Plant Physiology

Students will understand plant water relations, photosynthesis, respiration, flowering physiology, and dormancy mechanisms.

 4
BOT 3002 Plant Ecology and Conservation

Students will gain knowledge of ecosystems, biodiversity, ecological succession, conservation strategies, and environmental management.

 4
BOT 3003 Phytomorphology / Plant Tissue Culture

Students will learn plant morphology, taxonomy, tissue culture techniques, micropropagation, and plant biotechnology applications.

 4
Semester - IV ▾
Course Code Course Title Outcome Credit
BOT 4001 A Seminar Presentation

Students will develop scientific communication, presentation, and analytical skills.

 4
BOT 4001 B Review Presentation

Students will learn literature survey, scientific review writing, and recent advances in plant sciences.

 4
BOT 4002 A Dissertation

Students will conduct independent research work, data analysis, and scientific report writing.

 20
BOT 4002 B Industrial Training / Internship

Students will gain industrial and field exposure related to plant sciences and biotechnology.

 20

Eligibility Criteria

A candidate must have passed the Bachelor’s Degree examination in Science with Botany or Biosciences as one of the subjects from a recognized university.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

Sem-2

&

Sem-3

&

Sem-4

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,755/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

M. Sc. - Zoology

test

Syllabus Download


Program Outcome

  • PO1: Acquire advanced knowledge of animal biology, physiology, ecology, genetics, developmental biology, biotechnology, immunology, and environmental biology.
  • PO2: Develop practical laboratory and analytical skills in zoological techniques, histology, cytogenetics, molecular biology, tissue culture, and physiological studies.
  • PO3: Understand the diversity, evolution, classification, and comparative anatomy of vertebrates and invertebrates.
  • PO4: Apply zoological principles in environmental conservation, wildlife management, aquaculture, apiculture, parasitology, and animal health sciences.
  • PO5: Develop research aptitude through project work, dissertation, scientific review writing, data analysis, and biostatistical interpretation.
  • PO6: Gain knowledge of biotechnology tools including PCR, tissue culture, recombinant DNA technology, electrophoresis, and molecular cytogenetic techniques.
  • PO7: Understand ecological interactions, environmental pollution, sustainable development, and biodiversity conservation.
  • PO8: Enhance scientific communication, presentation, analytical reasoning, and problem-solving skills required for research and professional careers.
  • PO9: Develop professional ethics, scientific attitude, teamwork, and leadership qualities for multidisciplinary biological sciences.
  • PO10: Prepare for higher studies, competitive examinations, research careers, entrepreneurship, and employment in academia, industry, healthcare, and environmental sectors.

Intake

Grant in Aid (GIA): 13

Higher Payment: 07

Self-financed (SFI): 30

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
ZOO 1001 Biology of Non-Chordates

Study of classification, structure, physiology, evolution, and larval forms of non-chordate animals along with practical exposure to diverse invertebrates.

 4
ZOO 1002 Biochemistry and Immunology

Understanding biomolecules, metabolism, immune systems, antigens, antibodies, and immunological techniques with biochemical practical applications.

 4
ZOO 1003 Cell and Molecular Biology

Knowledge of cell structure, membranes, chromosomes, recombinant DNA technology, cytogenetics, and molecular biology techniques.

 4
ZOO 1004 Histology and Developmental Biology

Study of tissue organization, organ systems, embryology, fertilization, gastrulation, and organogenesis in animals.

 4
Semester - II ▾
Course Code Course Title Outcome Credit
ZOO 2001 Biology of Chordates

Study of taxonomy, evolution, comparative anatomy, and diversity of vertebrates and protochordates

 4
ZOO 2002 Animal Physiology

Understanding physiological systems, endocrinology, exercise physiology, and mechanisms of hormone action.

 4
ZOO 2003 Animal Biotechnology and Biostatistics

Training in animal tissue culture, PCR, DNA isolation, biostatistics, and data analysis techniques.

 4
ZOO 2004 Animal Ecology and Environmental Biology

Study of ecosystems, ecology, pollution, environmental hazards, sustainable development, and bioremediation

 4
Semester - III ▾
Course Code Course Title Outcome Credit
Z-3001 Cell Biology and Genetics

Understanding cell organelles, cell cycle, genetics, linkage, mutations, karyotyping, and inheritance patterns.

 4
Z-3002 Chronobiology and Animal Behaviour

Study of biological clocks, animal behavior, communication, social organization, territoriality, and behavioral ecology

 4
Z-3003 Animal Taxonomy, Wildlife and Conservation

Students conduct independent research work with emphasis on scientific methodology, experimentation, and thesis 

 20
Z-3004 Review Article

Development of scientific literature review and critical analysis skills through review of recent research papers.

 4
Semester - IV ▾
Course Code Course Title Outcome Credit
Z-4001 Human Anatomy and Parasitology

Study of human organ systems, infectious diseases, parasites, vectors, and parasitological techniques.

 4
Z-4002 Applied and Economic Zoology

Knowledge of poultry farming, aquaculture, dairy farming, apiculture, and economically important zoological practices

 4
Z-4003 Project / Dissertation Continuation

Continuation and completion of research dissertation with scientific presentation and viva examination.

 20
Z-4004 Seminar Presentation

Students develop scientific presentation and communication skills through seminars and academic activities.

 4

Eligibility Criteria

A candidate must have passed Bachelor’s Degree examination in Science with Zoology as one of the subjects from a recognized university.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Career Scope

  • Research and Development Laboratories
  • Wildlife and Environmental Conservation
  • Biotechnology and Pharmaceutical Industries
  • Aquaculture and Fisheries
  • Healthcare and Diagnostic Laboratories
  • Academia and Teaching
  • Forest and Wildlife Departments
  • Ecology and Environmental Consultancy
  • Animal Biotechnology and Genetics
  • Higher Studies and Research (Ph.D., Fellowships)

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/-(Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-/-

Sem-2

&

Sem-3

&

Sem-4

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/-(Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

M. Sc.- Microbiology_

test


Program Outcome

PO1: Acquire advanced knowledge of microbiology, including microbial diversity, molecular biology, genetic engineering, environmental microbiology, industrial microbiology, immunology, fermentation technology, and bioprocess engineering.

PO2: Develop the ability to identify, classify, and analyze microorganisms using modern microbiological, molecular, biochemical, and bioanalytical techniques and instrumentation.

PO3: Apply microbiological principles and technologies to solve environmental, industrial, agricultural, and healthcare-related problems through sustainable and innovative approaches.

PO4: Gain practical laboratory skills in microbial cultivation, molecular diagnostics, fermentation processes, bioprocess monitoring, biosafety practices, and analytical techniques essential for research and industry.

PO5: Demonstrate competency in research methodology, experimental design, statistical analysis, scientific documentation, dissertation work, and interpretation of scientific data.

PO6: Understand the applications of recombinant DNA technology, microbial biotechnology, biofuels, and microbial products in pharmaceutical, agricultural, environmental, and industrial sectors.

PO7: Develop professional ethics, biosafety awareness, biosecurity practices, intellectual property knowledge, and regulatory understanding required in microbiology and biotechnology fields.

PO8: Enhance communication, presentation, analytical reasoning, and scientific writing skills for academic, research, and professional excellence.

PO9: Build entrepreneurial and employability skills in microbial technology, fermentation industries, pharmaceutical industries, diagnostics, and allied life science sectors.

PO10: Foster lifelong learning, innovation, teamwork, leadership, and multidisciplinary collaboration to contribute effectively to scientific advancement and societal development.

Intake

Grant in Aid (GIA) : 13
Higher Payment (HP) : 07
Self-finance (SFI) : 38

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
MB 1001 Microbial Diversity

Students will develop comprehensive knowledge of microbial diversity, classification, taxonomy, virology, mycology, algae, and cyanobacteria. The course enables understanding of microbial evolution, structure, and ecological significance of microorganisms.

 4
MB 1002 Molecular Biology and Genetic Engineering

Students will understand the molecular basis of life including DNA replication, transcription, translation, and recombinant DNA technology. They will gain practical and theoretical insight into genetic engineering tools and applications in biotechnology

 4
MB 1003 Environmental Microbiology and Biofuels

Students will learn microbial ecology, wastewater treatment, biodegradation, bioremediation, and microbial approaches for environmental sustainability. The course also introduces modern concepts of biofuel and bioenergy production.

 4
MB 1004 Elective paper 1 Biophysical Techniques and Instrumentation

Students will gain knowledge of advanced analytical and molecular techniques such as chromatography, electrophoresis, spectroscopy, and molecular diagnostics used in microbiological and biochemical research.

 4
MB 1004 Elective paper 2 Cell Chemistry and Molecular Interactions

Students will understand biomolecular interactions, bioenergetics, thermodynamics, cell signaling, and biochemical processes responsible for cellular structure and function.

 4
MBP 1005 Practicals

Students will acquire laboratory skills in molecular biology, microbial cultivation, PCR, electrophoresis, water analysis, microbial growth studies, and sterilization techniques essential for research and industry applications.Students will acquire laboratory skills in molecular biology, microbial cultivation, PCR, electrophoresis, water analysis, microbial growth studies, and sterilization techniques essential for research and industry applications.

 6
MB 1006 Skill based Elective paper Biosecurity and Biosafety in Public Health Laboratories

Students will learn biosafety principles, laboratory biosecurity, biomedical waste management, sterilization, disinfection, and safe laboratory practices necessary for clinical and research laboratories.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
MB 2001 Enzymology and Microbial Physiology

Study of enzyme kinetics, enzyme inhibition, protein engineering, industrial applications of enzymes, physiological adaptations of microorganisms, and microbial metabolism including nitrogen fixation and photosynthetic bacteria.

 4
MB 2002 Bioinformatics & Bio-nanotechnology

Covers omics technologies, genome analysis, biological databases, sequence alignment, phylogenetic analysis, protein structure prediction, and applications of bio-nanotechnology in medicine and microbial systems.

 4
MB 2003 Advances and Challenges in Immunology Advances and Challenges in Immunology

Focuses on receptor biology, lymphocyte activation, cancer immunology, immunotherapy, antimicrobial resistance, viral outbreaks, stem cell therapy, and recent advances in immunological research.

 4
MB 2004 Elective paper 1 Advances in Pharmaceutical Microbiology

Includes pharmaceutical microbiology, microbiological quality control, sterility testing, microbial contamination monitoring, sterile products, and microbiological auditing in pharmaceutical industries.

 4
MB 2004 Elective paper 2 Ecology and Evolution

Introduces ecological principles, ecosystem analysis, biodiversity, environmental pollution, origin of life, evolutionary theories, population genetics, behavioral ecology, and conservation biology.

 4
MBP 2005 Practicals

Practical training in enzyme assays, mutation studies, microbial dye decolorization, ELISA, molecular biology techniques, phylogenetic analysis, protein modelling, and 

 6
GE-1 Skill based Elective paper 1 Biofertilizer and Organic Farming

Covers biofertilizer production, microbial inoculants, composting methods, organic farming practices, and economic importance of biofertilizers with hands-on practical exposure.

 2
GE-2 Skill based Elective paper 2 Yogurt and Cheese Production

Provides knowledge of dairy product production, cheese and yogurt processing, quality assurance, packaging, marketing strategies, and small-scale dairy entrepreneurship.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
MB 3001 Fermentation Technology

Students will understand industrial fermentation processes, microbial strain improvement, fermenter design, media optimization, and downstream processing used in biotechnology and industrial microbiology.

 4
MB 3002 Industrial Microbiology

Students will gain knowledge of industrially important microorganisms and microbial products such as antibiotics, enzymes, probiotics, fermented foods, organic acids, and bioactive compounds used in healthcare and industries.

 4
MB 3003 Agricultural Microbiology

Students will understand soil microbial ecology, plant–microbe interactions, plant disease management, biofertilizers, and the role of microorganisms in sustainable agriculture and crop productivity.

 4
MB 3004 A Elective paper 1 Research Methodology and Biostatistics

Students will develop skills in research planning, hypothesis formulation, scientific writing, statistical analysis, data interpretation, and presentation of scientific information for research purposes.

 4
MB 3004 B Elective paper 2 Biostatistics, Research Methodology and Communication Skills

Students will enhance statistical knowledge, communication skills, ICT applications, scientific documentation, logical reasoning, and analytical aptitude required for research and professional development.

 4
MBP 3005 Practicals

Students will gain practical exposure in fermentation technology, microbial product analysis, enzyme production, biostatistical tools, graphical data representation, and scientific software applications.

 6
GE-1 Skill based Elective paper 1 Bioprocess Engineering

Students will understand bioreactor design, fluid flow behavior, mass transfer, mixing operations, and process monitoring techniques used in industrial-scale fermentation systems.

 2
GE-2 Skill based Elective paper 2 Biosafety, Bioethics and IPR

Students will learn biosafety regulations, ethical issues in biotechnology, intellectual property rights, patenting systems, and commercialization of scientific innovations.

 2
GE-3 Skill based Elective paper 3 Advances in Diagnostic Microbiology

Students will gain knowledge of advanced molecular and immunological diagnostic techniques used for identification and detection of infectious diseases and microbial pathogens.

 2
GE-4 Skill based Elective paper 4 Mathematics and General Aptitude Skills

Students will improve quantitative aptitude, logical reasoning, analytical thinking, and mathematical problem-solving abilities useful for competitive examinations and research aptitude.

 2
Semester - IV ▾
Course Code Course Title Outcome Credit
MB 4001 A Seminar Presentation

Students will develop scientific presentation skills, communication abilities, confidence in public speaking, and the ability to organize and present microbiological concepts effectively.

 4
MB 4001 B Review Presentation

Students will learn literature survey, critical analysis of research publications, scientific review writing, and presentation of recent developments in microbiology and allied sciences.

 4
MB 4002 A Dissertation

Students will conduct independent research work involving experimental design, data analysis, interpretation, and scientific report writing to strengthen research aptitude and innovation.

 20
MB 4002 B Industrial Training / Internship Project

Students will gain industrial exposure and practical training in microbiology, biotechnology, quality control, and industrial operations to improve professional and employability skills.

 20
MB 4002 C Start-up Prototype Development Project

Students will develop entrepreneurial thinking, innovation skills, prototype development abilities, and practical understanding of transforming scientific ideas into start-up opportunities.

 20

Eligibility Criteria

A candidate must have passed the Bachelor’s Degree examination in Science with English as compulsory subject. A candidate who has obtained his/her Bachelor’s Degree with Medical Technology/Microbiology shall be considered eligible for admission to Microbiology course.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

2,355/- + 39,550/- (Self Finance)

Total Rs. 41,905/-

2,355/- + 39,550/- (Self Finance)

Total Rs. 41,905/-

Sem-2

&

Sem-3

&

Sem-4

4,285/- (Regular)

7,135/- (Regular)

4,285/- + 21,660/- (Higher Payment)Total Rs. 25,945/-

7,135/- + 21,660/- (Higher Payment) Total Rs. 28,795/-

1,785/- + 39,550/- (Self Finance)

Total Rs. 41,335/-

1,785/- + 39,550/- (Self Finance)

Total Rs. 41,335/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

Ph. D. Biosciences

test

Syllabus Download


Objective of Program

The core objective of the programme is to provide the students research supervision with a suitable research methodology in view of the research topics selected, maintaining academic rigour.

Program Outcome

PO1: Think Critically: Get ability to apply the process of science by formulating hypotheses and design experiments based on the scientific method.
PO2: Problem analysis:Analyze and interpret results generated through studies in Master of Science, taxonomical treatments, field studies, excursion tours and laboratory techniques used in the subject. Identify credible scientific sources to interpret and evaluate the evidences.
PO3: Reasoning ability: Use quantitative reasoning by using mathematical calculations and graphing skills to solve problems in the field of science.
PO4: Communication Skill: Effective Communication and collaborate with other disciplines by effectively communicating the fundamental concepts of Biological Science in written and oral format.
PO5: Ethical awareness: Understand the relationship between science and society by recognizing and discussing logical, scientific and ethical issues in Biological science subject
PO6: Digitally literate:Capable of using computers for Bioinformatics and computation and appropriate software for analysis of genomics and proteomics data, and employing modern bioinformatics search tools to locate, retrieve, and evaluate location and biological annotation genes of different species.
PO7: Self-directed and Life-long Learning: Acquire the ability to engage in independent and life-long learning in the broadest context socio- technological changes
PO8: Global thinking: Knowledgeable disciple students with good values, ethics, and kind heart will help in nation building globally.

Program Duration

3 years minimally in accordance with the UGC norms

Ph.D. Coursework ▾
Course Code Course Title Outcome Credit
Course: CW101 Advances in Research Methodology

CO1: Able to understand the research problem and design and research work
CO2: Able to write, prepare poster and present oral presentation
CO3: Able to prepare CV and face the interview

 4
Course: CW102 Advances in Research Techniques

CO1: Able to understand the principle and operating mechanism of various sophisticated instruments.
CO2: will be aware and will be able to perform advanced techniques in the field of molecular biology and biotechnology.
CO3: Able to do Computational Data processing and research problem solving through Biostatistics

 4
Course: CW103ZO or Advances in Zoology

CO1: Able to understand Applications of animal tissue culture.
CO2: Able to understand Applications of animal tissue cultureApplications of animal tissue culture
CO3: Knowledge will be impart through active learning methodology like field visit, academic tour and brain storming sessions

 4
Course: CW103BO or Advances in Botany

CO1: Able to understand techniques and application of plant tissue culture.
CO2: Able to understand molecular and biochemical aspects of plants and plant toxicity.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4
Course: CW103MB or Advances in Microbiology

CO1: Able to understand techniques and application of applied microbiology, metabolomics and system biology.
CO2: Able to understand genetical, physiological and taxonomical aspects of microbes.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4
Course: CW103BT Advances in Biotechnology

CO1: Able to understand techniques and application of biotechnology in the field of zoology, botany and microbiology.
CO2: Able to understand various advanced biotechnological methods for the betterment of living biota.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4

Eligibility Criteria

Ph.D. Enterance Test / [ NET / SLET / M.Phil.]

Admission Details

Merit Based

Reservation Policy

As per Government Rules

Fee Structure *

*Subject to Revision Periodically

P.G. Diploma in Toxicology

The PG Diploma in Toxicology (PGDT) is designed to provide specialized knowledge and practical training in toxicology, environmental safety, ecotoxicology, food safety, industrial toxicology, analytical methods, and regulatory systems. The course addresses the growing industrial and environmental needs of South Gujarat and prepares students for careers in pharmaceutical industries, environmental monitoring laboratories, CROs, and research organizations.

Syllabus Download


Program Outcome

  • PO1: Acquire fundamental and applied knowledge of toxicology, environmental toxicology, ecotoxicology, food toxicology, and genetic toxicology.
  • PO2: Understand mechanisms of toxicity, dose-response relationships, exposure pathways, and toxic effects on biological systems.
  • PO3: Develop practical skills in analytical methods, instrumentation, toxicological testing, and laboratory safety practices.
  • PO4: Gain knowledge of environmental pollution, occupational toxicology, radioactive pollution, and industrial toxic hazards.
  • PO5: Learn modern in-vitro toxicological assays, genetic toxicology methods, and risk assessment approaches.
  • PO6: Understand food safety standards, nutritional toxicology, food contaminants, and toxic residues in food products.
  • PO7: Develop competency in biostatistics, statistical analysis, interpretation of toxicological data, and risk management.
  • PO8: Understand national and international regulations, quality systems, GLP, NABL, OECD guidelines, and environmental standards.
  • PO9: Enhance employability and industrial skills through field work, industrial training, and practical exposure.
  • PO10: Develop scientific communication, analytical thinking, ethical responsibility, and lifelong learning abilities in toxicology.

Intake

Self-financed (SFI) : 50

Program Duration

1 Year

Semester - 1 ▾
Course Code Course Title Outcome Credit
PGDT-101 Principles of Toxicology

Students will understand principles of toxicology, dose-response relationships, toxicity testing, exposure routes, mechanisms of toxicity, and safety evaluation methods.

 3
PGDT-102 Principles of Ecotoxicology

Students will gain knowledge of ecotoxicology, environmental test species, toxicity testing methods, and mechanisms of toxicity in terrestrial and aquatic organisms.

 3
PGDT-103 Environmental Toxicology

Students will understand environmental pollution, occupational toxicology, air, water, land, atmospheric and radioactive pollution along with their biological effects.

 3
PGDT-104 Analytical Methods & Instrumentation

Students will develop understanding of analytical methods, laboratory instrumentation, sample handling, method validation, and environmental analysis techniques.

 3
PGDT-105 Practicals

Students will gain laboratory training in toxicological analysis, analytical instrumentation, toxicity testing, environmental monitoring, and sample processing techniques.

 6
PGDT-106 Field work

Students will develop practical exposure to industries, environmental monitoring systems, pollution control practices, and field-based toxicological observations.

 2
Semester - 2 ▾
Course Code Course Title Outcome Credit
PGDT-201 CORE - Genetic Toxicology & In-vitro Methods

Covers genetic toxicology, bacterial and mammalian test systems, chromosomal aberration assays, comet assay, micro arrays, and in-vitro toxicological methods.

 3
PGDT-202 CORE - Food Safety and Nutritional Toxicology

Focuses on food toxicants, food additives, microbial food toxins, nutritional toxicology, food safety standards, and toxic residues in food.

 3
PGDT-203 CORE - Biostatistics and Risk Assessment

Introduces statistical methods, correlation, regression, ANOVA, toxicological data analysis, and risk assessment approaches for chemicals and pharmaceuticals.

 2
PGDT-204 CORE - Regulations and Quality systems

Provides understanding of regulatory guidelines, GLP, NABL, ISO, OECD standards, CDSCO, FSSAI, CPCB, and international quality systems.

 2
PGDT-205 PRACTICAL - Practicals

Practical training in toxicological assays, analytical techniques, instrumentation handling, risk analysis, and laboratory testing procedures.

 6
PGDT-206 TRAINING - Industrial Training

Students will receive industrial exposure and hands-on training in toxicology laboratories, pharmaceutical industries, CROs, and environmental monitoring units.

 4

Eligibility Criteria

A candidate must have passed Bachelor’s Degree examination in Science from a recognized university. Post-graduate students and research scholars in Biosciences and allied subjects may also pursue the course as an add-on program.

Admission Details

Merit based.

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

13,755/- (Self Finance)

13,755/- (Self Finance)

Sem-2

 

13,755/- (Self Finance)

13,755/- (Self Finance)

Exam Fees Per Semester Rs. 1,020/-

*Subject to Revision Periodically

P.G. Diploma in Herbal Technology and Integrated Wellness (PGDHTIW)

Post Graduate Diploma programme focused on herbal technology, yoga sciences, nutraceuticals, functional foods, integrated wellness, and entrepreneurship.


Program Outcome

PO1: Knowledge of Herbal & Wellness Sciences.

PO2: Understanding of Traditional & Modern Health Systems.

PO3: Application of Herbal & Yogic Practices.

PO4: Analytical & Critical Thinking.

PO5: Evaluation & Evidence-Based Decision Making.

PO6: Innovation & Creation.

PO7: Professional, Ethical & Sustainable Practices.

PO8: Practical, Research & Entrepreneurial Skills.

Intake

Self-financed (SFI) : 25

Program Duration

1 Year (2 Semesters)

Semester - I ▾
Course Code Course Title Outcome Credit
PGDHTIW-1001 CORE - Fundamentals of Herbal Technology

Introduction to herbal technology, medicinal plants, phytochemistry, herbal formulations, ethics, and sustainable practices.

 4
PGDHTIW-1002 CORE - Ancient Indian Herbal Drug Technologies

Ayurvedic principles, medicinal plants, herbal formulations, quality control, and modern applications.

 4
PGDHTIW-1003 CORE - Advanced Yoga, Health & Applied Yogic Sciences

Yoga philosophy, anatomy, physiology, yogic practices, stress management, and teaching methodology.

 4
PGDHTIW-1004 BKS - Yoga and Integrated Wellness

Foundations of yoga, wellness practices, pranayama, asanas, and integrated health.

 2
PGDHTIW-1005 SEC - Business Aptitude for Herbal Technology & Integrated Wellness

Entrepreneurship, herbal wellness centres, infrastructure, staffing, and business opportunities.

 2
PRACTICALS PRACTICAL - Practicals based on Paper PGDHT-1001,1002,1003 6
Semester - II ▾
Course Code Course Title Outcome Credit
PGDHTIW-2001 CORE - Functional Food and Nutrigenomics

Functional foods, nutrigenomics, bioactive compounds, meal planning, regulations, and future trends.

 4
PGDHTIW-2002 CORE - Nutraceuticals

Nutraceutical concepts, phytochemicals, extraction techniques, safety, regulations, and market trends.

 4
PGDHTIW-2003 SEC - Business Aptitude for Establishment of Health & Nutrition Centers 2
PGDHTIW-2004 PRACTICAL - Dissertation / Training / Internship 12

Eligibility Criteria

Any graduate from a recognized university is eligible for admission to the programme.

Admission Details

Merit based.

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

17,500/- (Self Finance)

17,500/- (Self Finance)

Sem-2

17,500/- (Self Finance)

17,500/- (Self Finance)

Exam Fees Per Semester Rs. 1,130/-

*Subject to Revision Periodically

Bachelor of Medical Laboratory Science

Bachelor of Medical Laboratory Science (BMLS) is a 4 years (8 semesters including internship) professional undergraduate programme offered by the Department of Biosciences, Veer Narmad South Gujarat University, Surat.

The programme is designed according to competency-based curriculum guidelines recommended by the National Commission for Allied and Healthcare Professions (NCAHP), Ministry of Health and Family Welfare, Government of India. The course provides comprehensive theoretical knowledge, advanced laboratory skills, diagnostic expertise, and clinical training required for modern healthcare laboratories and diagnostic industries.

The BMLS programme focuses on major disciplines including Clinical Biochemistry, Hematology, Clinical Pathology, Histopathology, Cytology, Medical Microbiology, Immunology, Molecular Diagnostics, Blood Banking, Laboratory Instrumentation, Quality Assurance, Biosafety, and Research Methodology. Students are trained through classroom teaching, laboratory practicals, hospital postings, case-based learning, research activities, and one-year compulsory clinical internship.


Program Outcome

PO1: Clinical Laboratory Competence:

Develop ability to perform routine and advanced diagnostic laboratory investigations using standard laboratory protocols, instrumentation, and analytical techniques.

PO2: Diagnostic and Analytical Skills:

Analyse and interpret laboratory findings accurately for disease diagnosis, monitoring, and therapeutic evaluation in clinical healthcare settings.

PO3: Technical and Practical Proficiency:

Acquire hands-on skills in hematology, microbiology, clinical biochemistry, molecular diagnostics, histopathology, immunology, and blood banking techniques.

PO4: Research and Scientific Temperament:

Develop scientific reasoning, research aptitude, and problem-solving abilities through laboratory projects, case studies, and evidence-based learning approaches.

PO5: Communication and Teamwork:

Demonstrate effective communication skills and collaborate efficiently with clinicians, healthcare professionals, researchers, and laboratory personnel in multidisciplinary healthcare environments.

PO6: Professional Ethics and Biosafety:

Apply ethical laboratory practices, biosafety measures, biomedical waste management principles, and quality assurance standards while handling clinical specimens and laboratory procedures.

PO7: Quality Assurance and Laboratory Management:

Understand laboratory quality control systems, accreditation procedures, documentation practices, and management of modern diagnostic laboratories.

PO8: Digital and Technological Competency:

Develop competency in laboratory automation, healthcare informatics, molecular technologies, bioinformatics tools, and modern diagnostic instrumentation.

PO9: Lifelong Learning and Professional Development:

Engage in continuous learning, skill enhancement, and adaptation to emerging diagnostic technologies and healthcare advancements.

PO10: Healthcare and Social Responsibility:

Contribute effectively toward public health services, preventive healthcare, disease surveillance, and community healthcare through accurate and reliable laboratory diagnostics.

Intake

Self-Finance (SFI):75

Program Duration  

4 Years

(3 Years Academic + 1 Year Clinical Internship)

Semester – I ▾
Course Code Course Title Outcome Credit
- Human Anatomy

Students will understand the structure and organization of human body systems and anatomical relationships relevant to laboratory diagnosis and healthcare practice

 4
- Human Physiology

Develop understanding of physiological mechanisms and normal body functions associated with organ systems and clinical laboratory investigations

 4
- Fundamentals of Healthcare System and Medical Laboratory Science

Understand healthcare delivery systems, organization of clinical laboratories, laboratory safety, biomedical waste management, and role of medical laboratory professionals in healthcare.

 2
- Communication and Professionalism

Develop communication skills, professional ethics, teamwork, patient interaction, and professional behavior required in healthcare services.

 2
- Basic Emergency Care and First Aid

Learn basic life support, emergency response, first aid procedures, and patient safety measures in healthcare settings.

 2
- Basics of Computer Application

Acquire computer literacy, healthcare documentation skills, data management, and basic software applications used in laboratories.

 2
- Human Anatomy Practical

Develop practical knowledge of anatomical structures, models, specimens, and microscopic anatomy.

 2
- Human Physiology Practical

Gain practical skills related to physiological experiments, clinical measurements, and functional assessment techniques.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
- Fundamentals of Microbiology

Understand microbial classification, morphology, culture techniques, sterilization, infection control, and laboratory handling procedures.

 4
- Basics of Biochemistry

Learn biochemical principles, biomolecules, enzymes, metabolism, and clinical biochemical analysis

 4
- Fundamentals of Haematology

Develop knowledge of blood cells, hematopoiesis, coagulation mechanisms, and hematological disorders

 4
- Preventive and Social Medicine

Understand community health, epidemiology, public health measures, disease prevention, and healthcare awareness.

 2
- Fundamentals of Microbiology Practical

Gain practical skills in staining, microscopy, culture preparation, sterilization, and microbial identification

 2
- Basics of Biochemistry Practical

Perform biochemical assays, solution preparation, analytical techniques, and interpretation of biochemical parameters.

 2
- Fundamentals of Haematology Practical

Learn blood grouping, hemoglobin estimation, cell counting, peripheral smear examination, and coagulation testing.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
- Clinical Biochemistry

Understand biochemical analysis of blood and body fluids, liver function, renal function, lipid profile, and metabolic disorders.

 4
- Clinical Microbiology

Develop diagnostic microbiology skills including bacteriology, virology, mycology, and antimicrobial sensitivity testing.

 4
- Histopathology and Cytology

Learn tissue processing, staining, microscopic examination, cytological screening, and histopathological diagnosis

 4
- Immunology and Serology

Understand antigen-antibody reactions, immune response mechanisms, serological testing, and immunodiagnostic procedures.

 4
- Clinical Biochemistry Practical

Perform biochemical investigations using spectrophotometers, analyzers, and quality control procedures.

 2
- Clinical Microbiology Practical

Develop competency in culture techniques, identification tests, staining procedures, and pathogen analysis.

 2
- Histopathology and Cytology Practical

Learn tissue fixation, embedding, sectioning, staining, and microscopic interpretation of slides.

 2
Semester - IV ▾
Course Code Course Title Outcome Credit
- Advanced Haematology

Analyze hematological disorders, blood malignancies, coagulation abnormalities, and advanced diagnostic procedures.

 4
- Clinical Pathology

Understand examination of urine, stool, body fluids, semen analysis, and pathological diagnostic procedures.

 4
- Blood Banking and Transfusion Science

Learn blood collection, compatibility testing, component preparation, transfusion reactions, and blood bank management.

 4
- Molecular Diagnostics

Develop knowledge of PCR, electrophoresis, molecular markers, genetic testing, and molecular diagnostic techniques.

 4
- Instrumentation Practical

Operate automated analyzers, diagnostic instruments, and quality monitoring systems.

 2
- Advanced Haematology Practical

Perform advanced hematological testing, bone marrow studies, coagulation analysis, and blood smear interpretation

 2
- Clinical Pathology Practical

Conduct routine pathological examinations and interpret laboratory findings in clinical settings.

 2
- Blood Banking Practical

Gain practical skills in blood grouping, cross-matching, donor screening, and transfusion procedures.

 2
Semester – V ▾
Course Code Course Title Outcome Credit
- Laboratory Instrumentation and Automation

Understand laboratory instruments, automation systems, calibration, maintenance, and troubleshooting procedures

 4
- Quality Assurance and Laboratory Management

Learn quality control systems, NABL standards, laboratory accreditation, documentation, and management principles.

 4
- Medical Parasitology and Mycology

Develop knowledge of parasites, fungi, diagnostic procedures, pathogenicity, and laboratory identification methods.

 4
- Research Methodology and Biostatistics

Understand research design, scientific methodology, statistical analysis, data interpretation, and biomedical research ethics.

 4
- Quality Assurance Practical

Apply laboratory quality control, calibration, documentation, and validation procedures.

 2
- Research Methodology Practical

Perform statistical analysis, data handling, scientific reporting, and research presentation techniques.

 2
Semester – VI ▾
Course Code Course Title Outcome Credit
- Advanced Molecular Techniques

Learn advanced molecular biology applications, nucleic acid analysis, genomics, and molecular diagnostics.

 4
- Clinical Laboratory Management

Understand laboratory administration, inventory management, manpower handling, healthcare regulations, and professional ethics.

 4
- Diagnostic Cytogenetics and Genetics

Develop knowledge of chromosomal analysis, genetic disorders, molecular genetics, and cytogenetic techniques.

 4
- Dissertation / Research Project

Conduct independent research, analyze scientific data, prepare dissertation, and present research findings.

 4
- Molecular Techniques Practical

Perform PCR, electrophoresis, DNA/RNA isolation, and molecular diagnostic procedures.

 2
- Clinical Posting / Hospital Training

Gain real-time clinical laboratory exposure and multidisciplinary healthcare experience.

 2
Semester – VII ▾
Course Code Course Title Outcome Credit
- Clinical Internship / Laboratory Rotation – I

Students will independently perform laboratory investigations, maintain quality assurance, interpret diagnostic findings, and function effectively in hospital laboratories under supervision

 10
- Internship Logbook and Skill Assessment

Maintain records of performed laboratory procedures, departmental postings, and competency-based skill assessment during clinical training.

 10
Semester – VIII ▾
Course Code Course Title Outcome Credit
- Clinical Internship / Laboratory Rotation – II

Develop professional competency in advanced diagnostic laboratories including microbiology, biochemistry, hematology, molecular diagnostics, pathology, and blood banking.

 10
- Final Skill Assessment and Case Presentation

Demonstrate clinical laboratory competence, analytical skills, quality practices, professional ethics, and case-based diagnostic interpretation.

 10

Eligibility  

A candidate shall be admitted to the Bachelor of Medical Laboratory Science (BMLS) program after fulfilling the following eligibility requirements:

  • Candidate must have completed 10+2 (Science Stream) from a recognized board.
  • The candidate should have studied:
    • Physics
    • Chemistry
    • Biology and/or Mathematics
  • Minimum qualifying marks should be as prescribed by the respective university or regulatory authority.
  • Universities may consider:
    • NEET appeared candidates, or
    • University / State level entrance examination candidates for admission.

Additional Eligibility Requirements

  • Candidate should be medically fit.
  • Admission shall be subject to university norms and reservation policies.
  • The course follows full-time mode only; part-time or distance mode is not permitted for allied and healthcare science programs.

Admission:

Admission Process

Admission to the BMLS program shall be based on:

  • Merit obtained in qualifying examination (10+2 Science), and/or
  • Performance in:
    • NEET examination, or
    • University / State entrance examination, as applicable.

Reservation Policy

Reservation of seats shall be applicable as per:

  • Government of India norms
  • State Government rules
  • University regulations

Course Duration

  • Duration: 4 Years
  • Structure:
    • 8 Semesters
    • Includes mandatory clinical laboratory training and internship postings.

Medium of Instruction

  • English

Attendance Requirement

Students are required to maintain minimum attendance as prescribed by the university and NCAHP competency-based curriculum guidelines.

Fee Structure *

Sr. No

Gender

Self-Finance Seat

1

Female

31350/- SF Fee

2500/- Lab Fee

2355/- Uni. Fee

2

Male

 

36,205/- Total

Additional Fees-

  • Examination fees shall be charged separately per semester as per university rules.
  • Laboratory consumable charges, clinical training charges, dissertation charges, and registration fees may apply additionally.

Important Note

  • Fee structure is subject to revision periodically by the university/regulatory authority.
  • Internship stipend, if applicable, shall be governed by institutional policy and NCAHP recommendations.

*Subject to Revision Periodically

Research

2015 onwards:

  • Research Paper - 99
  • Book Chapter - 09
  • Research Guidance - 46
  • Research Project - 14
  • Consultancy – 01
  • Startup & Prototype project - 04
  • Current Ph. D. Students - 21


Research Projects

  1. UGC-SAP-DRS-I 2011 to 2016: Thrust Area: Toxicity Evaluation of Textile Industry Effluent
  2. UGC-SAP-DRS-II 2018 to 2023: Thrust Area Environmental Toxicology and Ecogenomics
  3. DST-FIST-Level-I 2018 to 2023: Host-Microbiome Interaction |Sectioned BSR Scholarships for pursuance of Doctoral study
  4. Awarded GUJCOST and GSBTM Sponsored state-of-the-art Bioinformatics and Supercomputer facility






Details since 2015

Publications :

  1. Floral Biology of Commiphorawightii – a data deficient medicinal plant distributed in the arid zones of India,AartiKawane, D.Oza, K.A.Geetha, M.N.Reddy and SatyabrataMaiti,Open Access Journal of Medicinal and Aromatic Plants,6,1,14-Jan,2015
  2. Isolation and characterization of effective and efficient plant growth-promoting rhizobacteria from rice rhizosphere of diverse paddy fields of indian soil,Mohd Adnan, Mitesh Patel, MN Reddy, Saif Khan, EyadAlshammari, Amir MahgoubAbdelkareem, SibteHadi,ARPN Journal of agricultural and biological science,11,-,78-88,2016
  3. In silico docking studies of Lupeol with MAPK pathway proteins- Raf-1, MEK & ERK,Bhatt MH, Prajapati CK, Reddy MN,Jornal of Experimental Therapeutics Oncology,12,2,137-140,2017
  4. Additions to the Pteridophyte Diversity of Gujarat India.,Mitesh Patel and M.N.Reddy,International Journal of Botany Studies,3,2,164-167,2018
  5. Discovery of the World’s Smallest Terrestrial Pteridophyte,Mitesh Patel and M.N.Reddy,Scientific reports,8,1,5911,2018
  6. Formulation, evaluation and bioactive potential of Xylariaprimorskensisterpenoid nanoparticles from its major compound xylaranic acid,M Adnan, M Patel, MN Reddy, E Alshammari,Scientific reports,8,1,1740,2018
  7. Equisetum ramosissimumDesf. Subsp. debile. (Roxb. ex Vaucher) Hauke – is really extinct from Gujarat, India?,Mitesh Patel and M.N.Reddy,International journal of Botany Studies,3,4,21-24,2018
  8. Pogostemondeccanensis (Panigrahi) Press (Lamiaceae) - A new addition to the flora of Gujarat,Mitesh Patel and M.N.Reddy,NeBio,9,1,3-Jan,2018
  9. A Terrestrial large-sized Ophioglossumaletum : new species from Gujarat, India,M Patel, MN Reddy, HK Goswami,Indian Fern Journal,35,-,318-331,2018
  10. Cheilanthestenuifolia (Burm. F.) SW. (Pteridaceae): A New record of fern for Gujarat, India,Mitesh Patel and M.N.Reddy,Advances in Bioresearch,9,4,48-51,2018
  11. Evaluation of anticancer activity using leaf extract of Simaroubaglauca on leukemic cancer cell lines,Prajapati CK, Reddy MN, Bhatt MH,International Journal of Botany Studies,3,2,52-56,2018
  12. Antimetastatic , superoxide anion and nitric oxide reduction potential of Solanumxanthocarpumon human lung cancer cell line A549,Bhatt M, Reddy MN.,Indian Journal Of Traditional Knowledge,17,3,468-473,2018
  13. Comparative Molecular Docking Analysis of Flavonoid Component from Launaeaprocumbens (Roxb.) Against Tyrosine Protein Kinase Fyn,GJ Mishra, C Prajapati, M Patel, MN Reddy,International Journal of Pharmaceutical Science and Research,10,2,537-545,2019
  14. Nutraceutical and antioxidant evaluation of HygrophilaauriculataSchumach (Acanthaceae),Ghosh S, Reddy MN.,International Journal of Botany Studies,4,-,115-121,2019
  15. Revealing a new species of Ophioglossum (Ophioglossaceae-Pteridophyta) from India with palynological and phylogenetic implications,Mitesh Patel and MN Reddy,Botany Letters,166,-,425-433,2019
  16. Evaluation of anticancer, antibacterial and antioxidant properties of a medicinally treasured fern Tectariacoadunata with its phytoconstituents analysis by HR-LCMS,MN Reddy, M Adnan, MM Alreshidi, M Saeed, M Patel,Anticancer Agents in Medicinal Chemistry,20,15,1845-1856,2020
  17. Effect of Adiantumphilippense extract on biofilm formation, adhesion with its antibacterial activities against foodborne pathogens and characterization of bioactive metabolites: An in vitro-in silico approach,M Adnan, M Patel, S Deshpande, M Alreshidi, A J Siddiqui, MN Reddy, N Emira, V De Feo,Frontiers in Microbiology,11,-,823,2020
  18. Anti-metastatic effect of lupeol via the inhibition of MAPK/ERK pathway in lung cancer,M Bhatt, M Patel, M Adnan, M N Reddy,Anticancer Agents in Medicinal Chemistry,21,2,201-206,2021
  19. Inhibition of metastasis and suppression of pERK1 / 2 and pFAK expression by Solanumxanthocarpum crude extracts in human lung cancer cell line A549 in vitro,MandadiNarsimha Reddy and Mital Bhatt,Indian Journal of Natural Products and Resources (IJNPR),12,1,34-42,2021
  20. Synthesis,Pharmacokinetic and Molecular DockingStudies of New Benzohydrazide Derivatives PossessingAntitubercularActivity againstMycobacteriumTuberculosis H37Rv,Nilam Lalavani, Himani Gandhi, KrishnaBhensdadia, Rajesh Patel, Shipra Baluja,Journal of Molecular Structure,,,131884,2021
  21. 4-Acylhydrazone-5-Pyrazolones and their Zinc (II) Metal Complexes: Synthesis, Characterization, Crystal Feature and Antimalarial Activity,Shaikh Irfan; Jadeja, Rajendrasinh; PatelRajesh; MevadaVishal; GuptaVivek ,Journal of Molecular Structure,1232,,130051,2021
  22. Drug repurposing of approved drugs Elbasvir, Ledipasvir, Paritaprevir, Velpatasvir, Antrafenine and Ergotamine for combating COVID19,Mevada, Vishal; Dudhagara, Pravin; Gandhi, Himani; Vaghamshi, Nilam; Beladiya, Urvisha; Patel, Rajesh; ,https://chemrxiv.org/engage/chemrxiv/article-details/60c74a5bbb8c1a69933dafd1,,,,2020
  23. Three mixed ligand mononuclear Zn (II) complexes of 4-acyl pyrazolones: Synthesis, characterization, crystal study and anti-malarial activity,Shaikh, Irfan; Jadeja, RN; Patel, Rajesh; ,Polyhedron,,,114528,2020
  24. Binary and Ternary Zinc (II) Complexes of Acyl Pyrazolones: Synthesis, Spectroscopic Analysis, Crystal Structure and Antimalarial Activity,Shaikh, Irfan U; Patel, Rajesh K; Mevada, Vishal A; Gupta, Vivek K; Jadeja, Rajendrasinh N; ,Chemistry Select,4,28,8286-8294,2019
  25. Streptomyces enissocaesilis: A New Anti-MRSA Antibiotic Producer Isolated from Little Ran of Kutch, Gujarat,Patel LJ, Patel RK, Mevada V, Mangrola AV, Luhana KK; ,Journal of Pharmaceutical, Chemical and Biological Sciences,7,1,57 - 63,2019
  26. Synthesis of Bio-Silver Nanoparticles Using Desert Isolated Streptomyces Intermedius and Its Antimicrobial Activity,Paras B. Dayma, Amit V. Mangrola, S. P. Suriyaraj, Pravin Dudhagara, Rajesh K. Patel; ,Journal of Pharmaceutical, Chemical and Biological Sciences,7,2,94 - 101,2019
  27. Metagenomic microbial community profiling of Unnai hot spring by Ion-Torrent based shotgun sequencing,Mangrola, AV; Dudhagara, PR; Koringa, PG; Joshi, CG; Patel, RK; ,Microbiology,87,1,143-146,2018
  28. Carbon monoxide releasing molecule A-1 attenuates acetaminophen-mediated hepatotoxicity and improves survival of mice by induction of Nrf2 and related genes ,Upadhyay, Kapil K; Jadeja, Ravirajsinh N; Thadani, Jaymesh M; Joshi, Apeksha; Vohra, Aliasgar; Mevada, Vishal; Patel, Rajesh; Khurana, Sandeep; Devkar, Ranjitsinh V; ,Toxicology and applied pharmacology,360,,99-108,2018
  29. Comparative homology model building and docking evaluation for RNA III inhibiting peptide of Multi drug resistant Staphylococcus aureus strain MRSA252,Mevada, Vishal; Patel, Rajesh; Patel, Bhoomi; Chaudhari, Rajesh; ,Computational biology and chemistry,73,,189-199,2018
  30. Whole genome sequencing and annotation of halophilic Salinicoccus sp. BAB 3246 isolated from the coastal region of Gujarat,Mevada, Vishal; Patel, Shradhdha; Pandya, Jignesh; Joshi, Himani; Patel, Rajesh; ,Genomics data,13,,30-34,2017
  31. Plants as Latent Sources of New Antimicrobials and Resistance Modifying Agents Against Multi Drug Resistant (MDR) Strains,Vaidehi Patel, Rajesh Patel; ,International Journal of Molecular Biology & Biochemistry,4,1,27- 42,2016
  32. Enhancement of plant growth by using salt tolerated endophytic bacteria – A Review,Patel Monita, Dudhagara Pravin and Patel Rajesh; ,International Journal of Molecular Biology & Biochemistry,4,1,13-26,2016
  33. Plants as latent sources of new antimicrobials and resistance modifying agents against multi drug resistant (MDR) strains,Patel, Vaidehi; Patel, Rajesh; ,Int. J. Biochem. Mol. Biol,4,,27-42,2016
  34. Metagenomic sequence of saline desert microbiota from wild ass sanctuary, Little Rann of Kutch, Gujarat, India,Patel, Rajesh; Mevada, Vishal; Prajapati, Dhaval; Dudhagara, Pravin; Koringa, Prakash; Joshi, CG; ,Genomics Data,3,,137-139,2015
  35. Deciphering the microbiota of Tuwa hot spring, India using shotgun metagenomic sequencing approach,Mangrola, Amitsinh; Dudhagara, Pravin; Koringa, Prakash; Joshi, CG; Parmar, Mansi; Patel, Rajesh; ,Genomics data,4,,153-155,2015
  36. Shotgun metagenomic sequencing based microbial diversity assessment of Lasundra hot spring, India,Mangrola, Amit V; Dudhagara, Pravin; Koringa, Prakash; Joshi, CG; Patel, Rajesh K; ,Genomics data,4,,73-75,2015
  37. Bacterial tag encoded FLX titanium amplicon pyrosequencing (bTEFAP) based assessment of prokaryotic diversity in metagenome of Lonar soda lake, India,Dudhagara, Pravin; Ghelani, Anjana; Patel, Rajesh; Chaudhari, Rajesh; Bhatt, Shreyas; ,Genomics data,4,,,2015
  38. Cultivation-independent comprehensive survey of bacterial diversity in Tulsi Shyam Hot Springs, India,Ghelani Anjana; Patel Rajesh; Mangrola Amitsinh; Dudhagara Pravin,Genomics Data,4,,54-56,2015
  39. Web resources for metagenomics studies,DudhagaraPravin; Bhavsar Sunil;Bhagat Chintan; Ghelani Anjana; BhattShreyas; Patel Rajesh,Genomics, proteomics & bioinformatics,13,5,296-303,2015
  40. Biomimetic Sequestration of CO 2 Using Carbonic Anhydrase from Calcite Encrust Forming Marine Actinomycetes Anjana D. Ghelani Department of Microbiology, Shree Ramkrishna Institute of Computer Education and Applied Sciences, Surat, 395001, India,BhagatChintan; DudhagaraPravin;GondaliaShakuntla; PatelRajesh,Science International,3,2,,2015
  41. Computational Annotation and ANALYSIS of Water Buffalo (Bubalus bubalis) Mitochondrial Genome,Himani Gandhi, Rajesh Patel,International Journal of Advance Research In Science & Engineering,4,1,364-371,2015
  42. Effect of Methyl Jasmonate on A-549 Lung Cancer Cell Line and Docking with GLUT 1 and HK2 Targeted Proteins.,Kansara S, Parabia FM,Badgujar N, Mistry K,,Int J Cancer Tremnt,1,1,1-9,2018
  43. GujFlora-Web Based Platform for Identification of Gujarat Plants-An Attempt to Reduce Taxonomic Impediment.,Dhedhi Gopal T., Ronak A. Patel, Farzin M. Parabia (corresponding author), Mehul R. Gamit and Minoo H. Parabia,,Journal of Basic Sciences,--,2,113-118,2015
  44. Cytogenetic findings in 50 mentally retarded children of Surat city, Gujarat, India.,Dr. Jigna Desai ,Ms. Khyati Kulkarni ,International Journal of Basic and Life Sciences.,3,3,89-101,2015
  45. Study on ground Water Quality of Residential and Industrial Zones of Surat City, Detection and removal of Phenol by Rice Husk and Rice husk Ash.,Dr. Jigna Desai ,Ms. Khyati Kulkarni,International Journal of Basic and Life Sciences.,3,3,102-112,2015
  46. Biodiversity of coastal areas of Valsad, South Gujarat.,Ayantika Das and Jigna Desai,International journal of Science and Research (IJSR),8,5,1099-1106,2019
  47. Spatial Variance in Soil Parameters and their Evaluation using Multivariate Analysis Technique.,Ayantika Das and Jigna Desai,International Journal of Science and Research (IJSR).,8,6,1892-1898,2019
  48. Surface Water Quality Assessment of Rivers in South Gujarat, India by using Principal Component Analysis (PCA) and Cluster Analysis (CA).,Ayantika Das and Jigna Desai,International Journal of Higher Education and Research (IJHER),9,2,1-17,2019
  49. Application of Principal Component Analysis (PCA) for Water Quality Evaluation and Management of Lakes in Valsad District,Ayantika Das and Jigna Desai,International Journal of Higher Education and Research (IJHER),10,2,210-228,2020
  50. A Floristic Study of stressed rivers of The Western Ghat,Ayantika Das and Jigna Desai,International Journal of Sciences & Applied Research,7,8,18-31,2020
  51. Floristic diversity and composition of Dharampur hills in western Ghat, Gujarat,Ayantika Das and Jigna Desai,International Journal of Botany Studies,5,2,175-182,2020
  52. Floristic diversity of lacustrine ecotone of Lakes in Valsad District, Gujarat, India,Ayantika Das and Jigna Desai,International Journal of Ecology, Environment and Conservation ,26,3,1228-1234,2020
  53. Prediction of future land use land cover changes in Valsad District, Gujarat using remote sensing,Ayantika Das and Jigna Desai,International Journal of Ecology, Environment and Conservation ,27,2,819-826 ,2021
  54. A Contribution on the Microcharacters of Barleria prionitis L. Useful in Pharmcognosy,Vyas, Milvee; Patel, Soni, Kunjal; ,UK Journal of Pharmaceutical and Biosciences,4,4,80-84,2016,2347-9442,4,4,80-84,2016
  55. Chromosomal aberrations in root meristems of Allium cepa L. induced by dyeing industrial effluent,Jairajpuri, Mariya; Raval, Rucha;,International Journal of Multidisciplinary Research and Development,3,6,272-275,2016,2349-5979,3,6,272-275,2016
  56. Physico-Chemical Analysis of Effluent from Dyeing Industries situated in Surat, Gujarat, India,Jairajpuri, Mariya; Parekh, Honey; ,Journal of World Medica Research and Review,2,1,7-13,2016,2320-8686,2,1,7-13,2016
  57. Removal of lead (Pb) ions from aqueous solution using dried biomass of brown algae, Sargassum,Parekh, Honey; Patel, Vrajesh;,International Journal of Multidisciplinary Research and Development,3,6,276-278,2016,2349-5979,3,6,276-278,2016
  58. The Genotoxic Effect of Coal Fly Ash of Thermal Power Plant on Raphanus sativus L.(Radish),Patel, Parimal M; Jadav, Rajendra;,International Journal of Scientific Research in Science and Technology,2,6,555-561,2016,2395-6011,2,6,555-561,2016
  59. Assessment of Enzymatic Stress & Protein Content in Cirrhinus mrigala Exposed to Thermal Power Plant Effluent,Chaudhari, Priyanketa D; Jadav, Rajendra;,International Journal of Scientific Research in Science and Technology,3,6,688-694,2017,2395-6011,3,6,688-694,2017
  60. Effect of lead stress on antioxidative enzymes in leaves, stem and roots of a mangrove Avicennia marina,Aruna Chawla, Rajendra M. Jadav, M. N. Reddy; ,Bioscience Discovery,8,4,733-737,2017,2229-3469,8,4,733-737,2017
  61. Effects of Vermicomposted Fly Ash on Morphological and Biochemical attributesincluding Anti Oxidant Enzymes of Allium cepa L.,Raval Rucha, Jadav Rajendra, Reddy M. N.; ,Bioscience Discovery,9,1,166-170,2017,2229-3469,9,1,166-170,2017
  62. Impact of Thermal Power Plant Effluent on Changes of Growth and Pigment Content in Raphanus sativus L.,Mistry, Brijal; Reddy, M.N.;,Bioscience Discovery,8,4,707-711,2017,2229-3469,8,4,707-711,2017
  63. In- vitro adsorption of Pb on low cost and Eco-friendly Biosorbent Sargassum,Parekh, Honey; Reddy, M.N.; Jadav, Rajendra;,Bioscience Discovery,8,4,679-683,2017,2229-3469,8,4,679-683,2017
  64. Effects Of Thermal Power Plant Effluent On The Root Of Pisum Sativum L.,Mistry, Brijal; ,International Journal of Recent Scientific Research,9,4,25721-25723,2018,0976-3031,9,4,721-725,2018
  65. Isolation and Characterization of Lead Resistant Indole Acetic Acid Producing Rhizobacteria from Fly Ash Contaminated Site Near Thermal Power Plant,Patel, Vrajesh; Reddy, MN; ,International Journal of Scientific Research in Science and Technology,4,2,845-850,2018,2395-6011,4,2,845-850,2018
  66. Soil Irrigation Effect of Thermal Power Plant Effluent on Biochemical Changes of Pisum sativum L.,Mistry, Brijal; Jadav, Rajendra;,International Journal of Scientific Research in Science and Technology,4,2,839-844,2018,2395-6011,4,2,839-844,2018
  67. Impact of dyeing industrial effluent on Dolichos lablab L.in pot culture,Jairajpuri, Mariya; Parekh, Honey; ,Bioscience Discovery,9,1,188-193,2018,2229-3469,9,1,188-193,2018
  68. EFFECT OF MANGANESE AND COPPER STRESS ON A LEAF BIOCHEMICAL PARAMETER OF A MANGROVE AVICENNIA MARINA (FORSK.) VIERH,Chawla; Aruna, ,Europian Journal of Biomedical and Pharmaceutical Sciences,5,1,250-253,2018,2349-8870,5,1,250-253,2018
  69. Exploring the toxic effects of Pb & Ni on stem anatomy of Pisum Sativum L,Chaudhari, Jaishree; Patel, Vrajesh; ,International Journal of Chemical, Environmental & Biological Sciences (IJCEBS),4,1,28-32,2016,,4,1,28-32,2016
  70. Genotoxic effects of Coal Fly ash in Trigonella foenum graecum (L.),Raval, Rucha; Jairajpuri, Mariya; ,8th International Conference on Environmental Science and Technology,2016,1,,400-404,2016,American Science Press, Houston, USA,1,,400-404,2016
  71. Evaluation of azo dye toxicity using some haematological and histopathological alterations in fish Catla catla,Barot Jagruti,International Journal of Biological, Food, Veterinary and Agricultural Engineering,9 ,5,388-391,2015
  72. Toxic impacts of c.i. acid orange 7 on behavioural, haematological and some biochemical parameters of Labeo rohita fingerlings,Barot, J. and Bahadur, A.,International Journal of Scientific Research in Environmental Sciences,.,3,8 ,0284-0290,2015
  73. Determination of genotoxic effect of azo dye c.i. rr 120 on fish Catla catla,Parmar Avni and Barot Jagruti,Biotechnological Research,2 ,2,77-80,2016
  74. Heamatotocix potentials of acid red 97 on Catla catla (ham.) ,Parmar Avni and Barot Jagruti,Bioscience Discovery,8,2,198-201,2017
  75. Screening, Isolation and Characterization of Cypermethrin Tolerating Bacteria from Sugarcane Field Soil,Chaudhari K and Barot J,Research & Reviews: A Journal of Biotechnology,8,1,11-15,2018
  76. Isolation and Screening of Some Protease Producing Bacteria to Treat Paper and Pulp Effluent.,SM Intwala, JK Barot.,Research & Reviews: A Journal of Life Sciences,9,2,11–16,2019
  77. Analysis of dimethoate degradation by Kocuria turfanensis using GC-MS. ,Barot J and Chaudhari K.,Asian Jr. of Microbiol. Biotech. Env. Sc.,,22,1,107-110,2020
  78. Assessment of Hepatic Damage in Labeo rohita (Hamilton, 1822) Exposed to Azo dye C. I. Direct Green 6. ,Barot, J. and Bahadur, A.,Research & Reviews: A Journal of Veterinary Science and Technology.,10,2,1-8,2021
  79. Biogenic synthesis of antibacterial, hemocompatible and antiplatelets lysozyme functionalized silver nanoparticles through the one-step process for therapeutic applications,Pravin Dudhagara,JemishaAlagiya, ChintanBhagat, Dushyant Dudhagara, Anjana Ghelani, Jigna Desai, Rajesh Patel, AshakaVansia, Dao Ngoc Nhiem, Yih-Yuan Chen and Douglas J. H. Shyu,Processes,Accepted ,,,December 2021
  80. Analysis of Multidrug Resistance Profile of Escherichia coli from Clinical Samples from Companion Animals and Bird Retrospect to Five-year (2015-2019)Literature Data,AshakaVansia, Rajesh Patel, Pravin Dudhagara,Biointerface Research in Applied Chemistry,5,-,12506-12515,30/01/2021
  81. Identification of Fungal Community Associated with Deterioration of Optical Observation Instruments of Museums in Northern Vietnam ,Ngo, Cao Cuong, QuangHuy Nguyen, Thu Hoai Nguyen, Ngoc Tung Quach, Pravin Dudhagara, ThiHanh Nguyen Vu, ThiThanhXuan Le,Applied sciences, MDPI,11,12,5351,09/06/2021
  82. Synthesis of Biosilvernanoparticlesusing desert isolated Streptomyces intermedius and its antimicrobial activity,Paras B. Dayma, Amit V. Mangrola, S. P. Suriyaraj, Pravin Dudhagara, Rajesh K. Patel,Journal of Phramaceutical, Chemical and Biological sciences,7,2,94-101,08/2021
  83. Production of thermal and acid-stable pectinase from Bacillus subtilis strain BK-3: Optimization, characterization, and application for fruit juice clarification ,Jenika Prajapati, Pravin Dudhagara, Kartik Patel,Biocatalysis and agricultural biotechnology, Elsevier,35,-,-,08/2021
  84. Trends and strategies in the effluent treatment of pulp and paper industries: A review highlighting reactor options ,Kartik Patel, Niky Patel, NilamVaghamshi, Kamlesh Shah, SrinivasMurtyDuggirala,Current research in microbial sciences, Elsevier,2,-,-,12/ 2021
  85. Drug repurposing of approved drugs elbasvir, ledipasvir, paritaprevir, velpatasvir, antrafenine and ergotamine for combating COVID19,Vishal Mevada, Pravin Dudhagara, Himani Gandhi, NilamVaghamshi, UrvishaBeladiya, Rajesh Patel,ChemRxiv,-,-,-,2020
  86. Compatibility testing and enhancing the pulp bleaching process by hydrolases of the newly isolated thermophilic Isoptericolavariabilis strain UD-6,Kartik Patel, Pravin Dudhagara,Biocatalysis and Biotransformation, Taylor and Francis,38,2,-,14/01/2020
  87. Trends, application and future prospectives of microbial carbonic anhydrase mediated carbonation process for CCUS,ChintanBhagat, Pravin Dudhagara, Shantilal Tank,Journal of applied microbiology,124,2,316-335,2018
  88. R software package based statistical optimization of process components to simultaneously enhance the bacterial growth, laccase production and textile dye decolorization with cytotoxicity study ,Sunil Bhavsar, Pravin Dudhagara, Shantilal Tank,Plos One,13,5,-,02/05/2018
  89. Enzyme-mediated formulation of stable elliptical silver nanoparticles tested against clinical pathogens and MDR bacteria and development of antimicrobial surgical thread ,RupakThapa, ChintanBhagat, PragyaShrestha, SuvasAwal, Pravin Dudhagara,Annals of Clinical Microbiology and Antimicrobials BMC,16,39,-,16/05/2017
  90. Statistical approach for pectinase production by Bacillus firmus SDB9 and evaluation of pectino-xylanolytic enzymes for pretreatment of kraft pulp,Divyesh D. Bhagat, Pravin R. Dudhagara, Piyush V. Desai,journal of Microbiology, Biotechnology and Food Sciences,5,5,396-406,01/04/2016
  91. Enhancement of plant growth by using salt tolerated endophytic bacteria–A Review,Monita Patel, Dudhagara Pravin, and Patel Rajesh,International Journal of Molecular Biology and Biochemistry,4,1,13-26,2016
  92. Cultivation-independent comprehensive survey of bacterial diversity in Tulsi Shyam Hot Springs, India ,Anjana Ghelani, Rajesh Patel, AmitsinhMangrola, Pravin Dudhagara,Elsevier Genomics data,4,-,54-56,06/2015
  93. Deciphering the microbiota of Tuwa hot spring, India using shotgun metagenomic sequencing approach ,AmitsinhMangrola, Pravin Dudhagara, PrakashKoringa, C. G. Joshi, Mansi Parmar, Rajesh Patel,Elsevier Genomics data,4,-,153-155,06/2015
  94. Web Resources for Metagenomics Studies ,Pravin Dudhagara, Sunil Bhavsar, ChintanBhagat, Anjana Ghelani, Shreyas Bhatt, Rajesh Patel,Elsevier Genomics. Proteomics and bioinformatics,13,5,296-303,10/2015
  95. Shotgun metagenomic sequencing based microbial diversity assessment of Lasundra hot spring, India ,Amit V. Mangrola, Pravin Dudhagara, PrakashKoringa, C.G. Joshi, Rajesh K. Patel,Elsevier Genomics data,4,-,73-75,06/2015
  96. Metagenomic sequence of saline desert microbiota from wild ass sanctuary, Little Rann of Kutch, Gujarat, India ,Rajesh Patel, Vishal Mevada, Dhaval Prajapati, Pravin Dudhagara, PrakashKoringa, C. G. Joshi,Elsevier Genomics data,3,-,137-139,04/2015
  97. Bacterial tag encoded FLX titanium amplicon pyrosequencing (bTEFAP) based assessment of prokaryotic diversity in metagenome of Lonar soda lake, India ,Pravin Dudhagra, Anjana Ghelani, Rajesh Patel, Rajesh Chaudhari, Shreyas Bhatt,Genomics data, Elsevier,4,-,8-11,06/2015
  98. Metagenomic data of fungal internal transcribed Spacer and 18S rRNA gene sequences from Lonar lake sediment, India ,Pravin Dudhagara, Anjana Ghelani, Sunil Bhavsar, Shreyas Bhatt,Elsevier Data in Brief ,4,-,266-268,18/06/2015
  99. Degradation of organophosphate and organochlorine pesticides in liquid culture by marine isolate Nocardiopsis species and its bioprospectives,Pravin Dudhagara, SandipBhalani, Shreyas Bhatt, Anjana Ghelani,Journal of Environmental Research and Development,7,2A,995-1001,15/12/2015
  100. Structural characterization of mycobiome from the metagenome of Lonar Lake sediment using next generation sequencing,Pravin Dudhagara, Anjana Ghelani, Shreyas Bhatt,,Indian Journal of Sciences, Analysis,12,-,11-16,14/01/2015
  101. Research Article Biomimetic Sequestration of CO 2 Using Carbonic Anhydrase from Calcite Encrust Forming Marine Actinomycetes,Anjana Ghelani, ChintanBhagat, Pravin Dudhagara, ShakuntalaGondolia, Rajesh Patel,Science International,3,2,48-57,2015
  102. Direct transesterification of Rhodococcus biomass for production of fatty acid methyl esters,Mital P., Dudhagara Pravin, and G. Hardik,International Journal of Research in Biosciences,3,-,116-119,2015
  103. “Angiotensin Converting Enzyme (ACE) : Inhibition of Rabbit Lungs ACE in Vitro by NardostacysJatamansi”, ,Hinal H Patel , Dr. DharaGamit,International Journal of Scientific Research in Scienceand Technology,4,2,1519-1523,2018: January
  104. Impact of Pseudomonas pseudoalcaligenes on Growth of Plant Solanum lycopersicum and Oryza sativa.,D. A. Gamit, S. K. Tank,Malaya Journal of Biosciences,6,1,01-09,2019,
  105. “Isolation of Flavonoids from Ocimum sanctum L. and its Docking Study as Angiotensin Converting Enzyme (ACE) Inhibitors”,Hinal H Patel , DharaGamit,Journal of Plant Science & Research,7,1,189,2020
  106. In silico docking studies of Lupeol with MAPK pathway proteins- Raf-1, MEK & ERK.,Bhatt MH, Prajapati CK, Reddy MN,Journal of Experimental Therapeutics and Oncology,12,2,137-140,Nov-2017
  107. Antimetastatic , superoxide anion and nitric oxide reduction potential of Solanum xanthocarpum on human lung cancer cell line A549,Bhatt M, Reddy MN.,Indian Journal Of Traditional Knowledge. 2018,17,3,468-473,Jul-2018
  108. Evaluation of anticancer activity using leaf extract of Simarouba glauca on leukemic cancer cell lines,Prajapati C.K., Bhatt M.H., Reddy M.N,International journal of Botany studies,3,2,52-56,2018
  109. Anti-Metastatic Effects of Lupeol via the Inhibition of MAPK/ERK Pathway in Lung Cancer,Mital Bhatt, Mitesh Patel , Mohd Adnan, Mandadi N. Reddy,Anti-Cancer Agents in Medicinal Chemistry,21,2,201-206,Apr-2020
  110. Inhibition of metastasis and suppression of pERK1 / 2 and pFAK expression by Solanum xanthocarpum crude extracts in human lung cancer cell line A549 in vitro ,Mandadi Narsimha Reddy and Mital Bhatt,Indian Journal of Natural Products and Resources (IJNPR),12,1,34-42,Apr-2021
  111. Identification of steroidal saponins from Tribulus terrestris and their in silico docking studie,Patel A, Bhatt M, Soni A, Sharma P,Journal of Cellular Biochemistry,122,11,1665-1685,Aug-2021


Books / Chapters :

  1. Alkalophiles:Environmental distribution,taxonomy,physiology,bioenergetics, survival mechanismand enzymes ,Vishal Mevada,Urvisha Beladiya,Himani Gandhi, Amitsinh Mangrola, Rajesh Patel,IGI Global,,2021,170821- 072243
  2. Thermophiles:Physiology, Metabolism,Enzymology, andAdaptationmechanisms,AmitsinhMangrola,Rajesh Patel, PravinDudhagara, HimaniGandhi, AnjanaGhelani, Kunal Jain,Hardik Shah &Vishal Mevada,IGI Global,,2021,170821- 072243
  3. Prospects and Progress in Extreme Biosphere Microbiome,DudhagaraPravin, KothariRamesh, GhelaniAnjana, Patel Rajesh,Springer,,2017
  4. Phytotoxicity and Phytoremediation of Zn and Cd,Dr. K. P. Patel, Dr. Kalpesh Patel,Lambert Academic Publication,First,2011, 978-3-8465-5430-2
  5. Vessels in plants ,Dr. Kailash Patel,Lambert Academic Publication,First,2021, 978-620-3-92391-9
  6. Thermophiles: Physiology, Metabolism, Enzymology, and Adaptation Mechanisms,MangrolaAmitsinhVijaysinh, Rajesh Kanjibhai Patel, Pravin Dudhagara, Himani Gandhi, Anjana Ghelani, Kunal R. Jain, Hardik Shah, and Vishal ArvindlalMevada,IGI Global, In Physiology, Genomics, and Biotechnological Applications of Extremophiles,-,2021,10.4018/978-1-7998-9144-4.ch004
  7. Membrane reactors,Patel Hiren K., Rishee K. Kalaria, Priyanka H. Jokhakar, Bhikhu S. More, Mehul R. Khimani, Chetan R. Patel, and Pravin R. Dudhagara,In Membrane-Based Hybrid Processes for Wastewater Treatment, Elsevier,-,2021,978-0-12-823804-2
  8. Prospects and progress in extreme biosphere microbiome,Dudhagara Pravin, Ramesh Kothari, Anjana Ghelani, Jalpa Rank, and Rajesh Patel,Understanding Host-Microbiome Interactions-An Omics Approach, Springer,,2017,978-981-10-5050-3
  9. A Laboratory Manual for Malaria Research: Anti-Malarial Drug Testing on P. falcipharum and Pre-clinical Trial,Farzin M. Parabia,Sardar Patel University,1st,2012,9789381386170
  10. “An Ethnopharmacological Review on Calotropis Species” printed in “Compendium of Bioactive Natural Products Vol. 3: Efficacy, Safety & Clinical Evaluation (Part-2)”in the book series, “Comprehensive Bioactive Natural Products”,I.L.Kothari, M.H.Parabia, J.H.Patel, Farzin M. Parabia, Smita S. Pathak, FalguniSheth, Hiren V. Doshi and M.A.Patel,,Studium Press LLC, USA,1st,2010,1933699531
  11. Chapter 8: Scenario and the Prospect of Ethnomedicinal Research in Gujarat”, printed in book “MultifacialApplication of Drug Plants,ParabiaMinoo, Pathak Smita, M.N. Reddy, ShethFalguni and ParabiaFarzin,Daya Publishing House, Delhi,1st,2008,8170355508
  12. “Medicinal Plants and Glossary of Selected Terms”,Desai Bimal S., Parabia Farzin M., Jasrai Yogesh T., Parabia Minoo H.,Bharatiya Kala Prakashan, Delhi,1st,2007,9788180901454
  13. Evaluation of Calotropisprocera (Ait.) R.Br. for the treatment of Psoriasis: A pilot study in Recent advances in Ethnobotany,FalguniSheth and Farzin M. Parabia,Deep Publication, New Delhi,1st,2015,9789380702094
  14. Basic Terminology on Bioinformaics,Dr. Rishee K Kalaria, Ms. Mital H. Bhatt Ms. Priyanka H. Jokhakar,Oxformd Book Company,1st,2018,9789350304549


Presentations :

  1. Herbal Resources to control Hypertension,M.N.Reddy,UGC-CAS National Conference on Biodiversity and Bioresource Utilization,National conference,March 17-18, 2015,Department of Biosciences, Saurashtra University
  2. Insilico docking studies of phytochemicals from Phyllanthus sp. With lung cancer metastasis, angiogenesis and hypoxia pathway target proteins,Bhatt Mital H. M.N.Reddy and C.K.Prajapati,9th Indo Global Summit on Cancer Therapy by Journal of Cancer Science & Therapy,Global summit,2015,Hyderabad, India
  3. Biochemical characterization of indigenous lactic acid bacteria,M. Patel and M. N. Reddy,Award test,Science excellence,2015,Department of Botany, Gujarat University, Ahmedabad
  4. Comparison of Acute toxicity of Unprocessed Seed Extraxt and 3 Shodit (processed) Seed extract of Strychnosnux-vomica,Linn,V.G.S.Sharma and M.N.Reddy,2nd National Conference Biological Tools for Sustainable Environment”,National,February 19-20, 2016,Department of Biosciences, V.N.S.G.University, Surat
  5. Study of Antimicrobial Activities and Chemical Constituents of the Essential oils of the Whole Plant of Speranthusindicus L. by GC-MS,JagrutiS.Rana and M.N.Reddy,2nd National Conference Biological Tools for Sustainable Environment,National conference,February 19-20, 2016,Department of Biosciences, V.N.S.G.University, Surat
  6. Changes in Land Use Cover: A Case Study of MandviTaluka Using Quantum GIS (QGIS),Rajesh Jethwa and M.N.Reddy,2nd National Conference Biological Tools for Sustainable Environment,National conference,February 19-20, 2016,Department of Biosciences, V.N.S.G.University, Surat
  7. Comparitive Study of Industrial Effluents on Zebrafish and Zebrafish Embryo,JigarRana, M.N.Reddy, Dipak Patel and Nadeem Khan,2nd National Conference Biological Tools for Sustainable Environment,National conference,February 19-20, 2016,Department of Biosciences, V.N.S.G.University, Surat
  8. Isolation and characterization of A. tumefaciens from crown gall diseases of plant,M. Patel and M. N. Reddy,2nd National Conference on Biological Tools for Sustainable Environment,National conference,2016,Department of Biosciences, VNSGU, Gujarat
  9. In Silico Prediction and comparative analysis of pharmacokinetics parameters between phytochemicals from Solanum and selected anticancer drugs,Bhatt Mital and M. N Reddy,2nd National level conference on Biological Tools for Sustainable Environment,National,Feb-16,Department of Biosciences, VNSGU, Surat
  10. In Silico and In Vivo Analysis of Diuretic activity of the Moringaoleifera Lam,TanujaT.Jha and M.N.Reddy,2nd National Conference Biological Tools for Sustainable Environment,National conference,February 19-20, 2016,Department of Biosciences, V.N.S.G.University, Surat
  11. Qualitative and Quantitative Analysis of Primary and Secondary Metabolites of Some Green Leafy Vegetables,Sandhya Ghosh and M.N.Reddy,2nd National Conference Biological Tools for Sustainable Environment,National conference,February 19-20, 2016,Department of Biosciences, V.N.S.G.University, Surat
  12. In Silico Analysis and Comparitive Modelling of Antioxidant Proteins of Tomato (Solanumlycopersicum),ChiragPrajapati and M.N.Reddy,2nd National Conference Biological Tools for Sustainable Environment,National conference,February 19-20, 2016,Department of Biosciences, V.N.S.G.University, Surat
  13. Isolation and Characterization of Agrobacterium spp. From the Crown gall disease of Plant,Mitesh Patel, Mohmad Adnan and M.N.Reddy,2nd National Conference “Biological Tools for Sustainable Environment,National conference,February 19-20, 2016,Department of Biosciences, V.N.S.G.University, Surat
  14. Phytoremediation of Lead (PB) Contaminated Soils by Tegeteserecta L.,Kuntal Shah, ArchanaMankad and M.N.Reddy,2nd National Conference Biological Tools for Sustainable Environment,National conference,February 19-20, 2016,Department of Biosciences, V.N.S.G.University, Surat
  15. Homology modeling, structure anaalysis and docking studies of merlin protein in the treatment of neurofibromatosis type-2 disease,ChiragPrajapati& M.N. Reddy,Bioinformatics leads in Gujarat - ProteogenomicsBLG-2016,Seminar,September 2016,Gujarat University, Ahmedabad
  16. Antimetastatic Potential of Solanum xanthocarpum on human lung cancer cell line A549,Bhatt Mital and M. N Reddy,4th International congress of the society for ethno pharmacology, India: “ Health care in 21st century. Perspective of ethno pharmacology and medicinal plants research,International,Feb-17,UTU, Bardoli
  17. Isolation and characterization of plant growth promoting endophytic fungi from the rhizome of Ophioglossumcostatum R. Br.,A. Zinzala, M. Patel, M. N. Reddy,4th National Conference on Biological Tools for Sustainable Environment,National conference,2018,Department of Biosciences, VNSGU, Gujarat
  18. Isolation and characterization of plant growth promoting rhizobacteria from rhizosphere of Arachishypogaea and their effect on plant growth promotion,S. Chaudhary, M. Patel, M. N. Reddy,4th National Conference on Biological Tools for Sustainable Environment,National conference,2018,Department of Biosciences, VNSGU, Gujarat
  19. Isolation and characterization of bioplastic (PHB) producing bacteria from organic wastes,P. Surti, M. Patel, M. N. Reddy,4th National Conference on Biological Tools for Sustainable Environment,National conference,2018,Department of Biosciences, VNSGU, Gujarat
  20. The impact of Solanum xanthocarpum crude extract on metabolomic profile of lung cancer cell line A549 ,M. H. Bhatt and M. N. Reddy,National symposium on Accelarating Biology C-DAC,National,February 5-7, 2019,Pune
  21. Potential use of DNA Barcoding to identify fungi collected from various regions of Gujarat,M. Patel and M. N. Reddy,Conservation of environment for Human Sustenance,National conference,2019,Smt. VimlabenKhimjiTejookaya Arts, Science and Commerce College, Nashik, Maharashtra
  22. Microbiome Analysis of Winogradsky Columns Established with Polluted Site Sediments and Enriched With LDPE,Dr. Rajesh Patel,60th Annual Conference of AMI & International Symposium on Microbial Technologies in Sustainable Development of Energy, Environment, Agriculture and Health ,International,15-18 Nov, 2019,Haryana
  23. Genome Sequence annotation of Salinococcussp BAB_3246 isolated from salt pan Gujarat, India,Dr. Rajesh Patel,ECCB 2016, World Forum Convention Center, The Hague, Netherlands,International,3-7 Sept, 2016,Netherlands
  24. Comparative Genomics Study for Acidothiobacillus ferroxidance,Dr. Rajesh Patel,United Arab Emirates University, UAE,International,13-15 Nov, 2016,UAE
  25. Characterization of Transdermal patches of Ibuprofen with different polymers.,Shah Jay, ParabiaFarzin and DoshiHiren,3rd National Conference on Integrating Natural and Modern Medicines in Drug Discovery and Development,,,,January 24-25, 2019,Institute of Pharmacy, Nirma University, Ahmedabad, India.
  26. Study of molecular docking of secondary metabolites from Annonasquamosa L. against drug targets involved in diabetes mellitus type-II,YogithaYesodharan, F. M. Parabia,8th International Science Congress,ISBN: 978-93-86675-21-7,,18,8th& 9th December, 2018,Maharishi MarkandeshwarMullana, Ambala, Haryana.
  27. Method of molecular docking of antidiabetic compounds with the established drug receptor proteins involved in diabetes mellitus type-II,YogithaYesodharan, F. M. Parabia,8th International Science Congress,ISBN: 978-93-86675-21-7,,19,8th& 9th December, 2018,Maharishi MarkandeshwarMullana, Ambala, Haryana.
  28. Biosynthesis of silver nanoparticles by Pseudomonas aeruginosa and Bacillus megaterium potential candidate for the wastewater treatment,Salmanali M. Batti, Hiren V. Doshi,Farzin M. Parabia,International Conference on “Interdisciplinary Approaches Towards Environmental Sustainability” (IATES-2018),,,,15th-17th November 2018,ChhatrapatiShivajiMaharaj University, Panvel, Mumbai.
  29. Validation of ITS derived species specific primers of Trifala ingredients for the detection of drug adulteration,Samarth M. Kansara and Farzin M. Parabia,XXVIII Annual Conference of Indian Association for Angiosperm Taxonomy and International Symposium on Conservation of Angiosperm Diversity: Hidden Treasure of Today and Tomorrow,,,,October 29-31, 2018,Department of Botany, Faculty of Science, The Maharaja Sayajirao University of Baroda, Vadodara
  30. Application of species specific primer to detect adulteration in medicinal plants. 4th International Congress of the Society for Ethnopharmacology,F.M. Parabia and Samarth M. Kansara,The Society for Ethnopharmacology, India (SFE-India),,,,February 23-25, 2017,UkaTarsadia University (UTU), Bardoli
  31. Effects of Dyeing Industrial Effluent on Chlorophyll Content of Trigonella foenum graecum L. and Ricinus communis L.,,Dr. K. P. Patel,BTSE 2016,National,2016,VNSGU, Surat
  32. Effects of Coal Fly Ash on morphological characteristics of Trigonella foenum graecum (L.),,Dr. K. P. Patel,BTSE 2016,National,2016,VNSGU, Surat
  33. Impact of thermal power plant effluent on protein content of Ricinus communis L.,,Dr. K. P. Patel,BTSE 2016,National,2016,VNSGU, Surat
  34. Effect of lead on some commercially available Bio fertilizer strains.,Dr. K. P. Patel,BTSE 2016,National,2016,VNSGU, Surat
  35. Review on Effect of Thermal Power Plant Effluent on Fish,,Dr. K. P. Patel,BTSE 2016,National,2016,VNSGU, Surat
  36. Effect of fly ash on stomata of some plants,,Dr. K. P. Patel,BTSE 2016,National,2016,VNSGU, Surat
  37. Effect of Lead on Chlorophyll Content of a mangrove Avicennia marina (Forssk.) Vierh, 2nd National conference on,Dr. K. P. Patel,BTSE 2016,National,2016,VNSGU, Surat
  38. Impact of Dyeing Effluent on the Biochemical Parameters of Pisum sativum,,Dr. K. P. Patel,“International Science Symposium on Recent Trends in Science & Technology”, 2017.,International,2017,Christ College, Rajkot, Gujarat
  39. Influence of Coal Fly Ash on biochemical composition of Trigonella foenum graecum, ,Dr. K. P. Patel,“International Science Symposium on Recent Trends in Science & Technology” ,2017.,International,2017,Christ College, Rajkot, Gujarat
  40. To study the effect of industrial effluent on chlorophyll and protein content of a mangrove Avicennia marina.,,Dr. K. P. Patel,International symposium on Biodiversity, Agriculture, Environment and Forestry held on 11th and 12th December 2017 ,International,2017,Ooty, Tamilnadu.
  41. Isolation of Indole Acetic Acid Producing PGPR and Optimization of Indole Acetic Production using R software,,Dr. K. P. Patel,Current Trends in Biological Science-II (CTBS-2018),. ,National ,2018,Vallabh Vidhyanagar
  42. Effect of Coal Fly Ash on Protein and Carbohydrate Content of Pisum sativum (L),Dr. K. P. Patel,BTSE 2018,National ,2018,VNSGU, Surat
  43. Cytogenetic Effects of Vermicomposted Fly Ash on Root Meristems of Pisum sativum L.,,Dr. K. P. Patel,BTSE 2019,National ,2019,VNSGU, Surat
  44. Effect of different concentrations of zinc on morphological parameters of a mangrove Avicennia marina,,Dr. K. P. Patel,Dr. K. P. Patel,National ,2019,VNSGU, Surat
  45. Anatomical response of Trigonella foenum graecum L. exposed to Dyeing Industrial Effluent,,Dr. K. P. Patel,Dr. K. P. Patel,National ,2019,VNSGU, Surat
  46. Histopathological changes in gills of Cirrhinus mrigla , exposed to thermal power plant effluent ,,Dr. K. P. Patel,Dr. K. P. Patel,National ,2019,VNSGU, Surat
  47. Isolation and Characterization of Potassium Solubilizing Rhizobacteria and Solubilization of Potassium from Fly Ash,,Dr. K. P. Patel,Dr. K. P. Patel,National ,2019,VNSGU, Surat
  48. Studied on toxicity of Chromium on medicinal plant AbrusprecatoriusL,Dr. K. P. Patel,Dr. K. P. Patel,National ,2019,VNSGU, Surat
  49. Pollen analysis of some plants collected from Veer Narmad South Gujarat University campus,,Dr. K. P. Patel,Dr. K. P. Patel,National ,2019,VNSGU, Surat
  50. Study of microbiological changes in some agricultural crops grown in fly ash and compost. ,,Dr. K. P. Patel,Dr. K. P. Patel,National ,2019,VNSGU, Surat
  51. Study of cotyledonary and leaf stomata of Pisum sativum L. &Ricinus communis L.,,Dr. K. P. Patel,Dr. K. P. Patel,National ,2019,VNSGU, Surat
  52. Study of normal and abnormal stomata of some plant species collected from polluted and non-polluted zone of Surat,,Dr. K. P. Patel,Dr. K. P. Patel,National ,2019,VNSGU, Surat
  53. Physico-chemical and microbial characterization of different soils of south Gujarat zone, ,Dr. K. P. Patel,Dr. K. P. Patel,National ,2019,VNSGU, Surat
  54. Study of Rhizospheric Bacteria from different concentrations of Vermicomposted Fly ash,,Dr. K. P. Patel,National Conference on Microbiome Research : Understanding the Diversity to improve plant, animal, human and environmental health, 2019. ,National ,2019,C. G. Bhakta Institute of Biotechnology, UkaTarsadia University, Bardoli
  55. Poikilocytosis: A sensitive index during fish bioassay of an azo dye C.I. Reactive Red 120, (OP),Parmar, A. and Barot, J.,,Science Excellence,National,26/09/2015,Department of Botany, Gujarat University, Ahmedabad
  56. Chronic Toxicity of C. I. RR 120 on freshwater fish Catla catla with special reference to haematological parameters, (PP),Parmar, A. and Barot, J.,,Biological Tools for Sustainable Environment 2016,National,19-20 /02/2016,Dept. of Biosciences, VNSGU, Surat
  57. Biological degradation of Cypermethrin by bacteria, (PP),Barot J and Chaudhari K.,Biological Tools for Sustainable Environment 2016,National,19-20 /02/2016,Dept. of Biosciences, VNSGU, Surat
  58. Isolation, screening, characterization and partial purification of lipase enzyme from paper pulp effluent (PP),SM Intwala, JK Barot.,International science symposium on Recent trends in Science and Technology,International,8-9/ 04/2021,Christ College, Rajkot
  59. Gut microbiome and antimicrobial resistance in colorectal cancer,AshakaVansia, Krishna Lapsiwala, Pravin Dudhagara (Co author),3rd Oncology summit, international association of oncology,International,24/09/2021 to 26/09/2021,Bhubaneshwar, Online
  60. Antimicrobial resistance potentiality study of Gram negative bacterial pathogens from companion animals,AshakaVansia, Pravin Dudhagara (Corresponding author),Microcon 2019- Newer diagnostics, emerging diseases and preparedness, Indian association of medical microbiologist,National,29/11/2019 to 01/12/2019,Bombay
  61. Understanding carbapenem resistance in bacterial pathogenes from various body fluids as human clinical sample,AshakaVasia, Pravin Dudhagara (Principal author),National conference on new imperatives in drug design and discovery, UkaTarsadia University, Bardoli,National,22/11/2019 to 23/11/2019,Bardoli
  62. Microbiome and metabolome status of intestinal gut of healthy and diseased adults,Krishna Lapsiwala, AshakaVansia, Pravin Dudhagra,Virtual International Conference on Emerging trends in applied science, VNSGU,International,28/10/2021 To 29/10/2021,Surat
  63. AmSENSRS: A web based application for antimicrobial sensitivity reporting,AshakaVansia, Krishna Lapsiwala, Pravin Dudhagara,Virtual International Conference on Emerging trends in applied science, VNSGU,International,28/10/2021 To 29/10/2021,Surat
  64. Polluted site isolated bacterial screening and application for chlorpyrifos degradation,Priyanka H. Jokhakar, Pravin R. Dudhagara,Virtual International Conference on Emerging trends in applied science, VNSGU,International,28/10/2021 to 29/10/2021,Surat
  65. Taxonomical and functional potential of metagenomics data of industrially polluted site to isolate the pesticide degrading bacteria,Priyanka H. Jokhakar, Pravin R. Dudhagara,International conference on microbiome research,International,19/11/2018 to 22/11/2018,Pune
  66. Metagenomic based microbial diversity screening for environmental pollutants degradation study of Narmada river tribunary,Priyanka H. Jokhakar, AshakaVansia, Pravin Dudhagara,Genomics and metagenomics of microbial ecosystems,National seminar,10/02/2020,Baroda
  67. Formulation of efficient microbial consortium and development of the prototype for the pesticide degradation and detoxification based on metagenomic investigation,Priyanka H. Jokhakar, Pravin R.Dudhagara,ANVESHAN: West zone student research convention,National,14/02/2018 to 15/02/2018,Mehsana
  68. Pulp bleaching compatibility of the hydrolases of thermophilic Bacillus tequilensis strain UD-3,Kartik Patel, Pravin Dudhagara,National conference on Microbiome research: understanding the diversity to improve plant, animal, human and environmental health,National,07/04/2019 to 09/04/2019,Bardoli
  69. Isolation and optimization of mannanase production by Isoptericolavariabilis strain UD-6 using economical agricultural substrate and its application in rice straw pulp bleaching,Kartik Patel, Pravin Dudhagara,Virtual International Conference on Emerging trends in applied science, VNSGU,International,28/10/2021 to 29/10/2021,Surat
  70. Bioreactor Based Quality Improvement of Pulp and Paper Industry Effluents by Bacterial and Fungal Consortia,NilamVaghamshi, Pravin Dudhagara,Virtual International Conference on Emerging trends in applied science, VNSGU,International,28/10/2021 to 29/10/2021,Surat
  71. Surveillance and Monitoring of the Sars-Coronavirus-2 in Municipal Sewage Samples of Surat and Vadodara,NishaMavani, Pravin Dudhagara,Virtual International Conference on Emerging trends in applied science, VNSGU,International,28/10/2021 to 29/10/2021,Surat
  72. Microbiome Analysis of Winogradsky Columns Established with Polluted Site Sediments and Enriched with Xenobiotic Compounds,Pravin Dudhagara, PriyankaJokhakerand Rajesh Patel ,National conference on Microbiome Research ,National,9/03/2019 to 11/03/2019,Bardoli
  73. Bioformulation of antimicrobial silver nanoparticles by aqueous fruit extracts of medicinal plants ,Pravin Dudhagara and Mitali Patel,4th International Congress of the Society for Ethnopharmacology,International,23-25/02/2017,Bardoli
  74. Bioinformatics Methodologies Reveal Metagenomic Depiction of Indian hot springs’ microbial community,Pravin Dudhagara, Amit Mangrola, Anjana Ghelani, Rajesh Patel,First UAEU Symposium on Biological sciences “Genomics &Bioinformatics,International,13-15/11/ 2016,Al Ain, United Arab Emirates
  75. In vitro formulation of Au-Ag bimetallic nanoparticles using biocatalysts to directs the various biomedical applications,Pravin Dudhagara,,International conference on innovations in biological and chemical sciences,International ,21-22/12/2021,Faizpur, Maharastra
  76. Trapping the microbial community of the Gulf of Cambay for the various application using metagenomics approach,Anjana Ghelani, Pravin Dudhagara, Rajesh Patel,Seletbio conference on Advanced Omics Technologies & Approaches 17 and 18 January 2019,International ,17-18/01/2019,Mumbai, India
  77. Potential of Siderophoreproducing bacteria for improving heavy metal phytoremediation.,DharaGamit,National Conference on “Academia-Industrial Interactions on Surfactants, Nanomaterials, Biosciences & Environmental Remediation” ,National ,9th February 2020,Surat, Gujarat, India organized by the School of Sciences, PP Savani University, Surat.
  78. In Silico Prediction and comparative analysis of pharmacokinetics parameters between phytochemicals from Solanum and selected anticancer drugs,Bhatt Mital and M. N Reddy,2nd National level conference on Biological Tools for Sustainable Environment,National,Feb-2016,Department of Biosciences, VNSGU, Surat
  79. Antimetastatic Potential of Solanum xanthocarpum on human lung cancer cell line A549,Bhatt Mital and M. N Reddy,4th International congress of the society for ethno pharmacology, India: “ Health care in 21st century. Perspective of ethno pharmacology and medicinal plants research,International,Feb-2017,UTU, Bardoli
  80. Impact of Solanum xanthocarpum crude extract on metabolomic profile of lung cancer cell line A549,Bhatt Mital and M. N Reddy,Symposium - Accelerating Biology 2019,International,Feb-2019,C-DAC, Pune

Details since 2015

  1. Major Research Project,
    Title : Cancer cell migration and saponin
    Principal Investigator : Dr. M.N. Reddy
    Funding Agency : Gujarat State Biotechnology Mission, Gandhinagar
    Duration : 2014-2016
    Status : Complete
  2. Major Research Project,
    Title : Development of environmentally and economically sustainable composite solution for municipal solid waste management
    Principal Investigator : Dr. R.K. Patel
    Funding Agency : Gujarat State Biotechnology Mission, Gandhinagar
    Duration : March, 2019 to March, 2022
    Status : ongoing
  3. Minor Research Project,
    Title : Validation of Ayurvedic formulations for COVID 19 through BT Interventions
    Principal Investigator : Dr. R.K. Patel
    Funding Agency : Gujarat State Biotechnology Mission, Gandhinagar
    Duration : June 2021 to June 2022
    Status : ongoing
  4. Minor Research Project,
    Title : Surveillance and monitoring of the SARS-CoV-2 in municipal sewage sample of Surat and Vadodara
    Co- Investigator : Dr. R.K. Patel
    Funding Agency : Gujarat State Biotechnology Mission, Gandhinagar
    Duration : June 2021 to June 2022
    Status : ongoing
  5. Major Research Project
    Title : Approach to resolve identification of compound herbal formulations through DNA barcoding
    Principal Investigator : Dr.F.M. Parabia
    Funding Agency : GSBTM
    Duration : June 2014 to May 2017
    Status :Completed
  6. Major Research Project
    Title : To ascertain and evaluate the nondestructive substitutes of the bark of Saracaasoca(Roxb.) De Wilde
    Co- Investigator : Dr.F.M. Parabia
    Funding Agency : National Medicinal Plant Board (NMPB), Ministry of AYUSH
    Duration :March 2021 to February 2024
    Status : Ongoing
  7. Major Research Project
    Title : Effects Coal Fly Ash on Growth and Development of some Agricultural Crop (Ref.No. GSECL/Fuel/Fly Ash/02/04-03 (U)/402)
    Principal Investigator : Dr.K.P. Patel
    Funding Agency : GSECL, Vadodara
    Duration :28/07/2015 to 28/07/2020
    Status : Completed
  8. Minor Project
    Title : HISTOPATHOLOGICAL AND HAEMATOLOGICAL ALTERATIONS IN DYE EXPOSED FISH CATLA CATLA
    Research : Dr.J.K. Barot
    Funding Agency : UGC
    Duration :29/01/2014 to 29/01/2016
    Status : Completed
  9. Major Research Project,
    Title : An integrated process to enhance the biological treatment efficiency and improve the quality of effluent discharge frompaper and pulp industry
    Principal Investigator : Dr. P.R. Dudhagara
    Funding Agency : Gujarat State Biotechnological Mission
    Duration : 2019-2022
    Status : ongoing
  10. Major Research Project,
    Title : Surveillance and monitor of the SARS-Coronavirus-2 In municipal sewage samples of Surat and Vadodara
    Principal Investigator : Dr. P.R. Dudhagara
    Funding Agency : Gujarat State Biotechnological Mission
    Duration : 2021-2022
    Status : ongoing
  11. Minor Research Project
    Title : Effects of Panchakarma and Panchgavya Therapy on Human Gut Microbime
    Funding Agency : VNSGU
    Duration : 2021-2023
    Status : ongoing
  12. Major Research Project
    Title : Antimicrobial resistance profiling of humans, and environmental samples from South Gujarat Region and in silico, in vitro investigation for the discovery of novel antimicrobial drug candidates
    Co- Investigator : Dr. P.R. Dudhagara
    Funding Agency : Gujarat State Biotechnological Mission
    Duration : 2022-2025
    Status : ongoing
  13. Major Research Project
    Title : Exploration of Plant and animal Host microbiomefor potential agriculture, environment, and health application
    Project Team Member : Dr. P.R. Dudhagara
    Funding Agency : Department of Science and Technology DST-FIST
    Duration : 2018-2023
    Status : ongoing
  14. Minor Research Project
    Title : Sewage water Surveillance for COVID-19
    Principle Investigator : Dr. P.R. Dudhagara
    Funding Agency : National Institute of Urban Affairs
    Duration : 2021-2022
    Status : ongoing

Details since 2015

  1. Healthcare in 21st century: Perspectives of Ethnopharmacology and medicinal plant research,4th international congress of the society for Ethnopharmacology,UkaTarsadia University,February 23-25, 2017
  2. Importance of Biodiversity in science,UTKARSH-2019,Government Science College, Vankal,February 28, 2017
  3. Conservation of Environment for Human Sustenance,National conference,Arts, Science and Commerce college, Nashik,January 5-6, 2017
  4. Protein Structure Visualization, Prediction and Modeling.,Workshop on Basic Bioinformatics,Gujarat Biotechnology Research Centre, Gandhinagar ,6th -10th Jan 2020
  5. Concepts, tools and techniques for in silico drug discovery,National Conference on New imperatives in Drugs design and Discovery ,Department of Chemistry, UKA Tarasadia University, Bardoli ,22-23 November 2019
  6. Prediction of Proteins and Modeling and its visualization,National Level Symposium “Renaissance-2020 on Recent Inclinations in AMR: from ‘wonder drugs’ to post antibiotic era”,College of Computer, Science & Information Technology-Junagadh,29th January, 2020
  7. Host Microbiome and its interactions.,National Conference on Microbiome Research: Understanding the diversity to improve plant, animal, human andenvironmental health,C.G. Bhakta Institute of Biotechnology Uka Tarasadia University Bardoli,7-9th March, 2019
  8. Concept and Role of Sciences to Future Insights ,INSPIRE (Innovation in Science Pursuit for Inspired Research) Internship Program ,Department of Life Science, Bhakta Kavi Narsinh Mehta University, Junagadh ,20th - 24th June 2019
  9. Role of NGS in Genomics and Proteomics,National Seminar on Bioscience: Developing on Next Generation ,Smt. S.S Nootan Science & Commerce College, Sankalchand Patel University, Visnagar,11st -12nd Jan 2018
  10. 1. Role of bioinformatics in disease diagnosis and control 2. Primer Design ,21 days winter school training on "Advance in molecular biology for diagnosis and control of diseases,College of Veterinary Science &Animal Husbandry, Sardarkrushinagar Dantiwada Agricultural University, Sardarkrushinagar,2nd December 2016
  11. Basic Bioinformatics and evolution of Bioinformatic Era,Six Days Crash Course,Department of Biotechnology Pramukh Swami Science & H.D. Patel Science College, Kadi,5th -10th May, 2016
  12. Metagenomics: Role of Next Generation Sequencing and Bioinformatics,Vth Consecutive Short Course on “Metagenomics: Role of Next Generation Sequencing and Bioinformatics”,Department of Animal Biotechnology, College of Veterinary Science & Animal Husbandry, Anand Agriculture University, Anand, Gujarat,9th – 8th Feb, 2016
  13. Concepts, tools and techniques for in silico drug discovery,National Conference on “Novel Trends in Bioactive Heterocyclic Compounds RecentRespective” ,Department of Chemistry, M.N. College, Visnagar,28th Feb. 2017
  14. Biofilm: Introduction application and Research,Online Expert Talk,Institute of Biological Science, SAGE University, Indore,22nd December, 2020
  15. Origin and Development of Anti-malarial Remedy from Herbal Origin-A Case Study of Calotropisprocera,Online One Day International Conference on “Recent Trends in Plant Sciences,AadivasiSevaSahayyak&ShikshanPrasharakSanstha’s Shri D.H. Agrawal Arts, Shri Rang Aavadhoot Commerce & Shri C.C. Shah & Shri M.G. Agrawal Science College,Navapur Dist. Nandurbar, Maharashtra,15th May 2020
  16. Evaluation of Known Phytochemicals Through Molecular Docking To Predict Possible Interactions With Novel Corona Virus (COVID-19),National Webinar on “Potential and Applications of Indigenous Bioresources”,Shri ShivajiVidyaPrasarakSanstha’s Late Karmaveer Dr. P. R. Ghogrey Science College, Dhule.,15th May 2020
  17. Computational Approach to Taxonomic Identification,National Conference on Recent Trends in Biodiversity, Conservation and Sustainable Development (RTBCSD-2016),KarmveerAbasaheb Alias N. M. Sonawane Arts, Commerce & Science College, Satana, Nashik (Maharashtra),5th - 6th February, 2016
  18. Method and Strategies for Molecular Cloning,National Level Workshop on “In-Vitro Biological Models & Their Applications in Drug Discovery,Dharmsinh Desai University, Nadiad,14th – 16th September, 2015
  19. Biotechnology and Bioinformatics- New Era of Drug Development,National Seminar on “Fostering Innovations in Pharmaceutical Research”,Pharmacy Department, The M. S. University, Baroda,20th March, 2015
  20. Technique for culturing malaria parasite and assessment of anti-malarial activity,National Level Workshop on Molecular and Microbial Biotechnology Tools & Techniques,Dharmsinh Desai University, Nadiad,8-10th January 2015
  21. Invited talk on “Plant Physiology and Biochemistry”,Crash Course Workshop sponsored by NBCBC,GSBTM,Department of Microbiology, Tolani College of Arts and Sciences, Adipur, Gujarat.,19/02/2020
  22. Nanomaterials through the Bionanotechnology,Lecture series, Department of Biotechnology, Kathmandu University,Dhulikhel, Nepal,11/02/2021
  23. Microbiome studies of Indian Hot Springs to decipher the untapped phylogenetic and functional diversity,Southeast Asian Regional Symposium on Microbial Ecology,Pokhara, Nepal,12/02/2020 to 14/02/2020
  24. Microbiome Study of Saline Desert and Evaluation of Endophytic Bacteria from the Halophytes of Saline Desert,Plant Endophytes and their Roles in Controlling Plant Health (Workshop),Hanoi, Vietnam,05/11/2019 to 06/11/2019
  25. Bioformulation of multifunctional photoluminescence carbon nanoparticles for various biomedical applications,25th International conference and 43th annual convention on Biochemistry and Molecular Biology in Health and Wellness,Manila, Philippines,05/12/2016 to 07/12/2016
  26. Cross Biome Metagenomic Assessment of Saline Soil Microbial Communities of Kutch Desert, India,Nextgen Genomics, Biology, Bioinformatics and Technologies Conference,Jaipur,India,30/09/2018 to 02/10/2018
  27. Metagenomic Microbial Community Profiling of Hotspring by Ion Torrent base Shotgun Sequencing ,South Asian Biotechnology Conference ,Columbo, Shrilanka,28/04/2018 to 30/04/2018
  28. Statistical tools in life sciences,Computation in life sciences, Workshop, ,VNSGU, Surat, India,25/03/2018
  29. Tools for the drug discovery ,Workshop on computer aided drug discovery and metagenome analysis ,VNSGU, Surat, India,31/03/2019
  30. Nanoparticles formulation and application using Bionanotechnology,Short-term training program on Recent Trends in Bionanotechnology for social benefits, V.V.P. Engineering college, ,Rajkot, India ,20/11/2017
  31. Genomics and Metagenomics,Faculty development program on "Hands on workshop on Bioinformatics and Biostatistics",RK University, Rajkot, India,28/06/2019
  32. Screening of industrially/ Biotechnological important Microorganisms,BTCB GUJBT e-lecture series program,Pramukh Swami science college, Kadi,16/10/2021
  33. Statistical tools used in Life science for validation product Data.,FDP program on Advance Tools & Techniques in Biotechnology,Pramukh Swami science college, Kadi,15/02/2021
  34. Startup scope and challenges ,Startup awaness workshop, Government Science college Songadh,Songadh, India ,15/03/2021

Details since 2015

  1. JigarRana,Ph.D,Ecotoxicological and Genotoxicological characterization of Industrial Effluent from Sachin industrial zone from Surat, South Gujarat, India,Awarded,2017
  2. VGS Sharma,Ph.D,Comparative Toxicological and phytochemical evaluation of unprocessed and processed (Detoxified/ Shodhit) drugs from Strychnusnux- vomica,Awarded,2017
  3. AnkuyaAnisa,M.Phil,Nutritional and nutraceuticals potential of some un common leafy vegetables,Awarded,2018
  4. Bhatt Mital,Ph.D,Antimetastatic potential of Solanumxanthocarpum on human cancer cell line,Awarded,2019
  5. PrajapatiChirag,Ph.D,Identification and Bioinformatics analysis of anticancer compounds from some medicinal plants,Awarded,2020
  6. Sandhya Ghosh,Ph.D,Nutritional, Phytochemical and Nutraceutical Evaluation of Some lesser known leafy vegetables,Awarded,2020
  7. Gaurav Mishra,Ph.D,Identification of new anticancer molecule from Launaeaprocumbens (Roxb.) Rammaiya and Rajgopal and its insilico characterization,Awarded,2020
  8. Patel Mitesh B,Ph.D,Systematic studies on the Pteridphytes of Gujarat with their Pharamacological application and phytochemistry,Awarded,2021
  9. JhaTanuja, Persuing Ph.D.
  10. Madhani Sana, Persuing Ph.D.
  11. SurtiMalvi, Persuing Ph.D.
  12. Mevada Vishal ,Ph.D.,Integrative Biology and Systems Biology based Antimalarial Drug Discovery,Awarded,28-Sep-2015
  13. Ghelani Anjana ,Ph.D.,Marine Microbial diversity and Biotechnological exploration from Coastal region of Gujarat, India,Awarded,12-Jun-2019
  14. Patel Monita ,Ph.D.,Diversity and Biotechnological application of Endophytic Microflora from Saline Desert,Awarded,8-May-2019
  15. Mangrola Amitsingh,Ph.D.,Study on cultivable and uncultivable microbialBiodiversity & Biotechnological Potential of selected Hot Springs in India,Awarded,13-Nov-2019
  16. Dayma Paras,Ph.D.,Biosynthesis of Nanoparticles by DesertActinomycetes isolates from Little Rann of Kutch and Greater Rann of Kutch,Awarded,13-Nov-2019
  17. Patel Leena ,Ph.D.,Study on Anti-MRSA antibiotic Production from Saline Desert Microflora,Awarded,27-Nov-2019
  18. Vaidehi Patel, Persuing Ph.D.
  19. Sweta Patel, Persuing Ph.D.
  20. Urvisha Beladiya, Persuing Ph.D.
  21. Ananth Menon, Persuing Ph.D.
  22. Shobha Prajapati, Persuing Ph.D.
  23. Niyati Desai, Persuing Ph.D.
  24. Ms. Gopi Gandhi,M.Phil,DNA Barcoding of Medicinal Plants from South Gujarat,Awarded,2015
  25. Mr. MehulGamil,M.Phil,DNA Barcoding of Some Selected Angiosperm Species from South Gujarat,Awarded,2015
  26. Ms. RachanaNaik,M.Phil,Status of Prevailing Adulteration in Medicinal Plants and Application of DNA Barcoading,Awarded,2016
  27. DevanshDharmendra Shukla ,Ph.D.,Development & Evaluation of Polyherbal Antidandruff Therapy,Pursuing,--
  28. ShivanibenJayantilal Patel ,Ph.D.,Phytochemical screening and characterization of antiproliferative potential of selected medicinal plants,Pursuing,--
  29. VirajPravinsinhMangrola,Ph.D.,In Silico approach to discover PI3K/Akt signaling pathway-specific phytochemicals as a new target of IR therapy in Poly Cystic Ovarian syndrome (PCOS),Pursuing,--
  30. Bhumika J. Bharoliya ,Ph.D.,Establishment of Micropropagation Protocols for Selected Medicinal and Aromatic Plants,Pursuing,--
  31. Jaydip R. Vasava ,Ph.D.,Comparative analysis of metabolic profiling of plant parts (root/bark v/s leaves/branch) of selected medicinal plants to ascertain non-destructive harvesting practice,Pursuing,--
  32. Ayantika Das ,Ph.D,Environmental and Anthropogenic influences upon plants in Valsad district of South Gujarat,Synopsis submitted ,2016
  33. Khyati Kulkarni,Ph.D,Toxic effects of Pyrethroid compounds on the Development of Zebrafish Embryos.,Pursuing ,2017
  34. RonakManikaala,Ph.D,A Study of genetic variation in human infertility ,Pursuing ,1019
  35. KavitaTalavia,Ph.D,Valorisation of Sewage sludge & Water hyacinth by Vermicomposting &Metagenomic exploration of earthworm gut microbiome,Pursuing,2021
  36. Jigar Patel ,Ph.D,Weather dependent terrestrial bird foraging preferences & Seed dispersal potentials in deciduous forests of Dang district, Gujarat, India.,Pursuing,2021
  37. Patel Parimal Manubhai,Ph.D.,Effect of coal fly ash of thermal power station on germination and growth of some agricultural plants,Awarded,October, 2015
  38. Vyas Milvee Killolkumar,Ph.D.,Morpho-Histological studies of some medicinal plants of south Gujarat,Awarded,May, 2017
  39. Parekh Honey Vijaybhai,Ph.D.,Economically feasible biosorption of heavy metals using different algae,Awarded,August, 2018
  40. Raval Rucha Uttamkumar,Ph.D.,Increasing Bioavailability of nutrients for plants from Fly Ash through Vermicomposting,Awarded,September, 2019
  41. Jairajpuri Mariya Javed,Ph.D.,Effect of dyeing industrial effluents of Sachin and Pandesara on the growth and development of some agricultural plant spices,Awarded,October, 2019
  42. Chawla Aruna Manjeet Singh,Ph.D.,Effect of Heavy Metal Toxicity on The Growth and Development of some species of Mangroves in Gulf of Khambat,Awarded,October, 2019
  43. Mistry Brijal Chandrakantbhai,Ph.D.,Effects of treated Thermal Power plant effluents on seed germination, growth and development of some agriculture plants ,Awarded,November, 2020
  44. Chaudhari Priyanketa Dansingbhai, Persuing Ph.D.
  45. Patel Vrajeshbhai Dayanand, Persuing Ph.D.
  46. Chaudhari Khushbu Jasvantbhai, Persuing Ph.D.
  47. Patel Kruti, Persuing Ph.D.
  48. Parmar Avni,M.Phil,TOXIC IMPACT OF SOME TEXTILE DYES ON BEHAVIOUR AND HAEMATOLOGICAL PROFILE OF FRESH WATER FISH Catla catla,Awarded,April, 2017
  49. Chaudhari Khushbu,M.Phil,EFFECT OF SOME PESTICIDES ON SOIL MICROFLORA AND THEIR DEGRADATION,Awarded,April, 2019
  50. Siddhi Intwala, Persuing Ph.D.
  51. Anjali Patel, Persuing Ph.D.
  52. Milan Patel, Persuing Ph.D.
  53. HirparaDaxabenBhimjibhai,M.Phil,Marine Microbial Diversity and Biotechnological Exploration from Coastal Region of Gujarat, India,Awarded,February 2015 to June 2017
  54. Kartik V. Patel, Persuing Ph.D.
  55. Ashaka S. Vansia, Persuing Ph.D.
  56. Priyanka H. Jokhakar, Persuing Ph.D.
  57. Krishna V. Lapsiwala, Persuing Ph.D.
  58. Hinal Patel,M.Phil,Angiotensin converting enzyme (ACE) Inhibition activity by medicinal plants,Awarded,August, 2020

Our Faculty Members


Team we shape the future of Department of Biosciences


Dr. Kailash P. Patel
Dr. Kailash P. Patel Professor & Head View Profile
Dr. R. K. Patel
Dr. R. K. Patel Professor View Profile
Dr. J.R. Desai
Dr. J.R. Desai Associate Professor View Profile
Dr. F. M. Parabia
Dr. F. M. Parabia Associate Professor View Profile
Dr. P. R. Dudhagara
Dr. P. R. Dudhagara assistant professor View Profile
Dr. J. K. Barot
Dr. J. K. Barot Assistant Professor (Level-12) View Profile
Dr. Dhara Gamit
Dr. Dhara Gamit Assistant Professor View Profile
Dr. Rajeshree Patel
Dr. Rajeshree Patel Temporary Assistant Professor View Profile
Dr. Brijalkumari Chandrakantbhai Mistry
Dr. Brijalkumari Chandrakantbhai Mistry Temporary Assistant Professor View Profile
Dr. Deenali N Patel
Dr. Deenali N Patel Temporary Assistant Professor View Profile
Dr. Vishal M. Makwana
Dr. Vishal M. Makwana Temporary Assistant Professor View Profile
Dr. Rucha Uttamkumar Raval
Dr. Rucha Uttamkumar Raval Temporary Assistant Professor View Profile
Dr. Amrit Sunilkumar Bharti
Dr. Amrit Sunilkumar Bharti Temporary Assistant Professor View Profile
Kruti Vinodbhai Patel
Kruti Vinodbhai Patel Temporary Assistant Professor View Profile
Dina Ishvarbhai Mistry
Dina Ishvarbhai Mistry Temporary Assistant Professor +91 989871003 View Profile
Arpitkumar Chimanbhai Chaudhari
Arpitkumar Chimanbhai Chaudhari Temporary Assistant Professor View Profile
Ms. Vedanshi P. Rai
Ms. Vedanshi P. Rai Temporary Assistant Professor View Profile
Vishal Anilkumar Shukla
Vishal Anilkumar Shukla Temporary Assistant Professor View Profile

Infrastructure & Resources

    


Laboratories

Laboratories

Department is equiped with three PG laboratories and various specialised laboraties for the students.

Research Laboratories

Research Laboratories

Department has four research laboratories specilly equiped for research activities.

Computer Laboratory

Computer Laboratory

Department has well equiped computer laboratory for student usage.

Instrument Room

Instrument Room

Department is equiped with a collection of sophesticated insturments.

Animal Culture Room

Animal Culture Room

Department has inhouse Animal Culture Room.

Green House

Green House

Department has its own Green house for various plantation.

Library

The Department has 204 Book Titles and 337 E-Books and International journals in the Departmental Library.




Library Content

Books : 204

E-Books : 337

Regional Magazine : 5

International Journals : 6
Library Image
Department Library
Department of Biosciences

Placement

Placed Students : 1
Academic Year : 2017-2018
Roll No. Student Name Programme Company Package
1 Parimal M Patel Ph D Kantha Vibhag Navnirman Mandal Surat 0

Department of Biosciences Gallery

Contact Us

Phone

0261-2227141

0261-2227146

Address

Department of Bio Science,
Veer Narmad South Gujarat University,
Udhana Magdalla Road, Surat - 395 007
Gujarat- India

E-Mail

office.dbs@vnsgu.ac.in

How To Reach?

M. Sc. - Botany

The M.Sc. Botany programme provides advanced knowledge in plant sciences including plant diversity, physiology, ecology, taxonomy, microbiology, biotechnology, pharmacognosy, phytochemistry, plant pathology, tissue culture, and sustainable agriculture. The programme emphasizes theoretical understanding, laboratory skills, field studies, research aptitude, and applications of plant sciences in agriculture, industry, healthcare, environmental management, and biotechnology.

Syllabus Download


 Program Outcome

  • PO1: Acquire advanced knowledge of plant sciences including taxonomy, physiology, ecology, anatomy, embryology, microbiology, biotechnology, pharmacognosy, and plant pathology.
  • PO2: Develop the ability to identify, classify, analyze, and conserve plant diversity using modern scientific approaches and laboratory techniques.
  • PO3: Understand plant–environment interactions, ecosystem functioning, biodiversity conservation, and sustainable environmental management practices.
  • PO4: Gain practical laboratory and field skills in microscopy, plant tissue culture, phytochemical analysis, ecological assessment, and plant disease diagnosis.
  • PO5: Apply knowledge of medicinal plants, phytochemistry, pharmacognosy, and biotechnology in healthcare, agriculture, and industrial applications.
  • PO6: Develop competency in research methodology, biostatistics, instrumentation, scientific documentation, and interpretation of biological data.
  • PO7: Understand the principles and applications of organic farming, biofertilizers, sustainable agriculture, and environmental conservation.
  • PO8: Enhance analytical reasoning, communication skills, scientific writing, and presentation skills for academic and professional excellence.
  • PO9: Build employability and entrepreneurial skills in plant biotechnology, agriculture, herbal industries, environmental consultancy, and research organizations.
  • PO10: Foster scientific ethics, teamwork, leadership qualities, innovation, and lifelong learning for contribution to society and scientific advancement.

Intake

Grant in Aid (GIA) : 13

Higher Payment (HP) : 07

Self-financed (SFI) : 38

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
BOT 1001 Fundamental Microbiology

Students will understand the diversity of viruses and bacteria, microbial structure, growth, reproduction, plant diseases, and economic importance of microorganisms.

 4
BOT 1002 Mycology and Plant Pathology

Students will gain knowledge of fungi, plant pathogens, disease development, disease control methods, and economically important fungal diseases.

 4
BOT 1003 Phycology and Lichen

Students will learn algal diversity, reproduction, life cycles, lichen biology, and ecological importance of algae and lichens.

 4
BOT 1004 Organic Farming and Sustainable Agriculture

Students will understand concepts of organic farming, nutrient management, organic certification, and sustainable agricultural practices.

 4
BOT 1005 Manures and Fertilizers

Students will acquire knowledge about integrated nutrient management, green manure, composting, and biofertilizers.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
BOT 2001 Bryophytes, Pteridophytes, Gymnosperms and Paleobotany

Students will understand lower plant groups, fossil plants, evolution of land plants, and economic importance of cryptogams and gymnosperms.

 4
BOT 2002 Plant Anatomy and Embryology

Students will gain detailed knowledge of plant tissues, secondary growth, pollen biology, embryology, and seed biology.

 4
BOT 2003 Biostatistics, Instrumentation and Techniques

Students will learn biostatistical tools, hypothesis testing, chromatography, spectroscopy, and electrophoretic techniques.

 4
BOT 2004 Pharmacognosy and Phytochemistry

Students will understand medicinal plants, phytochemicals, extraction methods, herbal drug evaluation, and pharmacognostic applications.

 4
BOT 2005 Apiculture

Students will learn bee keeping, honey processing, colony management, and commercial applications of apiculture.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
BOT 3001 Plant Physiology

Students will understand plant water relations, photosynthesis, respiration, flowering physiology, and dormancy mechanisms.

 4
BOT 3002 Plant Ecology and Conservation

Students will gain knowledge of ecosystems, biodiversity, ecological succession, conservation strategies, and environmental management.

 4
BOT 3003 Phytomorphology / Plant Tissue Culture

Students will learn plant morphology, taxonomy, tissue culture techniques, micropropagation, and plant biotechnology applications.

 4
Semester - IV ▾
Course Code Course Title Outcome Credit
BOT 4001 A Seminar Presentation

Students will develop scientific communication, presentation, and analytical skills.

 4
BOT 4001 B Review Presentation

Students will learn literature survey, scientific review writing, and recent advances in plant sciences.

 4
BOT 4002 A Dissertation

Students will conduct independent research work, data analysis, and scientific report writing.

 20
BOT 4002 B Industrial Training / Internship

Students will gain industrial and field exposure related to plant sciences and biotechnology.

 20

Eligibility Criteria

A candidate must have passed the Bachelor’s Degree examination in Science with Botany or Biosciences as one of the subjects from a recognized university.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

Sem-2

&

Sem-3

&

Sem-4

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,755/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

M. Sc. - Zoology

test

Syllabus Download


Program Outcome

  • PO1: Acquire advanced knowledge of animal biology, physiology, ecology, genetics, developmental biology, biotechnology, immunology, and environmental biology.
  • PO2: Develop practical laboratory and analytical skills in zoological techniques, histology, cytogenetics, molecular biology, tissue culture, and physiological studies.
  • PO3: Understand the diversity, evolution, classification, and comparative anatomy of vertebrates and invertebrates.
  • PO4: Apply zoological principles in environmental conservation, wildlife management, aquaculture, apiculture, parasitology, and animal health sciences.
  • PO5: Develop research aptitude through project work, dissertation, scientific review writing, data analysis, and biostatistical interpretation.
  • PO6: Gain knowledge of biotechnology tools including PCR, tissue culture, recombinant DNA technology, electrophoresis, and molecular cytogenetic techniques.
  • PO7: Understand ecological interactions, environmental pollution, sustainable development, and biodiversity conservation.
  • PO8: Enhance scientific communication, presentation, analytical reasoning, and problem-solving skills required for research and professional careers.
  • PO9: Develop professional ethics, scientific attitude, teamwork, and leadership qualities for multidisciplinary biological sciences.
  • PO10: Prepare for higher studies, competitive examinations, research careers, entrepreneurship, and employment in academia, industry, healthcare, and environmental sectors.

Intake

Grant in Aid (GIA): 13

Higher Payment: 07

Self-financed (SFI): 30

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
ZOO 1001 Biology of Non-Chordates

Study of classification, structure, physiology, evolution, and larval forms of non-chordate animals along with practical exposure to diverse invertebrates.

 4
ZOO 1002 Biochemistry and Immunology

Understanding biomolecules, metabolism, immune systems, antigens, antibodies, and immunological techniques with biochemical practical applications.

 4
ZOO 1003 Cell and Molecular Biology

Knowledge of cell structure, membranes, chromosomes, recombinant DNA technology, cytogenetics, and molecular biology techniques.

 4
ZOO 1004 Histology and Developmental Biology

Study of tissue organization, organ systems, embryology, fertilization, gastrulation, and organogenesis in animals.

 4
Semester - II ▾
Course Code Course Title Outcome Credit
ZOO 2001 Biology of Chordates

Study of taxonomy, evolution, comparative anatomy, and diversity of vertebrates and protochordates

 4
ZOO 2002 Animal Physiology

Understanding physiological systems, endocrinology, exercise physiology, and mechanisms of hormone action.

 4
ZOO 2003 Animal Biotechnology and Biostatistics

Training in animal tissue culture, PCR, DNA isolation, biostatistics, and data analysis techniques.

 4
ZOO 2004 Animal Ecology and Environmental Biology

Study of ecosystems, ecology, pollution, environmental hazards, sustainable development, and bioremediation

 4
Semester - III ▾
Course Code Course Title Outcome Credit
Z-3001 Cell Biology and Genetics

Understanding cell organelles, cell cycle, genetics, linkage, mutations, karyotyping, and inheritance patterns.

 4
Z-3002 Chronobiology and Animal Behaviour

Study of biological clocks, animal behavior, communication, social organization, territoriality, and behavioral ecology

 4
Z-3003 Animal Taxonomy, Wildlife and Conservation

Students conduct independent research work with emphasis on scientific methodology, experimentation, and thesis 

 20
Z-3004 Review Article

Development of scientific literature review and critical analysis skills through review of recent research papers.

 4
Semester - IV ▾
Course Code Course Title Outcome Credit
Z-4001 Human Anatomy and Parasitology

Study of human organ systems, infectious diseases, parasites, vectors, and parasitological techniques.

 4
Z-4002 Applied and Economic Zoology

Knowledge of poultry farming, aquaculture, dairy farming, apiculture, and economically important zoological practices

 4
Z-4003 Project / Dissertation Continuation

Continuation and completion of research dissertation with scientific presentation and viva examination.

 20
Z-4004 Seminar Presentation

Students develop scientific presentation and communication skills through seminars and academic activities.

 4

Eligibility Criteria

A candidate must have passed Bachelor’s Degree examination in Science with Zoology as one of the subjects from a recognized university.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Career Scope

  • Research and Development Laboratories
  • Wildlife and Environmental Conservation
  • Biotechnology and Pharmaceutical Industries
  • Aquaculture and Fisheries
  • Healthcare and Diagnostic Laboratories
  • Academia and Teaching
  • Forest and Wildlife Departments
  • Ecology and Environmental Consultancy
  • Animal Biotechnology and Genetics
  • Higher Studies and Research (Ph.D., Fellowships)

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/-(Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-/-

Sem-2

&

Sem-3

&

Sem-4

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/-(Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

M. Sc.- Microbiology_

test


Program Outcome

PO1: Acquire advanced knowledge of microbiology, including microbial diversity, molecular biology, genetic engineering, environmental microbiology, industrial microbiology, immunology, fermentation technology, and bioprocess engineering.

PO2: Develop the ability to identify, classify, and analyze microorganisms using modern microbiological, molecular, biochemical, and bioanalytical techniques and instrumentation.

PO3: Apply microbiological principles and technologies to solve environmental, industrial, agricultural, and healthcare-related problems through sustainable and innovative approaches.

PO4: Gain practical laboratory skills in microbial cultivation, molecular diagnostics, fermentation processes, bioprocess monitoring, biosafety practices, and analytical techniques essential for research and industry.

PO5: Demonstrate competency in research methodology, experimental design, statistical analysis, scientific documentation, dissertation work, and interpretation of scientific data.

PO6: Understand the applications of recombinant DNA technology, microbial biotechnology, biofuels, and microbial products in pharmaceutical, agricultural, environmental, and industrial sectors.

PO7: Develop professional ethics, biosafety awareness, biosecurity practices, intellectual property knowledge, and regulatory understanding required in microbiology and biotechnology fields.

PO8: Enhance communication, presentation, analytical reasoning, and scientific writing skills for academic, research, and professional excellence.

PO9: Build entrepreneurial and employability skills in microbial technology, fermentation industries, pharmaceutical industries, diagnostics, and allied life science sectors.

PO10: Foster lifelong learning, innovation, teamwork, leadership, and multidisciplinary collaboration to contribute effectively to scientific advancement and societal development.

Intake

Grant in Aid (GIA) : 13
Higher Payment (HP) : 07
Self-finance (SFI) : 38

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
MB 1001 Microbial Diversity

Students will develop comprehensive knowledge of microbial diversity, classification, taxonomy, virology, mycology, algae, and cyanobacteria. The course enables understanding of microbial evolution, structure, and ecological significance of microorganisms.

 4
MB 1002 Molecular Biology and Genetic Engineering

Students will understand the molecular basis of life including DNA replication, transcription, translation, and recombinant DNA technology. They will gain practical and theoretical insight into genetic engineering tools and applications in biotechnology

 4
MB 1003 Environmental Microbiology and Biofuels

Students will learn microbial ecology, wastewater treatment, biodegradation, bioremediation, and microbial approaches for environmental sustainability. The course also introduces modern concepts of biofuel and bioenergy production.

 4
MB 1004 Elective paper 1 Biophysical Techniques and Instrumentation

Students will gain knowledge of advanced analytical and molecular techniques such as chromatography, electrophoresis, spectroscopy, and molecular diagnostics used in microbiological and biochemical research.

 4
MB 1004 Elective paper 2 Cell Chemistry and Molecular Interactions

Students will understand biomolecular interactions, bioenergetics, thermodynamics, cell signaling, and biochemical processes responsible for cellular structure and function.

 4
MBP 1005 Practicals

Students will acquire laboratory skills in molecular biology, microbial cultivation, PCR, electrophoresis, water analysis, microbial growth studies, and sterilization techniques essential for research and industry applications.Students will acquire laboratory skills in molecular biology, microbial cultivation, PCR, electrophoresis, water analysis, microbial growth studies, and sterilization techniques essential for research and industry applications.

 6
MB 1006 Skill based Elective paper Biosecurity and Biosafety in Public Health Laboratories

Students will learn biosafety principles, laboratory biosecurity, biomedical waste management, sterilization, disinfection, and safe laboratory practices necessary for clinical and research laboratories.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
MB 2001 Enzymology and Microbial Physiology

Study of enzyme kinetics, enzyme inhibition, protein engineering, industrial applications of enzymes, physiological adaptations of microorganisms, and microbial metabolism including nitrogen fixation and photosynthetic bacteria.

 4
MB 2002 Bioinformatics & Bio-nanotechnology

Covers omics technologies, genome analysis, biological databases, sequence alignment, phylogenetic analysis, protein structure prediction, and applications of bio-nanotechnology in medicine and microbial systems.

 4
MB 2003 Advances and Challenges in Immunology Advances and Challenges in Immunology

Focuses on receptor biology, lymphocyte activation, cancer immunology, immunotherapy, antimicrobial resistance, viral outbreaks, stem cell therapy, and recent advances in immunological research.

 4
MB 2004 Elective paper 1 Advances in Pharmaceutical Microbiology

Includes pharmaceutical microbiology, microbiological quality control, sterility testing, microbial contamination monitoring, sterile products, and microbiological auditing in pharmaceutical industries.

 4
MB 2004 Elective paper 2 Ecology and Evolution

Introduces ecological principles, ecosystem analysis, biodiversity, environmental pollution, origin of life, evolutionary theories, population genetics, behavioral ecology, and conservation biology.

 4
MBP 2005 Practicals

Practical training in enzyme assays, mutation studies, microbial dye decolorization, ELISA, molecular biology techniques, phylogenetic analysis, protein modelling, and 

 6
GE-1 Skill based Elective paper 1 Biofertilizer and Organic Farming

Covers biofertilizer production, microbial inoculants, composting methods, organic farming practices, and economic importance of biofertilizers with hands-on practical exposure.

 2
GE-2 Skill based Elective paper 2 Yogurt and Cheese Production

Provides knowledge of dairy product production, cheese and yogurt processing, quality assurance, packaging, marketing strategies, and small-scale dairy entrepreneurship.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
MB 3001 Fermentation Technology

Students will understand industrial fermentation processes, microbial strain improvement, fermenter design, media optimization, and downstream processing used in biotechnology and industrial microbiology.

 4
MB 3002 Industrial Microbiology

Students will gain knowledge of industrially important microorganisms and microbial products such as antibiotics, enzymes, probiotics, fermented foods, organic acids, and bioactive compounds used in healthcare and industries.

 4
MB 3003 Agricultural Microbiology

Students will understand soil microbial ecology, plant–microbe interactions, plant disease management, biofertilizers, and the role of microorganisms in sustainable agriculture and crop productivity.

 4
MB 3004 A Elective paper 1 Research Methodology and Biostatistics

Students will develop skills in research planning, hypothesis formulation, scientific writing, statistical analysis, data interpretation, and presentation of scientific information for research purposes.

 4
MB 3004 B Elective paper 2 Biostatistics, Research Methodology and Communication Skills

Students will enhance statistical knowledge, communication skills, ICT applications, scientific documentation, logical reasoning, and analytical aptitude required for research and professional development.

 4
MBP 3005 Practicals

Students will gain practical exposure in fermentation technology, microbial product analysis, enzyme production, biostatistical tools, graphical data representation, and scientific software applications.

 6
GE-1 Skill based Elective paper 1 Bioprocess Engineering

Students will understand bioreactor design, fluid flow behavior, mass transfer, mixing operations, and process monitoring techniques used in industrial-scale fermentation systems.

 2
GE-2 Skill based Elective paper 2 Biosafety, Bioethics and IPR

Students will learn biosafety regulations, ethical issues in biotechnology, intellectual property rights, patenting systems, and commercialization of scientific innovations.

 2
GE-3 Skill based Elective paper 3 Advances in Diagnostic Microbiology

Students will gain knowledge of advanced molecular and immunological diagnostic techniques used for identification and detection of infectious diseases and microbial pathogens.

 2
GE-4 Skill based Elective paper 4 Mathematics and General Aptitude Skills

Students will improve quantitative aptitude, logical reasoning, analytical thinking, and mathematical problem-solving abilities useful for competitive examinations and research aptitude.

 2
Semester - IV ▾
Course Code Course Title Outcome Credit
MB 4001 A Seminar Presentation

Students will develop scientific presentation skills, communication abilities, confidence in public speaking, and the ability to organize and present microbiological concepts effectively.

 4
MB 4001 B Review Presentation

Students will learn literature survey, critical analysis of research publications, scientific review writing, and presentation of recent developments in microbiology and allied sciences.

 4
MB 4002 A Dissertation

Students will conduct independent research work involving experimental design, data analysis, interpretation, and scientific report writing to strengthen research aptitude and innovation.

 20
MB 4002 B Industrial Training / Internship Project

Students will gain industrial exposure and practical training in microbiology, biotechnology, quality control, and industrial operations to improve professional and employability skills.

 20
MB 4002 C Start-up Prototype Development Project

Students will develop entrepreneurial thinking, innovation skills, prototype development abilities, and practical understanding of transforming scientific ideas into start-up opportunities.

 20

Eligibility Criteria

A candidate must have passed the Bachelor’s Degree examination in Science with English as compulsory subject. A candidate who has obtained his/her Bachelor’s Degree with Medical Technology/Microbiology shall be considered eligible for admission to Microbiology course.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

2,355/- + 39,550/- (Self Finance)

Total Rs. 41,905/-

2,355/- + 39,550/- (Self Finance)

Total Rs. 41,905/-

Sem-2

&

Sem-3

&

Sem-4

4,285/- (Regular)

7,135/- (Regular)

4,285/- + 21,660/- (Higher Payment)Total Rs. 25,945/-

7,135/- + 21,660/- (Higher Payment) Total Rs. 28,795/-

1,785/- + 39,550/- (Self Finance)

Total Rs. 41,335/-

1,785/- + 39,550/- (Self Finance)

Total Rs. 41,335/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

Ph. D. Biosciences

test

Syllabus Download


Objective of Program

The core objective of the programme is to provide the students research supervision with a suitable research methodology in view of the research topics selected, maintaining academic rigour.

Program Outcome

PO1: Think Critically: Get ability to apply the process of science by formulating hypotheses and design experiments based on the scientific method.
PO2: Problem analysis:Analyze and interpret results generated through studies in Master of Science, taxonomical treatments, field studies, excursion tours and laboratory techniques used in the subject. Identify credible scientific sources to interpret and evaluate the evidences.
PO3: Reasoning ability: Use quantitative reasoning by using mathematical calculations and graphing skills to solve problems in the field of science.
PO4: Communication Skill: Effective Communication and collaborate with other disciplines by effectively communicating the fundamental concepts of Biological Science in written and oral format.
PO5: Ethical awareness: Understand the relationship between science and society by recognizing and discussing logical, scientific and ethical issues in Biological science subject
PO6: Digitally literate:Capable of using computers for Bioinformatics and computation and appropriate software for analysis of genomics and proteomics data, and employing modern bioinformatics search tools to locate, retrieve, and evaluate location and biological annotation genes of different species.
PO7: Self-directed and Life-long Learning: Acquire the ability to engage in independent and life-long learning in the broadest context socio- technological changes
PO8: Global thinking: Knowledgeable disciple students with good values, ethics, and kind heart will help in nation building globally.

Program Duration

3 years minimally in accordance with the UGC norms

Ph.D. Coursework ▾
Course Code Course Title Outcome Credit
Course: CW101 Advances in Research Methodology

CO1: Able to understand the research problem and design and research work
CO2: Able to write, prepare poster and present oral presentation
CO3: Able to prepare CV and face the interview

 4
Course: CW102 Advances in Research Techniques

CO1: Able to understand the principle and operating mechanism of various sophisticated instruments.
CO2: will be aware and will be able to perform advanced techniques in the field of molecular biology and biotechnology.
CO3: Able to do Computational Data processing and research problem solving through Biostatistics

 4
Course: CW103ZO or Advances in Zoology

CO1: Able to understand Applications of animal tissue culture.
CO2: Able to understand Applications of animal tissue cultureApplications of animal tissue culture
CO3: Knowledge will be impart through active learning methodology like field visit, academic tour and brain storming sessions

 4
Course: CW103BO or Advances in Botany

CO1: Able to understand techniques and application of plant tissue culture.
CO2: Able to understand molecular and biochemical aspects of plants and plant toxicity.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4
Course: CW103MB or Advances in Microbiology

CO1: Able to understand techniques and application of applied microbiology, metabolomics and system biology.
CO2: Able to understand genetical, physiological and taxonomical aspects of microbes.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4
Course: CW103BT Advances in Biotechnology

CO1: Able to understand techniques and application of biotechnology in the field of zoology, botany and microbiology.
CO2: Able to understand various advanced biotechnological methods for the betterment of living biota.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4

Eligibility Criteria

Ph.D. Enterance Test / [ NET / SLET / M.Phil.]

Admission Details

Merit Based

Reservation Policy

As per Government Rules

Fee Structure *

*Subject to Revision Periodically

P.G. Diploma in Toxicology

The PG Diploma in Toxicology (PGDT) is designed to provide specialized knowledge and practical training in toxicology, environmental safety, ecotoxicology, food safety, industrial toxicology, analytical methods, and regulatory systems. The course addresses the growing industrial and environmental needs of South Gujarat and prepares students for careers in pharmaceutical industries, environmental monitoring laboratories, CROs, and research organizations.

Syllabus Download


Program Outcome

  • PO1: Acquire fundamental and applied knowledge of toxicology, environmental toxicology, ecotoxicology, food toxicology, and genetic toxicology.
  • PO2: Understand mechanisms of toxicity, dose-response relationships, exposure pathways, and toxic effects on biological systems.
  • PO3: Develop practical skills in analytical methods, instrumentation, toxicological testing, and laboratory safety practices.
  • PO4: Gain knowledge of environmental pollution, occupational toxicology, radioactive pollution, and industrial toxic hazards.
  • PO5: Learn modern in-vitro toxicological assays, genetic toxicology methods, and risk assessment approaches.
  • PO6: Understand food safety standards, nutritional toxicology, food contaminants, and toxic residues in food products.
  • PO7: Develop competency in biostatistics, statistical analysis, interpretation of toxicological data, and risk management.
  • PO8: Understand national and international regulations, quality systems, GLP, NABL, OECD guidelines, and environmental standards.
  • PO9: Enhance employability and industrial skills through field work, industrial training, and practical exposure.
  • PO10: Develop scientific communication, analytical thinking, ethical responsibility, and lifelong learning abilities in toxicology.

Intake

Self-financed (SFI) : 50

Program Duration

1 Year

Semester - 1 ▾
Course Code Course Title Outcome Credit
PGDT-101 Principles of Toxicology

Students will understand principles of toxicology, dose-response relationships, toxicity testing, exposure routes, mechanisms of toxicity, and safety evaluation methods.

 3
PGDT-102 Principles of Ecotoxicology

Students will gain knowledge of ecotoxicology, environmental test species, toxicity testing methods, and mechanisms of toxicity in terrestrial and aquatic organisms.

 3
PGDT-103 Environmental Toxicology

Students will understand environmental pollution, occupational toxicology, air, water, land, atmospheric and radioactive pollution along with their biological effects.

 3
PGDT-104 Analytical Methods & Instrumentation

Students will develop understanding of analytical methods, laboratory instrumentation, sample handling, method validation, and environmental analysis techniques.

 3
PGDT-105 Practicals

Students will gain laboratory training in toxicological analysis, analytical instrumentation, toxicity testing, environmental monitoring, and sample processing techniques.

 6
PGDT-106 Field work

Students will develop practical exposure to industries, environmental monitoring systems, pollution control practices, and field-based toxicological observations.

 2
Semester - 2 ▾
Course Code Course Title Outcome Credit
PGDT-201 CORE - Genetic Toxicology & In-vitro Methods

Covers genetic toxicology, bacterial and mammalian test systems, chromosomal aberration assays, comet assay, micro arrays, and in-vitro toxicological methods.

 3
PGDT-202 CORE - Food Safety and Nutritional Toxicology

Focuses on food toxicants, food additives, microbial food toxins, nutritional toxicology, food safety standards, and toxic residues in food.

 3
PGDT-203 CORE - Biostatistics and Risk Assessment

Introduces statistical methods, correlation, regression, ANOVA, toxicological data analysis, and risk assessment approaches for chemicals and pharmaceuticals.

 2
PGDT-204 CORE - Regulations and Quality systems

Provides understanding of regulatory guidelines, GLP, NABL, ISO, OECD standards, CDSCO, FSSAI, CPCB, and international quality systems.

 2
PGDT-205 PRACTICAL - Practicals

Practical training in toxicological assays, analytical techniques, instrumentation handling, risk analysis, and laboratory testing procedures.

 6
PGDT-206 TRAINING - Industrial Training

Students will receive industrial exposure and hands-on training in toxicology laboratories, pharmaceutical industries, CROs, and environmental monitoring units.

 4

Eligibility Criteria

A candidate must have passed Bachelor’s Degree examination in Science from a recognized university. Post-graduate students and research scholars in Biosciences and allied subjects may also pursue the course as an add-on program.

Admission Details

Merit based.

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

13,755/- (Self Finance)

13,755/- (Self Finance)

Sem-2

 

13,755/- (Self Finance)

13,755/- (Self Finance)

Exam Fees Per Semester Rs. 1,020/-

*Subject to Revision Periodically

P.G. Diploma in Herbal Technology and Integrated Wellness (PGDHTIW)

Post Graduate Diploma programme focused on herbal technology, yoga sciences, nutraceuticals, functional foods, integrated wellness, and entrepreneurship.


Program Outcome

PO1: Knowledge of Herbal & Wellness Sciences.

PO2: Understanding of Traditional & Modern Health Systems.

PO3: Application of Herbal & Yogic Practices.

PO4: Analytical & Critical Thinking.

PO5: Evaluation & Evidence-Based Decision Making.

PO6: Innovation & Creation.

PO7: Professional, Ethical & Sustainable Practices.

PO8: Practical, Research & Entrepreneurial Skills.

Intake

Self-financed (SFI) : 25

Program Duration

1 Year (2 Semesters)

Semester - I ▾
Course Code Course Title Outcome Credit
PGDHTIW-1001 CORE - Fundamentals of Herbal Technology

Introduction to herbal technology, medicinal plants, phytochemistry, herbal formulations, ethics, and sustainable practices.

 4
PGDHTIW-1002 CORE - Ancient Indian Herbal Drug Technologies

Ayurvedic principles, medicinal plants, herbal formulations, quality control, and modern applications.

 4
PGDHTIW-1003 CORE - Advanced Yoga, Health & Applied Yogic Sciences

Yoga philosophy, anatomy, physiology, yogic practices, stress management, and teaching methodology.

 4
PGDHTIW-1004 BKS - Yoga and Integrated Wellness

Foundations of yoga, wellness practices, pranayama, asanas, and integrated health.

 2
PGDHTIW-1005 SEC - Business Aptitude for Herbal Technology & Integrated Wellness

Entrepreneurship, herbal wellness centres, infrastructure, staffing, and business opportunities.

 2
PRACTICALS PRACTICAL - Practicals based on Paper PGDHT-1001,1002,1003 6
Semester - II ▾
Course Code Course Title Outcome Credit
PGDHTIW-2001 CORE - Functional Food and Nutrigenomics

Functional foods, nutrigenomics, bioactive compounds, meal planning, regulations, and future trends.

 4
PGDHTIW-2002 CORE - Nutraceuticals

Nutraceutical concepts, phytochemicals, extraction techniques, safety, regulations, and market trends.

 4
PGDHTIW-2003 SEC - Business Aptitude for Establishment of Health & Nutrition Centers 2
PGDHTIW-2004 PRACTICAL - Dissertation / Training / Internship 12

Eligibility Criteria

Any graduate from a recognized university is eligible for admission to the programme.

Admission Details

Merit based.

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

17,500/- (Self Finance)

17,500/- (Self Finance)

Sem-2

17,500/- (Self Finance)

17,500/- (Self Finance)

Exam Fees Per Semester Rs. 1,130/-

*Subject to Revision Periodically

Bachelor of Medical Laboratory Science

Bachelor of Medical Laboratory Science (BMLS) is a 4 years (8 semesters including internship) professional undergraduate programme offered by the Department of Biosciences, Veer Narmad South Gujarat University, Surat.

The programme is designed according to competency-based curriculum guidelines recommended by the National Commission for Allied and Healthcare Professions (NCAHP), Ministry of Health and Family Welfare, Government of India. The course provides comprehensive theoretical knowledge, advanced laboratory skills, diagnostic expertise, and clinical training required for modern healthcare laboratories and diagnostic industries.

The BMLS programme focuses on major disciplines including Clinical Biochemistry, Hematology, Clinical Pathology, Histopathology, Cytology, Medical Microbiology, Immunology, Molecular Diagnostics, Blood Banking, Laboratory Instrumentation, Quality Assurance, Biosafety, and Research Methodology. Students are trained through classroom teaching, laboratory practicals, hospital postings, case-based learning, research activities, and one-year compulsory clinical internship.


Program Outcome

PO1: Clinical Laboratory Competence:

Develop ability to perform routine and advanced diagnostic laboratory investigations using standard laboratory protocols, instrumentation, and analytical techniques.

PO2: Diagnostic and Analytical Skills:

Analyse and interpret laboratory findings accurately for disease diagnosis, monitoring, and therapeutic evaluation in clinical healthcare settings.

PO3: Technical and Practical Proficiency:

Acquire hands-on skills in hematology, microbiology, clinical biochemistry, molecular diagnostics, histopathology, immunology, and blood banking techniques.

PO4: Research and Scientific Temperament:

Develop scientific reasoning, research aptitude, and problem-solving abilities through laboratory projects, case studies, and evidence-based learning approaches.

PO5: Communication and Teamwork:

Demonstrate effective communication skills and collaborate efficiently with clinicians, healthcare professionals, researchers, and laboratory personnel in multidisciplinary healthcare environments.

PO6: Professional Ethics and Biosafety:

Apply ethical laboratory practices, biosafety measures, biomedical waste management principles, and quality assurance standards while handling clinical specimens and laboratory procedures.

PO7: Quality Assurance and Laboratory Management:

Understand laboratory quality control systems, accreditation procedures, documentation practices, and management of modern diagnostic laboratories.

PO8: Digital and Technological Competency:

Develop competency in laboratory automation, healthcare informatics, molecular technologies, bioinformatics tools, and modern diagnostic instrumentation.

PO9: Lifelong Learning and Professional Development:

Engage in continuous learning, skill enhancement, and adaptation to emerging diagnostic technologies and healthcare advancements.

PO10: Healthcare and Social Responsibility:

Contribute effectively toward public health services, preventive healthcare, disease surveillance, and community healthcare through accurate and reliable laboratory diagnostics.

Intake

Self-Finance (SFI):75

Program Duration  

4 Years

(3 Years Academic + 1 Year Clinical Internship)

Semester – I ▾
Course Code Course Title Outcome Credit
- Human Anatomy

Students will understand the structure and organization of human body systems and anatomical relationships relevant to laboratory diagnosis and healthcare practice

 4
- Human Physiology

Develop understanding of physiological mechanisms and normal body functions associated with organ systems and clinical laboratory investigations

 4
- Fundamentals of Healthcare System and Medical Laboratory Science

Understand healthcare delivery systems, organization of clinical laboratories, laboratory safety, biomedical waste management, and role of medical laboratory professionals in healthcare.

 2
- Communication and Professionalism

Develop communication skills, professional ethics, teamwork, patient interaction, and professional behavior required in healthcare services.

 2
- Basic Emergency Care and First Aid

Learn basic life support, emergency response, first aid procedures, and patient safety measures in healthcare settings.

 2
- Basics of Computer Application

Acquire computer literacy, healthcare documentation skills, data management, and basic software applications used in laboratories.

 2
- Human Anatomy Practical

Develop practical knowledge of anatomical structures, models, specimens, and microscopic anatomy.

 2
- Human Physiology Practical

Gain practical skills related to physiological experiments, clinical measurements, and functional assessment techniques.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
- Fundamentals of Microbiology

Understand microbial classification, morphology, culture techniques, sterilization, infection control, and laboratory handling procedures.

 4
- Basics of Biochemistry

Learn biochemical principles, biomolecules, enzymes, metabolism, and clinical biochemical analysis

 4
- Fundamentals of Haematology

Develop knowledge of blood cells, hematopoiesis, coagulation mechanisms, and hematological disorders

 4
- Preventive and Social Medicine

Understand community health, epidemiology, public health measures, disease prevention, and healthcare awareness.

 2
- Fundamentals of Microbiology Practical

Gain practical skills in staining, microscopy, culture preparation, sterilization, and microbial identification

 2
- Basics of Biochemistry Practical

Perform biochemical assays, solution preparation, analytical techniques, and interpretation of biochemical parameters.

 2
- Fundamentals of Haematology Practical

Learn blood grouping, hemoglobin estimation, cell counting, peripheral smear examination, and coagulation testing.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
- Clinical Biochemistry

Understand biochemical analysis of blood and body fluids, liver function, renal function, lipid profile, and metabolic disorders.

 4
- Clinical Microbiology

Develop diagnostic microbiology skills including bacteriology, virology, mycology, and antimicrobial sensitivity testing.

 4
- Histopathology and Cytology

Learn tissue processing, staining, microscopic examination, cytological screening, and histopathological diagnosis

 4
- Immunology and Serology

Understand antigen-antibody reactions, immune response mechanisms, serological testing, and immunodiagnostic procedures.

 4
- Clinical Biochemistry Practical

Perform biochemical investigations using spectrophotometers, analyzers, and quality control procedures.

 2
- Clinical Microbiology Practical

Develop competency in culture techniques, identification tests, staining procedures, and pathogen analysis.

 2
- Histopathology and Cytology Practical

Learn tissue fixation, embedding, sectioning, staining, and microscopic interpretation of slides.

 2
Semester - IV ▾
Course Code Course Title Outcome Credit
- Advanced Haematology

Analyze hematological disorders, blood malignancies, coagulation abnormalities, and advanced diagnostic procedures.

 4
- Clinical Pathology

Understand examination of urine, stool, body fluids, semen analysis, and pathological diagnostic procedures.

 4
- Blood Banking and Transfusion Science

Learn blood collection, compatibility testing, component preparation, transfusion reactions, and blood bank management.

 4
- Molecular Diagnostics

Develop knowledge of PCR, electrophoresis, molecular markers, genetic testing, and molecular diagnostic techniques.

 4
- Instrumentation Practical

Operate automated analyzers, diagnostic instruments, and quality monitoring systems.

 2
- Advanced Haematology Practical

Perform advanced hematological testing, bone marrow studies, coagulation analysis, and blood smear interpretation

 2
- Clinical Pathology Practical

Conduct routine pathological examinations and interpret laboratory findings in clinical settings.

 2
- Blood Banking Practical

Gain practical skills in blood grouping, cross-matching, donor screening, and transfusion procedures.

 2
Semester – V ▾
Course Code Course Title Outcome Credit
- Laboratory Instrumentation and Automation

Understand laboratory instruments, automation systems, calibration, maintenance, and troubleshooting procedures

 4
- Quality Assurance and Laboratory Management

Learn quality control systems, NABL standards, laboratory accreditation, documentation, and management principles.

 4
- Medical Parasitology and Mycology

Develop knowledge of parasites, fungi, diagnostic procedures, pathogenicity, and laboratory identification methods.

 4
- Research Methodology and Biostatistics

Understand research design, scientific methodology, statistical analysis, data interpretation, and biomedical research ethics.

 4
- Quality Assurance Practical

Apply laboratory quality control, calibration, documentation, and validation procedures.

 2
- Research Methodology Practical

Perform statistical analysis, data handling, scientific reporting, and research presentation techniques.

 2
Semester – VI ▾
Course Code Course Title Outcome Credit
- Advanced Molecular Techniques

Learn advanced molecular biology applications, nucleic acid analysis, genomics, and molecular diagnostics.

 4
- Clinical Laboratory Management

Understand laboratory administration, inventory management, manpower handling, healthcare regulations, and professional ethics.

 4
- Diagnostic Cytogenetics and Genetics

Develop knowledge of chromosomal analysis, genetic disorders, molecular genetics, and cytogenetic techniques.

 4
- Dissertation / Research Project

Conduct independent research, analyze scientific data, prepare dissertation, and present research findings.

 4
- Molecular Techniques Practical

Perform PCR, electrophoresis, DNA/RNA isolation, and molecular diagnostic procedures.

 2
- Clinical Posting / Hospital Training

Gain real-time clinical laboratory exposure and multidisciplinary healthcare experience.

 2
Semester – VII ▾
Course Code Course Title Outcome Credit
- Clinical Internship / Laboratory Rotation – I

Students will independently perform laboratory investigations, maintain quality assurance, interpret diagnostic findings, and function effectively in hospital laboratories under supervision

 10
- Internship Logbook and Skill Assessment

Maintain records of performed laboratory procedures, departmental postings, and competency-based skill assessment during clinical training.

 10
Semester – VIII ▾
Course Code Course Title Outcome Credit
- Clinical Internship / Laboratory Rotation – II

Develop professional competency in advanced diagnostic laboratories including microbiology, biochemistry, hematology, molecular diagnostics, pathology, and blood banking.

 10
- Final Skill Assessment and Case Presentation

Demonstrate clinical laboratory competence, analytical skills, quality practices, professional ethics, and case-based diagnostic interpretation.

 10

Eligibility  

A candidate shall be admitted to the Bachelor of Medical Laboratory Science (BMLS) program after fulfilling the following eligibility requirements:

  • Candidate must have completed 10+2 (Science Stream) from a recognized board.
  • The candidate should have studied:
    • Physics
    • Chemistry
    • Biology and/or Mathematics
  • Minimum qualifying marks should be as prescribed by the respective university or regulatory authority.
  • Universities may consider:
    • NEET appeared candidates, or
    • University / State level entrance examination candidates for admission.

Additional Eligibility Requirements

  • Candidate should be medically fit.
  • Admission shall be subject to university norms and reservation policies.
  • The course follows full-time mode only; part-time or distance mode is not permitted for allied and healthcare science programs.

Admission:

Admission Process

Admission to the BMLS program shall be based on:

  • Merit obtained in qualifying examination (10+2 Science), and/or
  • Performance in:
    • NEET examination, or
    • University / State entrance examination, as applicable.

Reservation Policy

Reservation of seats shall be applicable as per:

  • Government of India norms
  • State Government rules
  • University regulations

Course Duration

  • Duration: 4 Years
  • Structure:
    • 8 Semesters
    • Includes mandatory clinical laboratory training and internship postings.

Medium of Instruction

  • English

Attendance Requirement

Students are required to maintain minimum attendance as prescribed by the university and NCAHP competency-based curriculum guidelines.

Fee Structure *

Sr. No

Gender

Self-Finance Seat

1

Female

31350/- SF Fee

2500/- Lab Fee

2355/- Uni. Fee

2

Male

 

36,205/- Total

Additional Fees-

  • Examination fees shall be charged separately per semester as per university rules.
  • Laboratory consumable charges, clinical training charges, dissertation charges, and registration fees may apply additionally.

Important Note

  • Fee structure is subject to revision periodically by the university/regulatory authority.
  • Internship stipend, if applicable, shall be governed by institutional policy and NCAHP recommendations.

*Subject to Revision Periodically

M. Sc. - Botany

The M.Sc. Botany programme provides advanced knowledge in plant sciences including plant diversity, physiology, ecology, taxonomy, microbiology, biotechnology, pharmacognosy, phytochemistry, plant pathology, tissue culture, and sustainable agriculture. The programme emphasizes theoretical understanding, laboratory skills, field studies, research aptitude, and applications of plant sciences in agriculture, industry, healthcare, environmental management, and biotechnology.

Syllabus Download


 Program Outcome

  • PO1: Acquire advanced knowledge of plant sciences including taxonomy, physiology, ecology, anatomy, embryology, microbiology, biotechnology, pharmacognosy, and plant pathology.
  • PO2: Develop the ability to identify, classify, analyze, and conserve plant diversity using modern scientific approaches and laboratory techniques.
  • PO3: Understand plant–environment interactions, ecosystem functioning, biodiversity conservation, and sustainable environmental management practices.
  • PO4: Gain practical laboratory and field skills in microscopy, plant tissue culture, phytochemical analysis, ecological assessment, and plant disease diagnosis.
  • PO5: Apply knowledge of medicinal plants, phytochemistry, pharmacognosy, and biotechnology in healthcare, agriculture, and industrial applications.
  • PO6: Develop competency in research methodology, biostatistics, instrumentation, scientific documentation, and interpretation of biological data.
  • PO7: Understand the principles and applications of organic farming, biofertilizers, sustainable agriculture, and environmental conservation.
  • PO8: Enhance analytical reasoning, communication skills, scientific writing, and presentation skills for academic and professional excellence.
  • PO9: Build employability and entrepreneurial skills in plant biotechnology, agriculture, herbal industries, environmental consultancy, and research organizations.
  • PO10: Foster scientific ethics, teamwork, leadership qualities, innovation, and lifelong learning for contribution to society and scientific advancement.

Intake

Grant in Aid (GIA) : 13

Higher Payment (HP) : 07

Self-financed (SFI) : 38

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
BOT 1001 Fundamental Microbiology

Students will understand the diversity of viruses and bacteria, microbial structure, growth, reproduction, plant diseases, and economic importance of microorganisms.

 4
BOT 1002 Mycology and Plant Pathology

Students will gain knowledge of fungi, plant pathogens, disease development, disease control methods, and economically important fungal diseases.

 4
BOT 1003 Phycology and Lichen

Students will learn algal diversity, reproduction, life cycles, lichen biology, and ecological importance of algae and lichens.

 4
BOT 1004 Organic Farming and Sustainable Agriculture

Students will understand concepts of organic farming, nutrient management, organic certification, and sustainable agricultural practices.

 4
BOT 1005 Manures and Fertilizers

Students will acquire knowledge about integrated nutrient management, green manure, composting, and biofertilizers.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
BOT 2001 Bryophytes, Pteridophytes, Gymnosperms and Paleobotany

Students will understand lower plant groups, fossil plants, evolution of land plants, and economic importance of cryptogams and gymnosperms.

 4
BOT 2002 Plant Anatomy and Embryology

Students will gain detailed knowledge of plant tissues, secondary growth, pollen biology, embryology, and seed biology.

 4
BOT 2003 Biostatistics, Instrumentation and Techniques

Students will learn biostatistical tools, hypothesis testing, chromatography, spectroscopy, and electrophoretic techniques.

 4
BOT 2004 Pharmacognosy and Phytochemistry

Students will understand medicinal plants, phytochemicals, extraction methods, herbal drug evaluation, and pharmacognostic applications.

 4
BOT 2005 Apiculture

Students will learn bee keeping, honey processing, colony management, and commercial applications of apiculture.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
BOT 3001 Plant Physiology

Students will understand plant water relations, photosynthesis, respiration, flowering physiology, and dormancy mechanisms.

 4
BOT 3002 Plant Ecology and Conservation

Students will gain knowledge of ecosystems, biodiversity, ecological succession, conservation strategies, and environmental management.

 4
BOT 3003 Phytomorphology / Plant Tissue Culture

Students will learn plant morphology, taxonomy, tissue culture techniques, micropropagation, and plant biotechnology applications.

 4
Semester - IV ▾
Course Code Course Title Outcome Credit
BOT 4001 A Seminar Presentation

Students will develop scientific communication, presentation, and analytical skills.

 4
BOT 4001 B Review Presentation

Students will learn literature survey, scientific review writing, and recent advances in plant sciences.

 4
BOT 4002 A Dissertation

Students will conduct independent research work, data analysis, and scientific report writing.

 20
BOT 4002 B Industrial Training / Internship

Students will gain industrial and field exposure related to plant sciences and biotechnology.

 20

Eligibility Criteria

A candidate must have passed the Bachelor’s Degree examination in Science with Botany or Biosciences as one of the subjects from a recognized university.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

Sem-2

&

Sem-3

&

Sem-4

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,755/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

M. Sc. - Zoology

test

Syllabus Download


Program Outcome

  • PO1: Acquire advanced knowledge of animal biology, physiology, ecology, genetics, developmental biology, biotechnology, immunology, and environmental biology.
  • PO2: Develop practical laboratory and analytical skills in zoological techniques, histology, cytogenetics, molecular biology, tissue culture, and physiological studies.
  • PO3: Understand the diversity, evolution, classification, and comparative anatomy of vertebrates and invertebrates.
  • PO4: Apply zoological principles in environmental conservation, wildlife management, aquaculture, apiculture, parasitology, and animal health sciences.
  • PO5: Develop research aptitude through project work, dissertation, scientific review writing, data analysis, and biostatistical interpretation.
  • PO6: Gain knowledge of biotechnology tools including PCR, tissue culture, recombinant DNA technology, electrophoresis, and molecular cytogenetic techniques.
  • PO7: Understand ecological interactions, environmental pollution, sustainable development, and biodiversity conservation.
  • PO8: Enhance scientific communication, presentation, analytical reasoning, and problem-solving skills required for research and professional careers.
  • PO9: Develop professional ethics, scientific attitude, teamwork, and leadership qualities for multidisciplinary biological sciences.
  • PO10: Prepare for higher studies, competitive examinations, research careers, entrepreneurship, and employment in academia, industry, healthcare, and environmental sectors.

Intake

Grant in Aid (GIA): 13

Higher Payment: 07

Self-financed (SFI): 30

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
ZOO 1001 Biology of Non-Chordates

Study of classification, structure, physiology, evolution, and larval forms of non-chordate animals along with practical exposure to diverse invertebrates.

 4
ZOO 1002 Biochemistry and Immunology

Understanding biomolecules, metabolism, immune systems, antigens, antibodies, and immunological techniques with biochemical practical applications.

 4
ZOO 1003 Cell and Molecular Biology

Knowledge of cell structure, membranes, chromosomes, recombinant DNA technology, cytogenetics, and molecular biology techniques.

 4
ZOO 1004 Histology and Developmental Biology

Study of tissue organization, organ systems, embryology, fertilization, gastrulation, and organogenesis in animals.

 4
Semester - II ▾
Course Code Course Title Outcome Credit
ZOO 2001 Biology of Chordates

Study of taxonomy, evolution, comparative anatomy, and diversity of vertebrates and protochordates

 4
ZOO 2002 Animal Physiology

Understanding physiological systems, endocrinology, exercise physiology, and mechanisms of hormone action.

 4
ZOO 2003 Animal Biotechnology and Biostatistics

Training in animal tissue culture, PCR, DNA isolation, biostatistics, and data analysis techniques.

 4
ZOO 2004 Animal Ecology and Environmental Biology

Study of ecosystems, ecology, pollution, environmental hazards, sustainable development, and bioremediation

 4
Semester - III ▾
Course Code Course Title Outcome Credit
Z-3001 Cell Biology and Genetics

Understanding cell organelles, cell cycle, genetics, linkage, mutations, karyotyping, and inheritance patterns.

 4
Z-3002 Chronobiology and Animal Behaviour

Study of biological clocks, animal behavior, communication, social organization, territoriality, and behavioral ecology

 4
Z-3003 Animal Taxonomy, Wildlife and Conservation

Students conduct independent research work with emphasis on scientific methodology, experimentation, and thesis 

 20
Z-3004 Review Article

Development of scientific literature review and critical analysis skills through review of recent research papers.

 4
Semester - IV ▾
Course Code Course Title Outcome Credit
Z-4001 Human Anatomy and Parasitology

Study of human organ systems, infectious diseases, parasites, vectors, and parasitological techniques.

 4
Z-4002 Applied and Economic Zoology

Knowledge of poultry farming, aquaculture, dairy farming, apiculture, and economically important zoological practices

 4
Z-4003 Project / Dissertation Continuation

Continuation and completion of research dissertation with scientific presentation and viva examination.

 20
Z-4004 Seminar Presentation

Students develop scientific presentation and communication skills through seminars and academic activities.

 4

Eligibility Criteria

A candidate must have passed Bachelor’s Degree examination in Science with Zoology as one of the subjects from a recognized university.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Career Scope

  • Research and Development Laboratories
  • Wildlife and Environmental Conservation
  • Biotechnology and Pharmaceutical Industries
  • Aquaculture and Fisheries
  • Healthcare and Diagnostic Laboratories
  • Academia and Teaching
  • Forest and Wildlife Departments
  • Ecology and Environmental Consultancy
  • Animal Biotechnology and Genetics
  • Higher Studies and Research (Ph.D., Fellowships)

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/-(Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-/-

Sem-2

&

Sem-3

&

Sem-4

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/-(Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

M. Sc.- Microbiology_

test


Program Outcome

PO1: Acquire advanced knowledge of microbiology, including microbial diversity, molecular biology, genetic engineering, environmental microbiology, industrial microbiology, immunology, fermentation technology, and bioprocess engineering.

PO2: Develop the ability to identify, classify, and analyze microorganisms using modern microbiological, molecular, biochemical, and bioanalytical techniques and instrumentation.

PO3: Apply microbiological principles and technologies to solve environmental, industrial, agricultural, and healthcare-related problems through sustainable and innovative approaches.

PO4: Gain practical laboratory skills in microbial cultivation, molecular diagnostics, fermentation processes, bioprocess monitoring, biosafety practices, and analytical techniques essential for research and industry.

PO5: Demonstrate competency in research methodology, experimental design, statistical analysis, scientific documentation, dissertation work, and interpretation of scientific data.

PO6: Understand the applications of recombinant DNA technology, microbial biotechnology, biofuels, and microbial products in pharmaceutical, agricultural, environmental, and industrial sectors.

PO7: Develop professional ethics, biosafety awareness, biosecurity practices, intellectual property knowledge, and regulatory understanding required in microbiology and biotechnology fields.

PO8: Enhance communication, presentation, analytical reasoning, and scientific writing skills for academic, research, and professional excellence.

PO9: Build entrepreneurial and employability skills in microbial technology, fermentation industries, pharmaceutical industries, diagnostics, and allied life science sectors.

PO10: Foster lifelong learning, innovation, teamwork, leadership, and multidisciplinary collaboration to contribute effectively to scientific advancement and societal development.

Intake

Grant in Aid (GIA) : 13
Higher Payment (HP) : 07
Self-finance (SFI) : 38

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
MB 1001 Microbial Diversity

Students will develop comprehensive knowledge of microbial diversity, classification, taxonomy, virology, mycology, algae, and cyanobacteria. The course enables understanding of microbial evolution, structure, and ecological significance of microorganisms.

 4
MB 1002 Molecular Biology and Genetic Engineering

Students will understand the molecular basis of life including DNA replication, transcription, translation, and recombinant DNA technology. They will gain practical and theoretical insight into genetic engineering tools and applications in biotechnology

 4
MB 1003 Environmental Microbiology and Biofuels

Students will learn microbial ecology, wastewater treatment, biodegradation, bioremediation, and microbial approaches for environmental sustainability. The course also introduces modern concepts of biofuel and bioenergy production.

 4
MB 1004 Elective paper 1 Biophysical Techniques and Instrumentation

Students will gain knowledge of advanced analytical and molecular techniques such as chromatography, electrophoresis, spectroscopy, and molecular diagnostics used in microbiological and biochemical research.

 4
MB 1004 Elective paper 2 Cell Chemistry and Molecular Interactions

Students will understand biomolecular interactions, bioenergetics, thermodynamics, cell signaling, and biochemical processes responsible for cellular structure and function.

 4
MBP 1005 Practicals

Students will acquire laboratory skills in molecular biology, microbial cultivation, PCR, electrophoresis, water analysis, microbial growth studies, and sterilization techniques essential for research and industry applications.Students will acquire laboratory skills in molecular biology, microbial cultivation, PCR, electrophoresis, water analysis, microbial growth studies, and sterilization techniques essential for research and industry applications.

 6
MB 1006 Skill based Elective paper Biosecurity and Biosafety in Public Health Laboratories

Students will learn biosafety principles, laboratory biosecurity, biomedical waste management, sterilization, disinfection, and safe laboratory practices necessary for clinical and research laboratories.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
MB 2001 Enzymology and Microbial Physiology

Study of enzyme kinetics, enzyme inhibition, protein engineering, industrial applications of enzymes, physiological adaptations of microorganisms, and microbial metabolism including nitrogen fixation and photosynthetic bacteria.

 4
MB 2002 Bioinformatics & Bio-nanotechnology

Covers omics technologies, genome analysis, biological databases, sequence alignment, phylogenetic analysis, protein structure prediction, and applications of bio-nanotechnology in medicine and microbial systems.

 4
MB 2003 Advances and Challenges in Immunology Advances and Challenges in Immunology

Focuses on receptor biology, lymphocyte activation, cancer immunology, immunotherapy, antimicrobial resistance, viral outbreaks, stem cell therapy, and recent advances in immunological research.

 4
MB 2004 Elective paper 1 Advances in Pharmaceutical Microbiology

Includes pharmaceutical microbiology, microbiological quality control, sterility testing, microbial contamination monitoring, sterile products, and microbiological auditing in pharmaceutical industries.

 4
MB 2004 Elective paper 2 Ecology and Evolution

Introduces ecological principles, ecosystem analysis, biodiversity, environmental pollution, origin of life, evolutionary theories, population genetics, behavioral ecology, and conservation biology.

 4
MBP 2005 Practicals

Practical training in enzyme assays, mutation studies, microbial dye decolorization, ELISA, molecular biology techniques, phylogenetic analysis, protein modelling, and 

 6
GE-1 Skill based Elective paper 1 Biofertilizer and Organic Farming

Covers biofertilizer production, microbial inoculants, composting methods, organic farming practices, and economic importance of biofertilizers with hands-on practical exposure.

 2
GE-2 Skill based Elective paper 2 Yogurt and Cheese Production

Provides knowledge of dairy product production, cheese and yogurt processing, quality assurance, packaging, marketing strategies, and small-scale dairy entrepreneurship.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
MB 3001 Fermentation Technology

Students will understand industrial fermentation processes, microbial strain improvement, fermenter design, media optimization, and downstream processing used in biotechnology and industrial microbiology.

 4
MB 3002 Industrial Microbiology

Students will gain knowledge of industrially important microorganisms and microbial products such as antibiotics, enzymes, probiotics, fermented foods, organic acids, and bioactive compounds used in healthcare and industries.

 4
MB 3003 Agricultural Microbiology

Students will understand soil microbial ecology, plant–microbe interactions, plant disease management, biofertilizers, and the role of microorganisms in sustainable agriculture and crop productivity.

 4
MB 3004 A Elective paper 1 Research Methodology and Biostatistics

Students will develop skills in research planning, hypothesis formulation, scientific writing, statistical analysis, data interpretation, and presentation of scientific information for research purposes.

 4
MB 3004 B Elective paper 2 Biostatistics, Research Methodology and Communication Skills

Students will enhance statistical knowledge, communication skills, ICT applications, scientific documentation, logical reasoning, and analytical aptitude required for research and professional development.

 4
MBP 3005 Practicals

Students will gain practical exposure in fermentation technology, microbial product analysis, enzyme production, biostatistical tools, graphical data representation, and scientific software applications.

 6
GE-1 Skill based Elective paper 1 Bioprocess Engineering

Students will understand bioreactor design, fluid flow behavior, mass transfer, mixing operations, and process monitoring techniques used in industrial-scale fermentation systems.

 2
GE-2 Skill based Elective paper 2 Biosafety, Bioethics and IPR

Students will learn biosafety regulations, ethical issues in biotechnology, intellectual property rights, patenting systems, and commercialization of scientific innovations.

 2
GE-3 Skill based Elective paper 3 Advances in Diagnostic Microbiology

Students will gain knowledge of advanced molecular and immunological diagnostic techniques used for identification and detection of infectious diseases and microbial pathogens.

 2
GE-4 Skill based Elective paper 4 Mathematics and General Aptitude Skills

Students will improve quantitative aptitude, logical reasoning, analytical thinking, and mathematical problem-solving abilities useful for competitive examinations and research aptitude.

 2
Semester - IV ▾
Course Code Course Title Outcome Credit
MB 4001 A Seminar Presentation

Students will develop scientific presentation skills, communication abilities, confidence in public speaking, and the ability to organize and present microbiological concepts effectively.

 4
MB 4001 B Review Presentation

Students will learn literature survey, critical analysis of research publications, scientific review writing, and presentation of recent developments in microbiology and allied sciences.

 4
MB 4002 A Dissertation

Students will conduct independent research work involving experimental design, data analysis, interpretation, and scientific report writing to strengthen research aptitude and innovation.

 20
MB 4002 B Industrial Training / Internship Project

Students will gain industrial exposure and practical training in microbiology, biotechnology, quality control, and industrial operations to improve professional and employability skills.

 20
MB 4002 C Start-up Prototype Development Project

Students will develop entrepreneurial thinking, innovation skills, prototype development abilities, and practical understanding of transforming scientific ideas into start-up opportunities.

 20

Eligibility Criteria

A candidate must have passed the Bachelor’s Degree examination in Science with English as compulsory subject. A candidate who has obtained his/her Bachelor’s Degree with Medical Technology/Microbiology shall be considered eligible for admission to Microbiology course.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

2,355/- + 39,550/- (Self Finance)

Total Rs. 41,905/-

2,355/- + 39,550/- (Self Finance)

Total Rs. 41,905/-

Sem-2

&

Sem-3

&

Sem-4

4,285/- (Regular)

7,135/- (Regular)

4,285/- + 21,660/- (Higher Payment)Total Rs. 25,945/-

7,135/- + 21,660/- (Higher Payment) Total Rs. 28,795/-

1,785/- + 39,550/- (Self Finance)

Total Rs. 41,335/-

1,785/- + 39,550/- (Self Finance)

Total Rs. 41,335/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

Ph. D. Biosciences

test

Syllabus Download


Objective of Program

The core objective of the programme is to provide the students research supervision with a suitable research methodology in view of the research topics selected, maintaining academic rigour.

Program Outcome

PO1: Think Critically: Get ability to apply the process of science by formulating hypotheses and design experiments based on the scientific method.
PO2: Problem analysis:Analyze and interpret results generated through studies in Master of Science, taxonomical treatments, field studies, excursion tours and laboratory techniques used in the subject. Identify credible scientific sources to interpret and evaluate the evidences.
PO3: Reasoning ability: Use quantitative reasoning by using mathematical calculations and graphing skills to solve problems in the field of science.
PO4: Communication Skill: Effective Communication and collaborate with other disciplines by effectively communicating the fundamental concepts of Biological Science in written and oral format.
PO5: Ethical awareness: Understand the relationship between science and society by recognizing and discussing logical, scientific and ethical issues in Biological science subject
PO6: Digitally literate:Capable of using computers for Bioinformatics and computation and appropriate software for analysis of genomics and proteomics data, and employing modern bioinformatics search tools to locate, retrieve, and evaluate location and biological annotation genes of different species.
PO7: Self-directed and Life-long Learning: Acquire the ability to engage in independent and life-long learning in the broadest context socio- technological changes
PO8: Global thinking: Knowledgeable disciple students with good values, ethics, and kind heart will help in nation building globally.

Program Duration

3 years minimally in accordance with the UGC norms

Ph.D. Coursework ▾
Course Code Course Title Outcome Credit
Course: CW101 Advances in Research Methodology

CO1: Able to understand the research problem and design and research work
CO2: Able to write, prepare poster and present oral presentation
CO3: Able to prepare CV and face the interview

 4
Course: CW102 Advances in Research Techniques

CO1: Able to understand the principle and operating mechanism of various sophisticated instruments.
CO2: will be aware and will be able to perform advanced techniques in the field of molecular biology and biotechnology.
CO3: Able to do Computational Data processing and research problem solving through Biostatistics

 4
Course: CW103ZO or Advances in Zoology

CO1: Able to understand Applications of animal tissue culture.
CO2: Able to understand Applications of animal tissue cultureApplications of animal tissue culture
CO3: Knowledge will be impart through active learning methodology like field visit, academic tour and brain storming sessions

 4
Course: CW103BO or Advances in Botany

CO1: Able to understand techniques and application of plant tissue culture.
CO2: Able to understand molecular and biochemical aspects of plants and plant toxicity.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4
Course: CW103MB or Advances in Microbiology

CO1: Able to understand techniques and application of applied microbiology, metabolomics and system biology.
CO2: Able to understand genetical, physiological and taxonomical aspects of microbes.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4
Course: CW103BT Advances in Biotechnology

CO1: Able to understand techniques and application of biotechnology in the field of zoology, botany and microbiology.
CO2: Able to understand various advanced biotechnological methods for the betterment of living biota.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4

Eligibility Criteria

Ph.D. Enterance Test / [ NET / SLET / M.Phil.]

Admission Details

Merit Based

Reservation Policy

As per Government Rules

Fee Structure *

*Subject to Revision Periodically

P.G. Diploma in Toxicology

The PG Diploma in Toxicology (PGDT) is designed to provide specialized knowledge and practical training in toxicology, environmental safety, ecotoxicology, food safety, industrial toxicology, analytical methods, and regulatory systems. The course addresses the growing industrial and environmental needs of South Gujarat and prepares students for careers in pharmaceutical industries, environmental monitoring laboratories, CROs, and research organizations.

Syllabus Download


Program Outcome

  • PO1: Acquire fundamental and applied knowledge of toxicology, environmental toxicology, ecotoxicology, food toxicology, and genetic toxicology.
  • PO2: Understand mechanisms of toxicity, dose-response relationships, exposure pathways, and toxic effects on biological systems.
  • PO3: Develop practical skills in analytical methods, instrumentation, toxicological testing, and laboratory safety practices.
  • PO4: Gain knowledge of environmental pollution, occupational toxicology, radioactive pollution, and industrial toxic hazards.
  • PO5: Learn modern in-vitro toxicological assays, genetic toxicology methods, and risk assessment approaches.
  • PO6: Understand food safety standards, nutritional toxicology, food contaminants, and toxic residues in food products.
  • PO7: Develop competency in biostatistics, statistical analysis, interpretation of toxicological data, and risk management.
  • PO8: Understand national and international regulations, quality systems, GLP, NABL, OECD guidelines, and environmental standards.
  • PO9: Enhance employability and industrial skills through field work, industrial training, and practical exposure.
  • PO10: Develop scientific communication, analytical thinking, ethical responsibility, and lifelong learning abilities in toxicology.

Intake

Self-financed (SFI) : 50

Program Duration

1 Year

Semester - 1 ▾
Course Code Course Title Outcome Credit
PGDT-101 Principles of Toxicology

Students will understand principles of toxicology, dose-response relationships, toxicity testing, exposure routes, mechanisms of toxicity, and safety evaluation methods.

 3
PGDT-102 Principles of Ecotoxicology

Students will gain knowledge of ecotoxicology, environmental test species, toxicity testing methods, and mechanisms of toxicity in terrestrial and aquatic organisms.

 3
PGDT-103 Environmental Toxicology

Students will understand environmental pollution, occupational toxicology, air, water, land, atmospheric and radioactive pollution along with their biological effects.

 3
PGDT-104 Analytical Methods & Instrumentation

Students will develop understanding of analytical methods, laboratory instrumentation, sample handling, method validation, and environmental analysis techniques.

 3
PGDT-105 Practicals

Students will gain laboratory training in toxicological analysis, analytical instrumentation, toxicity testing, environmental monitoring, and sample processing techniques.

 6
PGDT-106 Field work

Students will develop practical exposure to industries, environmental monitoring systems, pollution control practices, and field-based toxicological observations.

 2
Semester - 2 ▾
Course Code Course Title Outcome Credit
PGDT-201 CORE - Genetic Toxicology & In-vitro Methods

Covers genetic toxicology, bacterial and mammalian test systems, chromosomal aberration assays, comet assay, micro arrays, and in-vitro toxicological methods.

 3
PGDT-202 CORE - Food Safety and Nutritional Toxicology

Focuses on food toxicants, food additives, microbial food toxins, nutritional toxicology, food safety standards, and toxic residues in food.

 3
PGDT-203 CORE - Biostatistics and Risk Assessment

Introduces statistical methods, correlation, regression, ANOVA, toxicological data analysis, and risk assessment approaches for chemicals and pharmaceuticals.

 2
PGDT-204 CORE - Regulations and Quality systems

Provides understanding of regulatory guidelines, GLP, NABL, ISO, OECD standards, CDSCO, FSSAI, CPCB, and international quality systems.

 2
PGDT-205 PRACTICAL - Practicals

Practical training in toxicological assays, analytical techniques, instrumentation handling, risk analysis, and laboratory testing procedures.

 6
PGDT-206 TRAINING - Industrial Training

Students will receive industrial exposure and hands-on training in toxicology laboratories, pharmaceutical industries, CROs, and environmental monitoring units.

 4

Eligibility Criteria

A candidate must have passed Bachelor’s Degree examination in Science from a recognized university. Post-graduate students and research scholars in Biosciences and allied subjects may also pursue the course as an add-on program.

Admission Details

Merit based.

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

13,755/- (Self Finance)

13,755/- (Self Finance)

Sem-2

 

13,755/- (Self Finance)

13,755/- (Self Finance)

Exam Fees Per Semester Rs. 1,020/-

*Subject to Revision Periodically

P.G. Diploma in Herbal Technology and Integrated Wellness (PGDHTIW)

Post Graduate Diploma programme focused on herbal technology, yoga sciences, nutraceuticals, functional foods, integrated wellness, and entrepreneurship.


Program Outcome

PO1: Knowledge of Herbal & Wellness Sciences.

PO2: Understanding of Traditional & Modern Health Systems.

PO3: Application of Herbal & Yogic Practices.

PO4: Analytical & Critical Thinking.

PO5: Evaluation & Evidence-Based Decision Making.

PO6: Innovation & Creation.

PO7: Professional, Ethical & Sustainable Practices.

PO8: Practical, Research & Entrepreneurial Skills.

Intake

Self-financed (SFI) : 25

Program Duration

1 Year (2 Semesters)

Semester - I ▾
Course Code Course Title Outcome Credit
PGDHTIW-1001 CORE - Fundamentals of Herbal Technology

Introduction to herbal technology, medicinal plants, phytochemistry, herbal formulations, ethics, and sustainable practices.

 4
PGDHTIW-1002 CORE - Ancient Indian Herbal Drug Technologies

Ayurvedic principles, medicinal plants, herbal formulations, quality control, and modern applications.

 4
PGDHTIW-1003 CORE - Advanced Yoga, Health & Applied Yogic Sciences

Yoga philosophy, anatomy, physiology, yogic practices, stress management, and teaching methodology.

 4
PGDHTIW-1004 BKS - Yoga and Integrated Wellness

Foundations of yoga, wellness practices, pranayama, asanas, and integrated health.

 2
PGDHTIW-1005 SEC - Business Aptitude for Herbal Technology & Integrated Wellness

Entrepreneurship, herbal wellness centres, infrastructure, staffing, and business opportunities.

 2
PRACTICALS PRACTICAL - Practicals based on Paper PGDHT-1001,1002,1003 6
Semester - II ▾
Course Code Course Title Outcome Credit
PGDHTIW-2001 CORE - Functional Food and Nutrigenomics

Functional foods, nutrigenomics, bioactive compounds, meal planning, regulations, and future trends.

 4
PGDHTIW-2002 CORE - Nutraceuticals

Nutraceutical concepts, phytochemicals, extraction techniques, safety, regulations, and market trends.

 4
PGDHTIW-2003 SEC - Business Aptitude for Establishment of Health & Nutrition Centers 2
PGDHTIW-2004 PRACTICAL - Dissertation / Training / Internship 12

Eligibility Criteria

Any graduate from a recognized university is eligible for admission to the programme.

Admission Details

Merit based.

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

17,500/- (Self Finance)

17,500/- (Self Finance)

Sem-2

17,500/- (Self Finance)

17,500/- (Self Finance)

Exam Fees Per Semester Rs. 1,130/-

*Subject to Revision Periodically

Bachelor of Medical Laboratory Science

Bachelor of Medical Laboratory Science (BMLS) is a 4 years (8 semesters including internship) professional undergraduate programme offered by the Department of Biosciences, Veer Narmad South Gujarat University, Surat.

The programme is designed according to competency-based curriculum guidelines recommended by the National Commission for Allied and Healthcare Professions (NCAHP), Ministry of Health and Family Welfare, Government of India. The course provides comprehensive theoretical knowledge, advanced laboratory skills, diagnostic expertise, and clinical training required for modern healthcare laboratories and diagnostic industries.

The BMLS programme focuses on major disciplines including Clinical Biochemistry, Hematology, Clinical Pathology, Histopathology, Cytology, Medical Microbiology, Immunology, Molecular Diagnostics, Blood Banking, Laboratory Instrumentation, Quality Assurance, Biosafety, and Research Methodology. Students are trained through classroom teaching, laboratory practicals, hospital postings, case-based learning, research activities, and one-year compulsory clinical internship.


Program Outcome

PO1: Clinical Laboratory Competence:

Develop ability to perform routine and advanced diagnostic laboratory investigations using standard laboratory protocols, instrumentation, and analytical techniques.

PO2: Diagnostic and Analytical Skills:

Analyse and interpret laboratory findings accurately for disease diagnosis, monitoring, and therapeutic evaluation in clinical healthcare settings.

PO3: Technical and Practical Proficiency:

Acquire hands-on skills in hematology, microbiology, clinical biochemistry, molecular diagnostics, histopathology, immunology, and blood banking techniques.

PO4: Research and Scientific Temperament:

Develop scientific reasoning, research aptitude, and problem-solving abilities through laboratory projects, case studies, and evidence-based learning approaches.

PO5: Communication and Teamwork:

Demonstrate effective communication skills and collaborate efficiently with clinicians, healthcare professionals, researchers, and laboratory personnel in multidisciplinary healthcare environments.

PO6: Professional Ethics and Biosafety:

Apply ethical laboratory practices, biosafety measures, biomedical waste management principles, and quality assurance standards while handling clinical specimens and laboratory procedures.

PO7: Quality Assurance and Laboratory Management:

Understand laboratory quality control systems, accreditation procedures, documentation practices, and management of modern diagnostic laboratories.

PO8: Digital and Technological Competency:

Develop competency in laboratory automation, healthcare informatics, molecular technologies, bioinformatics tools, and modern diagnostic instrumentation.

PO9: Lifelong Learning and Professional Development:

Engage in continuous learning, skill enhancement, and adaptation to emerging diagnostic technologies and healthcare advancements.

PO10: Healthcare and Social Responsibility:

Contribute effectively toward public health services, preventive healthcare, disease surveillance, and community healthcare through accurate and reliable laboratory diagnostics.

Intake

Self-Finance (SFI):75

Program Duration  

4 Years

(3 Years Academic + 1 Year Clinical Internship)

Semester – I ▾
Course Code Course Title Outcome Credit
- Human Anatomy

Students will understand the structure and organization of human body systems and anatomical relationships relevant to laboratory diagnosis and healthcare practice

 4
- Human Physiology

Develop understanding of physiological mechanisms and normal body functions associated with organ systems and clinical laboratory investigations

 4
- Fundamentals of Healthcare System and Medical Laboratory Science

Understand healthcare delivery systems, organization of clinical laboratories, laboratory safety, biomedical waste management, and role of medical laboratory professionals in healthcare.

 2
- Communication and Professionalism

Develop communication skills, professional ethics, teamwork, patient interaction, and professional behavior required in healthcare services.

 2
- Basic Emergency Care and First Aid

Learn basic life support, emergency response, first aid procedures, and patient safety measures in healthcare settings.

 2
- Basics of Computer Application

Acquire computer literacy, healthcare documentation skills, data management, and basic software applications used in laboratories.

 2
- Human Anatomy Practical

Develop practical knowledge of anatomical structures, models, specimens, and microscopic anatomy.

 2
- Human Physiology Practical

Gain practical skills related to physiological experiments, clinical measurements, and functional assessment techniques.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
- Fundamentals of Microbiology

Understand microbial classification, morphology, culture techniques, sterilization, infection control, and laboratory handling procedures.

 4
- Basics of Biochemistry

Learn biochemical principles, biomolecules, enzymes, metabolism, and clinical biochemical analysis

 4
- Fundamentals of Haematology

Develop knowledge of blood cells, hematopoiesis, coagulation mechanisms, and hematological disorders

 4
- Preventive and Social Medicine

Understand community health, epidemiology, public health measures, disease prevention, and healthcare awareness.

 2
- Fundamentals of Microbiology Practical

Gain practical skills in staining, microscopy, culture preparation, sterilization, and microbial identification

 2
- Basics of Biochemistry Practical

Perform biochemical assays, solution preparation, analytical techniques, and interpretation of biochemical parameters.

 2
- Fundamentals of Haematology Practical

Learn blood grouping, hemoglobin estimation, cell counting, peripheral smear examination, and coagulation testing.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
- Clinical Biochemistry

Understand biochemical analysis of blood and body fluids, liver function, renal function, lipid profile, and metabolic disorders.

 4
- Clinical Microbiology

Develop diagnostic microbiology skills including bacteriology, virology, mycology, and antimicrobial sensitivity testing.

 4
- Histopathology and Cytology

Learn tissue processing, staining, microscopic examination, cytological screening, and histopathological diagnosis

 4
- Immunology and Serology

Understand antigen-antibody reactions, immune response mechanisms, serological testing, and immunodiagnostic procedures.

 4
- Clinical Biochemistry Practical

Perform biochemical investigations using spectrophotometers, analyzers, and quality control procedures.

 2
- Clinical Microbiology Practical

Develop competency in culture techniques, identification tests, staining procedures, and pathogen analysis.

 2
- Histopathology and Cytology Practical

Learn tissue fixation, embedding, sectioning, staining, and microscopic interpretation of slides.

 2
Semester - IV ▾
Course Code Course Title Outcome Credit
- Advanced Haematology

Analyze hematological disorders, blood malignancies, coagulation abnormalities, and advanced diagnostic procedures.

 4
- Clinical Pathology

Understand examination of urine, stool, body fluids, semen analysis, and pathological diagnostic procedures.

 4
- Blood Banking and Transfusion Science

Learn blood collection, compatibility testing, component preparation, transfusion reactions, and blood bank management.

 4
- Molecular Diagnostics

Develop knowledge of PCR, electrophoresis, molecular markers, genetic testing, and molecular diagnostic techniques.

 4
- Instrumentation Practical

Operate automated analyzers, diagnostic instruments, and quality monitoring systems.

 2
- Advanced Haematology Practical

Perform advanced hematological testing, bone marrow studies, coagulation analysis, and blood smear interpretation

 2
- Clinical Pathology Practical

Conduct routine pathological examinations and interpret laboratory findings in clinical settings.

 2
- Blood Banking Practical

Gain practical skills in blood grouping, cross-matching, donor screening, and transfusion procedures.

 2
Semester – V ▾
Course Code Course Title Outcome Credit
- Laboratory Instrumentation and Automation

Understand laboratory instruments, automation systems, calibration, maintenance, and troubleshooting procedures

 4
- Quality Assurance and Laboratory Management

Learn quality control systems, NABL standards, laboratory accreditation, documentation, and management principles.

 4
- Medical Parasitology and Mycology

Develop knowledge of parasites, fungi, diagnostic procedures, pathogenicity, and laboratory identification methods.

 4
- Research Methodology and Biostatistics

Understand research design, scientific methodology, statistical analysis, data interpretation, and biomedical research ethics.

 4
- Quality Assurance Practical

Apply laboratory quality control, calibration, documentation, and validation procedures.

 2
- Research Methodology Practical

Perform statistical analysis, data handling, scientific reporting, and research presentation techniques.

 2
Semester – VI ▾
Course Code Course Title Outcome Credit
- Advanced Molecular Techniques

Learn advanced molecular biology applications, nucleic acid analysis, genomics, and molecular diagnostics.

 4
- Clinical Laboratory Management

Understand laboratory administration, inventory management, manpower handling, healthcare regulations, and professional ethics.

 4
- Diagnostic Cytogenetics and Genetics

Develop knowledge of chromosomal analysis, genetic disorders, molecular genetics, and cytogenetic techniques.

 4
- Dissertation / Research Project

Conduct independent research, analyze scientific data, prepare dissertation, and present research findings.

 4
- Molecular Techniques Practical

Perform PCR, electrophoresis, DNA/RNA isolation, and molecular diagnostic procedures.

 2
- Clinical Posting / Hospital Training

Gain real-time clinical laboratory exposure and multidisciplinary healthcare experience.

 2
Semester – VII ▾
Course Code Course Title Outcome Credit
- Clinical Internship / Laboratory Rotation – I

Students will independently perform laboratory investigations, maintain quality assurance, interpret diagnostic findings, and function effectively in hospital laboratories under supervision

 10
- Internship Logbook and Skill Assessment

Maintain records of performed laboratory procedures, departmental postings, and competency-based skill assessment during clinical training.

 10
Semester – VIII ▾
Course Code Course Title Outcome Credit
- Clinical Internship / Laboratory Rotation – II

Develop professional competency in advanced diagnostic laboratories including microbiology, biochemistry, hematology, molecular diagnostics, pathology, and blood banking.

 10
- Final Skill Assessment and Case Presentation

Demonstrate clinical laboratory competence, analytical skills, quality practices, professional ethics, and case-based diagnostic interpretation.

 10

Eligibility  

A candidate shall be admitted to the Bachelor of Medical Laboratory Science (BMLS) program after fulfilling the following eligibility requirements:

  • Candidate must have completed 10+2 (Science Stream) from a recognized board.
  • The candidate should have studied:
    • Physics
    • Chemistry
    • Biology and/or Mathematics
  • Minimum qualifying marks should be as prescribed by the respective university or regulatory authority.
  • Universities may consider:
    • NEET appeared candidates, or
    • University / State level entrance examination candidates for admission.

Additional Eligibility Requirements

  • Candidate should be medically fit.
  • Admission shall be subject to university norms and reservation policies.
  • The course follows full-time mode only; part-time or distance mode is not permitted for allied and healthcare science programs.

Admission:

Admission Process

Admission to the BMLS program shall be based on:

  • Merit obtained in qualifying examination (10+2 Science), and/or
  • Performance in:
    • NEET examination, or
    • University / State entrance examination, as applicable.

Reservation Policy

Reservation of seats shall be applicable as per:

  • Government of India norms
  • State Government rules
  • University regulations

Course Duration

  • Duration: 4 Years
  • Structure:
    • 8 Semesters
    • Includes mandatory clinical laboratory training and internship postings.

Medium of Instruction

  • English

Attendance Requirement

Students are required to maintain minimum attendance as prescribed by the university and NCAHP competency-based curriculum guidelines.

Fee Structure *

Sr. No

Gender

Self-Finance Seat

1

Female

31350/- SF Fee

2500/- Lab Fee

2355/- Uni. Fee

2

Male

 

36,205/- Total

Additional Fees-

  • Examination fees shall be charged separately per semester as per university rules.
  • Laboratory consumable charges, clinical training charges, dissertation charges, and registration fees may apply additionally.

Important Note

  • Fee structure is subject to revision periodically by the university/regulatory authority.
  • Internship stipend, if applicable, shall be governed by institutional policy and NCAHP recommendations.

*Subject to Revision Periodically

M. Sc. - Botany

The M.Sc. Botany programme provides advanced knowledge in plant sciences including plant diversity, physiology, ecology, taxonomy, microbiology, biotechnology, pharmacognosy, phytochemistry, plant pathology, tissue culture, and sustainable agriculture. The programme emphasizes theoretical understanding, laboratory skills, field studies, research aptitude, and applications of plant sciences in agriculture, industry, healthcare, environmental management, and biotechnology.

Syllabus Download


 Program Outcome

  • PO1: Acquire advanced knowledge of plant sciences including taxonomy, physiology, ecology, anatomy, embryology, microbiology, biotechnology, pharmacognosy, and plant pathology.
  • PO2: Develop the ability to identify, classify, analyze, and conserve plant diversity using modern scientific approaches and laboratory techniques.
  • PO3: Understand plant–environment interactions, ecosystem functioning, biodiversity conservation, and sustainable environmental management practices.
  • PO4: Gain practical laboratory and field skills in microscopy, plant tissue culture, phytochemical analysis, ecological assessment, and plant disease diagnosis.
  • PO5: Apply knowledge of medicinal plants, phytochemistry, pharmacognosy, and biotechnology in healthcare, agriculture, and industrial applications.
  • PO6: Develop competency in research methodology, biostatistics, instrumentation, scientific documentation, and interpretation of biological data.
  • PO7: Understand the principles and applications of organic farming, biofertilizers, sustainable agriculture, and environmental conservation.
  • PO8: Enhance analytical reasoning, communication skills, scientific writing, and presentation skills for academic and professional excellence.
  • PO9: Build employability and entrepreneurial skills in plant biotechnology, agriculture, herbal industries, environmental consultancy, and research organizations.
  • PO10: Foster scientific ethics, teamwork, leadership qualities, innovation, and lifelong learning for contribution to society and scientific advancement.

Intake

Grant in Aid (GIA) : 13

Higher Payment (HP) : 07

Self-financed (SFI) : 38

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
BOT 1001 Fundamental Microbiology

Students will understand the diversity of viruses and bacteria, microbial structure, growth, reproduction, plant diseases, and economic importance of microorganisms.

 4
BOT 1002 Mycology and Plant Pathology

Students will gain knowledge of fungi, plant pathogens, disease development, disease control methods, and economically important fungal diseases.

 4
BOT 1003 Phycology and Lichen

Students will learn algal diversity, reproduction, life cycles, lichen biology, and ecological importance of algae and lichens.

 4
BOT 1004 Organic Farming and Sustainable Agriculture

Students will understand concepts of organic farming, nutrient management, organic certification, and sustainable agricultural practices.

 4
BOT 1005 Manures and Fertilizers

Students will acquire knowledge about integrated nutrient management, green manure, composting, and biofertilizers.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
BOT 2001 Bryophytes, Pteridophytes, Gymnosperms and Paleobotany

Students will understand lower plant groups, fossil plants, evolution of land plants, and economic importance of cryptogams and gymnosperms.

 4
BOT 2002 Plant Anatomy and Embryology

Students will gain detailed knowledge of plant tissues, secondary growth, pollen biology, embryology, and seed biology.

 4
BOT 2003 Biostatistics, Instrumentation and Techniques

Students will learn biostatistical tools, hypothesis testing, chromatography, spectroscopy, and electrophoretic techniques.

 4
BOT 2004 Pharmacognosy and Phytochemistry

Students will understand medicinal plants, phytochemicals, extraction methods, herbal drug evaluation, and pharmacognostic applications.

 4
BOT 2005 Apiculture

Students will learn bee keeping, honey processing, colony management, and commercial applications of apiculture.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
BOT 3001 Plant Physiology

Students will understand plant water relations, photosynthesis, respiration, flowering physiology, and dormancy mechanisms.

 4
BOT 3002 Plant Ecology and Conservation

Students will gain knowledge of ecosystems, biodiversity, ecological succession, conservation strategies, and environmental management.

 4
BOT 3003 Phytomorphology / Plant Tissue Culture

Students will learn plant morphology, taxonomy, tissue culture techniques, micropropagation, and plant biotechnology applications.

 4
Semester - IV ▾
Course Code Course Title Outcome Credit
BOT 4001 A Seminar Presentation

Students will develop scientific communication, presentation, and analytical skills.

 4
BOT 4001 B Review Presentation

Students will learn literature survey, scientific review writing, and recent advances in plant sciences.

 4
BOT 4002 A Dissertation

Students will conduct independent research work, data analysis, and scientific report writing.

 20
BOT 4002 B Industrial Training / Internship

Students will gain industrial and field exposure related to plant sciences and biotechnology.

 20

Eligibility Criteria

A candidate must have passed the Bachelor’s Degree examination in Science with Botany or Biosciences as one of the subjects from a recognized university.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

Sem-2

&

Sem-3

&

Sem-4

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,755/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

M. Sc. - Zoology

test

Syllabus Download


Program Outcome

  • PO1: Acquire advanced knowledge of animal biology, physiology, ecology, genetics, developmental biology, biotechnology, immunology, and environmental biology.
  • PO2: Develop practical laboratory and analytical skills in zoological techniques, histology, cytogenetics, molecular biology, tissue culture, and physiological studies.
  • PO3: Understand the diversity, evolution, classification, and comparative anatomy of vertebrates and invertebrates.
  • PO4: Apply zoological principles in environmental conservation, wildlife management, aquaculture, apiculture, parasitology, and animal health sciences.
  • PO5: Develop research aptitude through project work, dissertation, scientific review writing, data analysis, and biostatistical interpretation.
  • PO6: Gain knowledge of biotechnology tools including PCR, tissue culture, recombinant DNA technology, electrophoresis, and molecular cytogenetic techniques.
  • PO7: Understand ecological interactions, environmental pollution, sustainable development, and biodiversity conservation.
  • PO8: Enhance scientific communication, presentation, analytical reasoning, and problem-solving skills required for research and professional careers.
  • PO9: Develop professional ethics, scientific attitude, teamwork, and leadership qualities for multidisciplinary biological sciences.
  • PO10: Prepare for higher studies, competitive examinations, research careers, entrepreneurship, and employment in academia, industry, healthcare, and environmental sectors.

Intake

Grant in Aid (GIA): 13

Higher Payment: 07

Self-financed (SFI): 30

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
ZOO 1001 Biology of Non-Chordates

Study of classification, structure, physiology, evolution, and larval forms of non-chordate animals along with practical exposure to diverse invertebrates.

 4
ZOO 1002 Biochemistry and Immunology

Understanding biomolecules, metabolism, immune systems, antigens, antibodies, and immunological techniques with biochemical practical applications.

 4
ZOO 1003 Cell and Molecular Biology

Knowledge of cell structure, membranes, chromosomes, recombinant DNA technology, cytogenetics, and molecular biology techniques.

 4
ZOO 1004 Histology and Developmental Biology

Study of tissue organization, organ systems, embryology, fertilization, gastrulation, and organogenesis in animals.

 4
Semester - II ▾
Course Code Course Title Outcome Credit
ZOO 2001 Biology of Chordates

Study of taxonomy, evolution, comparative anatomy, and diversity of vertebrates and protochordates

 4
ZOO 2002 Animal Physiology

Understanding physiological systems, endocrinology, exercise physiology, and mechanisms of hormone action.

 4
ZOO 2003 Animal Biotechnology and Biostatistics

Training in animal tissue culture, PCR, DNA isolation, biostatistics, and data analysis techniques.

 4
ZOO 2004 Animal Ecology and Environmental Biology

Study of ecosystems, ecology, pollution, environmental hazards, sustainable development, and bioremediation

 4
Semester - III ▾
Course Code Course Title Outcome Credit
Z-3001 Cell Biology and Genetics

Understanding cell organelles, cell cycle, genetics, linkage, mutations, karyotyping, and inheritance patterns.

 4
Z-3002 Chronobiology and Animal Behaviour

Study of biological clocks, animal behavior, communication, social organization, territoriality, and behavioral ecology

 4
Z-3003 Animal Taxonomy, Wildlife and Conservation

Students conduct independent research work with emphasis on scientific methodology, experimentation, and thesis 

 20
Z-3004 Review Article

Development of scientific literature review and critical analysis skills through review of recent research papers.

 4
Semester - IV ▾
Course Code Course Title Outcome Credit
Z-4001 Human Anatomy and Parasitology

Study of human organ systems, infectious diseases, parasites, vectors, and parasitological techniques.

 4
Z-4002 Applied and Economic Zoology

Knowledge of poultry farming, aquaculture, dairy farming, apiculture, and economically important zoological practices

 4
Z-4003 Project / Dissertation Continuation

Continuation and completion of research dissertation with scientific presentation and viva examination.

 20
Z-4004 Seminar Presentation

Students develop scientific presentation and communication skills through seminars and academic activities.

 4

Eligibility Criteria

A candidate must have passed Bachelor’s Degree examination in Science with Zoology as one of the subjects from a recognized university.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Career Scope

  • Research and Development Laboratories
  • Wildlife and Environmental Conservation
  • Biotechnology and Pharmaceutical Industries
  • Aquaculture and Fisheries
  • Healthcare and Diagnostic Laboratories
  • Academia and Teaching
  • Forest and Wildlife Departments
  • Ecology and Environmental Consultancy
  • Animal Biotechnology and Genetics
  • Higher Studies and Research (Ph.D., Fellowships)

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/-(Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-/-

Sem-2

&

Sem-3

&

Sem-4

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/-(Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

M. Sc.- Microbiology_

test


Program Outcome

PO1: Acquire advanced knowledge of microbiology, including microbial diversity, molecular biology, genetic engineering, environmental microbiology, industrial microbiology, immunology, fermentation technology, and bioprocess engineering.

PO2: Develop the ability to identify, classify, and analyze microorganisms using modern microbiological, molecular, biochemical, and bioanalytical techniques and instrumentation.

PO3: Apply microbiological principles and technologies to solve environmental, industrial, agricultural, and healthcare-related problems through sustainable and innovative approaches.

PO4: Gain practical laboratory skills in microbial cultivation, molecular diagnostics, fermentation processes, bioprocess monitoring, biosafety practices, and analytical techniques essential for research and industry.

PO5: Demonstrate competency in research methodology, experimental design, statistical analysis, scientific documentation, dissertation work, and interpretation of scientific data.

PO6: Understand the applications of recombinant DNA technology, microbial biotechnology, biofuels, and microbial products in pharmaceutical, agricultural, environmental, and industrial sectors.

PO7: Develop professional ethics, biosafety awareness, biosecurity practices, intellectual property knowledge, and regulatory understanding required in microbiology and biotechnology fields.

PO8: Enhance communication, presentation, analytical reasoning, and scientific writing skills for academic, research, and professional excellence.

PO9: Build entrepreneurial and employability skills in microbial technology, fermentation industries, pharmaceutical industries, diagnostics, and allied life science sectors.

PO10: Foster lifelong learning, innovation, teamwork, leadership, and multidisciplinary collaboration to contribute effectively to scientific advancement and societal development.

Intake

Grant in Aid (GIA) : 13
Higher Payment (HP) : 07
Self-finance (SFI) : 38

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
MB 1001 Microbial Diversity

Students will develop comprehensive knowledge of microbial diversity, classification, taxonomy, virology, mycology, algae, and cyanobacteria. The course enables understanding of microbial evolution, structure, and ecological significance of microorganisms.

 4
MB 1002 Molecular Biology and Genetic Engineering

Students will understand the molecular basis of life including DNA replication, transcription, translation, and recombinant DNA technology. They will gain practical and theoretical insight into genetic engineering tools and applications in biotechnology

 4
MB 1003 Environmental Microbiology and Biofuels

Students will learn microbial ecology, wastewater treatment, biodegradation, bioremediation, and microbial approaches for environmental sustainability. The course also introduces modern concepts of biofuel and bioenergy production.

 4
MB 1004 Elective paper 1 Biophysical Techniques and Instrumentation

Students will gain knowledge of advanced analytical and molecular techniques such as chromatography, electrophoresis, spectroscopy, and molecular diagnostics used in microbiological and biochemical research.

 4
MB 1004 Elective paper 2 Cell Chemistry and Molecular Interactions

Students will understand biomolecular interactions, bioenergetics, thermodynamics, cell signaling, and biochemical processes responsible for cellular structure and function.

 4
MBP 1005 Practicals

Students will acquire laboratory skills in molecular biology, microbial cultivation, PCR, electrophoresis, water analysis, microbial growth studies, and sterilization techniques essential for research and industry applications.Students will acquire laboratory skills in molecular biology, microbial cultivation, PCR, electrophoresis, water analysis, microbial growth studies, and sterilization techniques essential for research and industry applications.

 6
MB 1006 Skill based Elective paper Biosecurity and Biosafety in Public Health Laboratories

Students will learn biosafety principles, laboratory biosecurity, biomedical waste management, sterilization, disinfection, and safe laboratory practices necessary for clinical and research laboratories.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
MB 2001 Enzymology and Microbial Physiology

Study of enzyme kinetics, enzyme inhibition, protein engineering, industrial applications of enzymes, physiological adaptations of microorganisms, and microbial metabolism including nitrogen fixation and photosynthetic bacteria.

 4
MB 2002 Bioinformatics & Bio-nanotechnology

Covers omics technologies, genome analysis, biological databases, sequence alignment, phylogenetic analysis, protein structure prediction, and applications of bio-nanotechnology in medicine and microbial systems.

 4
MB 2003 Advances and Challenges in Immunology Advances and Challenges in Immunology

Focuses on receptor biology, lymphocyte activation, cancer immunology, immunotherapy, antimicrobial resistance, viral outbreaks, stem cell therapy, and recent advances in immunological research.

 4
MB 2004 Elective paper 1 Advances in Pharmaceutical Microbiology

Includes pharmaceutical microbiology, microbiological quality control, sterility testing, microbial contamination monitoring, sterile products, and microbiological auditing in pharmaceutical industries.

 4
MB 2004 Elective paper 2 Ecology and Evolution

Introduces ecological principles, ecosystem analysis, biodiversity, environmental pollution, origin of life, evolutionary theories, population genetics, behavioral ecology, and conservation biology.

 4
MBP 2005 Practicals

Practical training in enzyme assays, mutation studies, microbial dye decolorization, ELISA, molecular biology techniques, phylogenetic analysis, protein modelling, and 

 6
GE-1 Skill based Elective paper 1 Biofertilizer and Organic Farming

Covers biofertilizer production, microbial inoculants, composting methods, organic farming practices, and economic importance of biofertilizers with hands-on practical exposure.

 2
GE-2 Skill based Elective paper 2 Yogurt and Cheese Production

Provides knowledge of dairy product production, cheese and yogurt processing, quality assurance, packaging, marketing strategies, and small-scale dairy entrepreneurship.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
MB 3001 Fermentation Technology

Students will understand industrial fermentation processes, microbial strain improvement, fermenter design, media optimization, and downstream processing used in biotechnology and industrial microbiology.

 4
MB 3002 Industrial Microbiology

Students will gain knowledge of industrially important microorganisms and microbial products such as antibiotics, enzymes, probiotics, fermented foods, organic acids, and bioactive compounds used in healthcare and industries.

 4
MB 3003 Agricultural Microbiology

Students will understand soil microbial ecology, plant–microbe interactions, plant disease management, biofertilizers, and the role of microorganisms in sustainable agriculture and crop productivity.

 4
MB 3004 A Elective paper 1 Research Methodology and Biostatistics

Students will develop skills in research planning, hypothesis formulation, scientific writing, statistical analysis, data interpretation, and presentation of scientific information for research purposes.

 4
MB 3004 B Elective paper 2 Biostatistics, Research Methodology and Communication Skills

Students will enhance statistical knowledge, communication skills, ICT applications, scientific documentation, logical reasoning, and analytical aptitude required for research and professional development.

 4
MBP 3005 Practicals

Students will gain practical exposure in fermentation technology, microbial product analysis, enzyme production, biostatistical tools, graphical data representation, and scientific software applications.

 6
GE-1 Skill based Elective paper 1 Bioprocess Engineering

Students will understand bioreactor design, fluid flow behavior, mass transfer, mixing operations, and process monitoring techniques used in industrial-scale fermentation systems.

 2
GE-2 Skill based Elective paper 2 Biosafety, Bioethics and IPR

Students will learn biosafety regulations, ethical issues in biotechnology, intellectual property rights, patenting systems, and commercialization of scientific innovations.

 2
GE-3 Skill based Elective paper 3 Advances in Diagnostic Microbiology

Students will gain knowledge of advanced molecular and immunological diagnostic techniques used for identification and detection of infectious diseases and microbial pathogens.

 2
GE-4 Skill based Elective paper 4 Mathematics and General Aptitude Skills

Students will improve quantitative aptitude, logical reasoning, analytical thinking, and mathematical problem-solving abilities useful for competitive examinations and research aptitude.

 2
Semester - IV ▾
Course Code Course Title Outcome Credit
MB 4001 A Seminar Presentation

Students will develop scientific presentation skills, communication abilities, confidence in public speaking, and the ability to organize and present microbiological concepts effectively.

 4
MB 4001 B Review Presentation

Students will learn literature survey, critical analysis of research publications, scientific review writing, and presentation of recent developments in microbiology and allied sciences.

 4
MB 4002 A Dissertation

Students will conduct independent research work involving experimental design, data analysis, interpretation, and scientific report writing to strengthen research aptitude and innovation.

 20
MB 4002 B Industrial Training / Internship Project

Students will gain industrial exposure and practical training in microbiology, biotechnology, quality control, and industrial operations to improve professional and employability skills.

 20
MB 4002 C Start-up Prototype Development Project

Students will develop entrepreneurial thinking, innovation skills, prototype development abilities, and practical understanding of transforming scientific ideas into start-up opportunities.

 20

Eligibility Criteria

A candidate must have passed the Bachelor’s Degree examination in Science with English as compulsory subject. A candidate who has obtained his/her Bachelor’s Degree with Medical Technology/Microbiology shall be considered eligible for admission to Microbiology course.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

2,355/- + 39,550/- (Self Finance)

Total Rs. 41,905/-

2,355/- + 39,550/- (Self Finance)

Total Rs. 41,905/-

Sem-2

&

Sem-3

&

Sem-4

4,285/- (Regular)

7,135/- (Regular)

4,285/- + 21,660/- (Higher Payment)Total Rs. 25,945/-

7,135/- + 21,660/- (Higher Payment) Total Rs. 28,795/-

1,785/- + 39,550/- (Self Finance)

Total Rs. 41,335/-

1,785/- + 39,550/- (Self Finance)

Total Rs. 41,335/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

Ph. D. Biosciences

test

Syllabus Download


Objective of Program

The core objective of the programme is to provide the students research supervision with a suitable research methodology in view of the research topics selected, maintaining academic rigour.

Program Outcome

PO1: Think Critically: Get ability to apply the process of science by formulating hypotheses and design experiments based on the scientific method.
PO2: Problem analysis:Analyze and interpret results generated through studies in Master of Science, taxonomical treatments, field studies, excursion tours and laboratory techniques used in the subject. Identify credible scientific sources to interpret and evaluate the evidences.
PO3: Reasoning ability: Use quantitative reasoning by using mathematical calculations and graphing skills to solve problems in the field of science.
PO4: Communication Skill: Effective Communication and collaborate with other disciplines by effectively communicating the fundamental concepts of Biological Science in written and oral format.
PO5: Ethical awareness: Understand the relationship between science and society by recognizing and discussing logical, scientific and ethical issues in Biological science subject
PO6: Digitally literate:Capable of using computers for Bioinformatics and computation and appropriate software for analysis of genomics and proteomics data, and employing modern bioinformatics search tools to locate, retrieve, and evaluate location and biological annotation genes of different species.
PO7: Self-directed and Life-long Learning: Acquire the ability to engage in independent and life-long learning in the broadest context socio- technological changes
PO8: Global thinking: Knowledgeable disciple students with good values, ethics, and kind heart will help in nation building globally.

Program Duration

3 years minimally in accordance with the UGC norms

Ph.D. Coursework ▾
Course Code Course Title Outcome Credit
Course: CW101 Advances in Research Methodology

CO1: Able to understand the research problem and design and research work
CO2: Able to write, prepare poster and present oral presentation
CO3: Able to prepare CV and face the interview

 4
Course: CW102 Advances in Research Techniques

CO1: Able to understand the principle and operating mechanism of various sophisticated instruments.
CO2: will be aware and will be able to perform advanced techniques in the field of molecular biology and biotechnology.
CO3: Able to do Computational Data processing and research problem solving through Biostatistics

 4
Course: CW103ZO or Advances in Zoology

CO1: Able to understand Applications of animal tissue culture.
CO2: Able to understand Applications of animal tissue cultureApplications of animal tissue culture
CO3: Knowledge will be impart through active learning methodology like field visit, academic tour and brain storming sessions

 4
Course: CW103BO or Advances in Botany

CO1: Able to understand techniques and application of plant tissue culture.
CO2: Able to understand molecular and biochemical aspects of plants and plant toxicity.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4
Course: CW103MB or Advances in Microbiology

CO1: Able to understand techniques and application of applied microbiology, metabolomics and system biology.
CO2: Able to understand genetical, physiological and taxonomical aspects of microbes.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4
Course: CW103BT Advances in Biotechnology

CO1: Able to understand techniques and application of biotechnology in the field of zoology, botany and microbiology.
CO2: Able to understand various advanced biotechnological methods for the betterment of living biota.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4

Eligibility Criteria

Ph.D. Enterance Test / [ NET / SLET / M.Phil.]

Admission Details

Merit Based

Reservation Policy

As per Government Rules

Fee Structure *

*Subject to Revision Periodically

P.G. Diploma in Toxicology

The PG Diploma in Toxicology (PGDT) is designed to provide specialized knowledge and practical training in toxicology, environmental safety, ecotoxicology, food safety, industrial toxicology, analytical methods, and regulatory systems. The course addresses the growing industrial and environmental needs of South Gujarat and prepares students for careers in pharmaceutical industries, environmental monitoring laboratories, CROs, and research organizations.

Syllabus Download


Program Outcome

  • PO1: Acquire fundamental and applied knowledge of toxicology, environmental toxicology, ecotoxicology, food toxicology, and genetic toxicology.
  • PO2: Understand mechanisms of toxicity, dose-response relationships, exposure pathways, and toxic effects on biological systems.
  • PO3: Develop practical skills in analytical methods, instrumentation, toxicological testing, and laboratory safety practices.
  • PO4: Gain knowledge of environmental pollution, occupational toxicology, radioactive pollution, and industrial toxic hazards.
  • PO5: Learn modern in-vitro toxicological assays, genetic toxicology methods, and risk assessment approaches.
  • PO6: Understand food safety standards, nutritional toxicology, food contaminants, and toxic residues in food products.
  • PO7: Develop competency in biostatistics, statistical analysis, interpretation of toxicological data, and risk management.
  • PO8: Understand national and international regulations, quality systems, GLP, NABL, OECD guidelines, and environmental standards.
  • PO9: Enhance employability and industrial skills through field work, industrial training, and practical exposure.
  • PO10: Develop scientific communication, analytical thinking, ethical responsibility, and lifelong learning abilities in toxicology.

Intake

Self-financed (SFI) : 50

Program Duration

1 Year

Semester - 1 ▾
Course Code Course Title Outcome Credit
PGDT-101 Principles of Toxicology

Students will understand principles of toxicology, dose-response relationships, toxicity testing, exposure routes, mechanisms of toxicity, and safety evaluation methods.

 3
PGDT-102 Principles of Ecotoxicology

Students will gain knowledge of ecotoxicology, environmental test species, toxicity testing methods, and mechanisms of toxicity in terrestrial and aquatic organisms.

 3
PGDT-103 Environmental Toxicology

Students will understand environmental pollution, occupational toxicology, air, water, land, atmospheric and radioactive pollution along with their biological effects.

 3
PGDT-104 Analytical Methods & Instrumentation

Students will develop understanding of analytical methods, laboratory instrumentation, sample handling, method validation, and environmental analysis techniques.

 3
PGDT-105 Practicals

Students will gain laboratory training in toxicological analysis, analytical instrumentation, toxicity testing, environmental monitoring, and sample processing techniques.

 6
PGDT-106 Field work

Students will develop practical exposure to industries, environmental monitoring systems, pollution control practices, and field-based toxicological observations.

 2
Semester - 2 ▾
Course Code Course Title Outcome Credit
PGDT-201 CORE - Genetic Toxicology & In-vitro Methods

Covers genetic toxicology, bacterial and mammalian test systems, chromosomal aberration assays, comet assay, micro arrays, and in-vitro toxicological methods.

 3
PGDT-202 CORE - Food Safety and Nutritional Toxicology

Focuses on food toxicants, food additives, microbial food toxins, nutritional toxicology, food safety standards, and toxic residues in food.

 3
PGDT-203 CORE - Biostatistics and Risk Assessment

Introduces statistical methods, correlation, regression, ANOVA, toxicological data analysis, and risk assessment approaches for chemicals and pharmaceuticals.

 2
PGDT-204 CORE - Regulations and Quality systems

Provides understanding of regulatory guidelines, GLP, NABL, ISO, OECD standards, CDSCO, FSSAI, CPCB, and international quality systems.

 2
PGDT-205 PRACTICAL - Practicals

Practical training in toxicological assays, analytical techniques, instrumentation handling, risk analysis, and laboratory testing procedures.

 6
PGDT-206 TRAINING - Industrial Training

Students will receive industrial exposure and hands-on training in toxicology laboratories, pharmaceutical industries, CROs, and environmental monitoring units.

 4

Eligibility Criteria

A candidate must have passed Bachelor’s Degree examination in Science from a recognized university. Post-graduate students and research scholars in Biosciences and allied subjects may also pursue the course as an add-on program.

Admission Details

Merit based.

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

13,755/- (Self Finance)

13,755/- (Self Finance)

Sem-2

 

13,755/- (Self Finance)

13,755/- (Self Finance)

Exam Fees Per Semester Rs. 1,020/-

*Subject to Revision Periodically

P.G. Diploma in Herbal Technology and Integrated Wellness (PGDHTIW)

Post Graduate Diploma programme focused on herbal technology, yoga sciences, nutraceuticals, functional foods, integrated wellness, and entrepreneurship.


Program Outcome

PO1: Knowledge of Herbal & Wellness Sciences.

PO2: Understanding of Traditional & Modern Health Systems.

PO3: Application of Herbal & Yogic Practices.

PO4: Analytical & Critical Thinking.

PO5: Evaluation & Evidence-Based Decision Making.

PO6: Innovation & Creation.

PO7: Professional, Ethical & Sustainable Practices.

PO8: Practical, Research & Entrepreneurial Skills.

Intake

Self-financed (SFI) : 25

Program Duration

1 Year (2 Semesters)

Semester - I ▾
Course Code Course Title Outcome Credit
PGDHTIW-1001 CORE - Fundamentals of Herbal Technology

Introduction to herbal technology, medicinal plants, phytochemistry, herbal formulations, ethics, and sustainable practices.

 4
PGDHTIW-1002 CORE - Ancient Indian Herbal Drug Technologies

Ayurvedic principles, medicinal plants, herbal formulations, quality control, and modern applications.

 4
PGDHTIW-1003 CORE - Advanced Yoga, Health & Applied Yogic Sciences

Yoga philosophy, anatomy, physiology, yogic practices, stress management, and teaching methodology.

 4
PGDHTIW-1004 BKS - Yoga and Integrated Wellness

Foundations of yoga, wellness practices, pranayama, asanas, and integrated health.

 2
PGDHTIW-1005 SEC - Business Aptitude for Herbal Technology & Integrated Wellness

Entrepreneurship, herbal wellness centres, infrastructure, staffing, and business opportunities.

 2
PRACTICALS PRACTICAL - Practicals based on Paper PGDHT-1001,1002,1003 6
Semester - II ▾
Course Code Course Title Outcome Credit
PGDHTIW-2001 CORE - Functional Food and Nutrigenomics

Functional foods, nutrigenomics, bioactive compounds, meal planning, regulations, and future trends.

 4
PGDHTIW-2002 CORE - Nutraceuticals

Nutraceutical concepts, phytochemicals, extraction techniques, safety, regulations, and market trends.

 4
PGDHTIW-2003 SEC - Business Aptitude for Establishment of Health & Nutrition Centers 2
PGDHTIW-2004 PRACTICAL - Dissertation / Training / Internship 12

Eligibility Criteria

Any graduate from a recognized university is eligible for admission to the programme.

Admission Details

Merit based.

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

17,500/- (Self Finance)

17,500/- (Self Finance)

Sem-2

17,500/- (Self Finance)

17,500/- (Self Finance)

Exam Fees Per Semester Rs. 1,130/-

*Subject to Revision Periodically

Bachelor of Medical Laboratory Science

Bachelor of Medical Laboratory Science (BMLS) is a 4 years (8 semesters including internship) professional undergraduate programme offered by the Department of Biosciences, Veer Narmad South Gujarat University, Surat.

The programme is designed according to competency-based curriculum guidelines recommended by the National Commission for Allied and Healthcare Professions (NCAHP), Ministry of Health and Family Welfare, Government of India. The course provides comprehensive theoretical knowledge, advanced laboratory skills, diagnostic expertise, and clinical training required for modern healthcare laboratories and diagnostic industries.

The BMLS programme focuses on major disciplines including Clinical Biochemistry, Hematology, Clinical Pathology, Histopathology, Cytology, Medical Microbiology, Immunology, Molecular Diagnostics, Blood Banking, Laboratory Instrumentation, Quality Assurance, Biosafety, and Research Methodology. Students are trained through classroom teaching, laboratory practicals, hospital postings, case-based learning, research activities, and one-year compulsory clinical internship.


Program Outcome

PO1: Clinical Laboratory Competence:

Develop ability to perform routine and advanced diagnostic laboratory investigations using standard laboratory protocols, instrumentation, and analytical techniques.

PO2: Diagnostic and Analytical Skills:

Analyse and interpret laboratory findings accurately for disease diagnosis, monitoring, and therapeutic evaluation in clinical healthcare settings.

PO3: Technical and Practical Proficiency:

Acquire hands-on skills in hematology, microbiology, clinical biochemistry, molecular diagnostics, histopathology, immunology, and blood banking techniques.

PO4: Research and Scientific Temperament:

Develop scientific reasoning, research aptitude, and problem-solving abilities through laboratory projects, case studies, and evidence-based learning approaches.

PO5: Communication and Teamwork:

Demonstrate effective communication skills and collaborate efficiently with clinicians, healthcare professionals, researchers, and laboratory personnel in multidisciplinary healthcare environments.

PO6: Professional Ethics and Biosafety:

Apply ethical laboratory practices, biosafety measures, biomedical waste management principles, and quality assurance standards while handling clinical specimens and laboratory procedures.

PO7: Quality Assurance and Laboratory Management:

Understand laboratory quality control systems, accreditation procedures, documentation practices, and management of modern diagnostic laboratories.

PO8: Digital and Technological Competency:

Develop competency in laboratory automation, healthcare informatics, molecular technologies, bioinformatics tools, and modern diagnostic instrumentation.

PO9: Lifelong Learning and Professional Development:

Engage in continuous learning, skill enhancement, and adaptation to emerging diagnostic technologies and healthcare advancements.

PO10: Healthcare and Social Responsibility:

Contribute effectively toward public health services, preventive healthcare, disease surveillance, and community healthcare through accurate and reliable laboratory diagnostics.

Intake

Self-Finance (SFI):75

Program Duration  

4 Years

(3 Years Academic + 1 Year Clinical Internship)

Semester – I ▾
Course Code Course Title Outcome Credit
- Human Anatomy

Students will understand the structure and organization of human body systems and anatomical relationships relevant to laboratory diagnosis and healthcare practice

 4
- Human Physiology

Develop understanding of physiological mechanisms and normal body functions associated with organ systems and clinical laboratory investigations

 4
- Fundamentals of Healthcare System and Medical Laboratory Science

Understand healthcare delivery systems, organization of clinical laboratories, laboratory safety, biomedical waste management, and role of medical laboratory professionals in healthcare.

 2
- Communication and Professionalism

Develop communication skills, professional ethics, teamwork, patient interaction, and professional behavior required in healthcare services.

 2
- Basic Emergency Care and First Aid

Learn basic life support, emergency response, first aid procedures, and patient safety measures in healthcare settings.

 2
- Basics of Computer Application

Acquire computer literacy, healthcare documentation skills, data management, and basic software applications used in laboratories.

 2
- Human Anatomy Practical

Develop practical knowledge of anatomical structures, models, specimens, and microscopic anatomy.

 2
- Human Physiology Practical

Gain practical skills related to physiological experiments, clinical measurements, and functional assessment techniques.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
- Fundamentals of Microbiology

Understand microbial classification, morphology, culture techniques, sterilization, infection control, and laboratory handling procedures.

 4
- Basics of Biochemistry

Learn biochemical principles, biomolecules, enzymes, metabolism, and clinical biochemical analysis

 4
- Fundamentals of Haematology

Develop knowledge of blood cells, hematopoiesis, coagulation mechanisms, and hematological disorders

 4
- Preventive and Social Medicine

Understand community health, epidemiology, public health measures, disease prevention, and healthcare awareness.

 2
- Fundamentals of Microbiology Practical

Gain practical skills in staining, microscopy, culture preparation, sterilization, and microbial identification

 2
- Basics of Biochemistry Practical

Perform biochemical assays, solution preparation, analytical techniques, and interpretation of biochemical parameters.

 2
- Fundamentals of Haematology Practical

Learn blood grouping, hemoglobin estimation, cell counting, peripheral smear examination, and coagulation testing.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
- Clinical Biochemistry

Understand biochemical analysis of blood and body fluids, liver function, renal function, lipid profile, and metabolic disorders.

 4
- Clinical Microbiology

Develop diagnostic microbiology skills including bacteriology, virology, mycology, and antimicrobial sensitivity testing.

 4
- Histopathology and Cytology

Learn tissue processing, staining, microscopic examination, cytological screening, and histopathological diagnosis

 4
- Immunology and Serology

Understand antigen-antibody reactions, immune response mechanisms, serological testing, and immunodiagnostic procedures.

 4
- Clinical Biochemistry Practical

Perform biochemical investigations using spectrophotometers, analyzers, and quality control procedures.

 2
- Clinical Microbiology Practical

Develop competency in culture techniques, identification tests, staining procedures, and pathogen analysis.

 2
- Histopathology and Cytology Practical

Learn tissue fixation, embedding, sectioning, staining, and microscopic interpretation of slides.

 2
Semester - IV ▾
Course Code Course Title Outcome Credit
- Advanced Haematology

Analyze hematological disorders, blood malignancies, coagulation abnormalities, and advanced diagnostic procedures.

 4
- Clinical Pathology

Understand examination of urine, stool, body fluids, semen analysis, and pathological diagnostic procedures.

 4
- Blood Banking and Transfusion Science

Learn blood collection, compatibility testing, component preparation, transfusion reactions, and blood bank management.

 4
- Molecular Diagnostics

Develop knowledge of PCR, electrophoresis, molecular markers, genetic testing, and molecular diagnostic techniques.

 4
- Instrumentation Practical

Operate automated analyzers, diagnostic instruments, and quality monitoring systems.

 2
- Advanced Haematology Practical

Perform advanced hematological testing, bone marrow studies, coagulation analysis, and blood smear interpretation

 2
- Clinical Pathology Practical

Conduct routine pathological examinations and interpret laboratory findings in clinical settings.

 2
- Blood Banking Practical

Gain practical skills in blood grouping, cross-matching, donor screening, and transfusion procedures.

 2
Semester – V ▾
Course Code Course Title Outcome Credit
- Laboratory Instrumentation and Automation

Understand laboratory instruments, automation systems, calibration, maintenance, and troubleshooting procedures

 4
- Quality Assurance and Laboratory Management

Learn quality control systems, NABL standards, laboratory accreditation, documentation, and management principles.

 4
- Medical Parasitology and Mycology

Develop knowledge of parasites, fungi, diagnostic procedures, pathogenicity, and laboratory identification methods.

 4
- Research Methodology and Biostatistics

Understand research design, scientific methodology, statistical analysis, data interpretation, and biomedical research ethics.

 4
- Quality Assurance Practical

Apply laboratory quality control, calibration, documentation, and validation procedures.

 2
- Research Methodology Practical

Perform statistical analysis, data handling, scientific reporting, and research presentation techniques.

 2
Semester – VI ▾
Course Code Course Title Outcome Credit
- Advanced Molecular Techniques

Learn advanced molecular biology applications, nucleic acid analysis, genomics, and molecular diagnostics.

 4
- Clinical Laboratory Management

Understand laboratory administration, inventory management, manpower handling, healthcare regulations, and professional ethics.

 4
- Diagnostic Cytogenetics and Genetics

Develop knowledge of chromosomal analysis, genetic disorders, molecular genetics, and cytogenetic techniques.

 4
- Dissertation / Research Project

Conduct independent research, analyze scientific data, prepare dissertation, and present research findings.

 4
- Molecular Techniques Practical

Perform PCR, electrophoresis, DNA/RNA isolation, and molecular diagnostic procedures.

 2
- Clinical Posting / Hospital Training

Gain real-time clinical laboratory exposure and multidisciplinary healthcare experience.

 2
Semester – VII ▾
Course Code Course Title Outcome Credit
- Clinical Internship / Laboratory Rotation – I

Students will independently perform laboratory investigations, maintain quality assurance, interpret diagnostic findings, and function effectively in hospital laboratories under supervision

 10
- Internship Logbook and Skill Assessment

Maintain records of performed laboratory procedures, departmental postings, and competency-based skill assessment during clinical training.

 10
Semester – VIII ▾
Course Code Course Title Outcome Credit
- Clinical Internship / Laboratory Rotation – II

Develop professional competency in advanced diagnostic laboratories including microbiology, biochemistry, hematology, molecular diagnostics, pathology, and blood banking.

 10
- Final Skill Assessment and Case Presentation

Demonstrate clinical laboratory competence, analytical skills, quality practices, professional ethics, and case-based diagnostic interpretation.

 10

Eligibility  

A candidate shall be admitted to the Bachelor of Medical Laboratory Science (BMLS) program after fulfilling the following eligibility requirements:

  • Candidate must have completed 10+2 (Science Stream) from a recognized board.
  • The candidate should have studied:
    • Physics
    • Chemistry
    • Biology and/or Mathematics
  • Minimum qualifying marks should be as prescribed by the respective university or regulatory authority.
  • Universities may consider:
    • NEET appeared candidates, or
    • University / State level entrance examination candidates for admission.

Additional Eligibility Requirements

  • Candidate should be medically fit.
  • Admission shall be subject to university norms and reservation policies.
  • The course follows full-time mode only; part-time or distance mode is not permitted for allied and healthcare science programs.

Admission:

Admission Process

Admission to the BMLS program shall be based on:

  • Merit obtained in qualifying examination (10+2 Science), and/or
  • Performance in:
    • NEET examination, or
    • University / State entrance examination, as applicable.

Reservation Policy

Reservation of seats shall be applicable as per:

  • Government of India norms
  • State Government rules
  • University regulations

Course Duration

  • Duration: 4 Years
  • Structure:
    • 8 Semesters
    • Includes mandatory clinical laboratory training and internship postings.

Medium of Instruction

  • English

Attendance Requirement

Students are required to maintain minimum attendance as prescribed by the university and NCAHP competency-based curriculum guidelines.

Fee Structure *

Sr. No

Gender

Self-Finance Seat

1

Female

31350/- SF Fee

2500/- Lab Fee

2355/- Uni. Fee

2

Male

 

36,205/- Total

Additional Fees-

  • Examination fees shall be charged separately per semester as per university rules.
  • Laboratory consumable charges, clinical training charges, dissertation charges, and registration fees may apply additionally.

Important Note

  • Fee structure is subject to revision periodically by the university/regulatory authority.
  • Internship stipend, if applicable, shall be governed by institutional policy and NCAHP recommendations.

*Subject to Revision Periodically

M. Sc. - Botany

The M.Sc. Botany programme provides advanced knowledge in plant sciences including plant diversity, physiology, ecology, taxonomy, microbiology, biotechnology, pharmacognosy, phytochemistry, plant pathology, tissue culture, and sustainable agriculture. The programme emphasizes theoretical understanding, laboratory skills, field studies, research aptitude, and applications of plant sciences in agriculture, industry, healthcare, environmental management, and biotechnology.

Syllabus Download


 Program Outcome

  • PO1: Acquire advanced knowledge of plant sciences including taxonomy, physiology, ecology, anatomy, embryology, microbiology, biotechnology, pharmacognosy, and plant pathology.
  • PO2: Develop the ability to identify, classify, analyze, and conserve plant diversity using modern scientific approaches and laboratory techniques.
  • PO3: Understand plant–environment interactions, ecosystem functioning, biodiversity conservation, and sustainable environmental management practices.
  • PO4: Gain practical laboratory and field skills in microscopy, plant tissue culture, phytochemical analysis, ecological assessment, and plant disease diagnosis.
  • PO5: Apply knowledge of medicinal plants, phytochemistry, pharmacognosy, and biotechnology in healthcare, agriculture, and industrial applications.
  • PO6: Develop competency in research methodology, biostatistics, instrumentation, scientific documentation, and interpretation of biological data.
  • PO7: Understand the principles and applications of organic farming, biofertilizers, sustainable agriculture, and environmental conservation.
  • PO8: Enhance analytical reasoning, communication skills, scientific writing, and presentation skills for academic and professional excellence.
  • PO9: Build employability and entrepreneurial skills in plant biotechnology, agriculture, herbal industries, environmental consultancy, and research organizations.
  • PO10: Foster scientific ethics, teamwork, leadership qualities, innovation, and lifelong learning for contribution to society and scientific advancement.

Intake

Grant in Aid (GIA) : 13

Higher Payment (HP) : 07

Self-financed (SFI) : 38

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
BOT 1001 Fundamental Microbiology

Students will understand the diversity of viruses and bacteria, microbial structure, growth, reproduction, plant diseases, and economic importance of microorganisms.

 4
BOT 1002 Mycology and Plant Pathology

Students will gain knowledge of fungi, plant pathogens, disease development, disease control methods, and economically important fungal diseases.

 4
BOT 1003 Phycology and Lichen

Students will learn algal diversity, reproduction, life cycles, lichen biology, and ecological importance of algae and lichens.

 4
BOT 1004 Organic Farming and Sustainable Agriculture

Students will understand concepts of organic farming, nutrient management, organic certification, and sustainable agricultural practices.

 4
BOT 1005 Manures and Fertilizers

Students will acquire knowledge about integrated nutrient management, green manure, composting, and biofertilizers.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
BOT 2001 Bryophytes, Pteridophytes, Gymnosperms and Paleobotany

Students will understand lower plant groups, fossil plants, evolution of land plants, and economic importance of cryptogams and gymnosperms.

 4
BOT 2002 Plant Anatomy and Embryology

Students will gain detailed knowledge of plant tissues, secondary growth, pollen biology, embryology, and seed biology.

 4
BOT 2003 Biostatistics, Instrumentation and Techniques

Students will learn biostatistical tools, hypothesis testing, chromatography, spectroscopy, and electrophoretic techniques.

 4
BOT 2004 Pharmacognosy and Phytochemistry

Students will understand medicinal plants, phytochemicals, extraction methods, herbal drug evaluation, and pharmacognostic applications.

 4
BOT 2005 Apiculture

Students will learn bee keeping, honey processing, colony management, and commercial applications of apiculture.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
BOT 3001 Plant Physiology

Students will understand plant water relations, photosynthesis, respiration, flowering physiology, and dormancy mechanisms.

 4
BOT 3002 Plant Ecology and Conservation

Students will gain knowledge of ecosystems, biodiversity, ecological succession, conservation strategies, and environmental management.

 4
BOT 3003 Phytomorphology / Plant Tissue Culture

Students will learn plant morphology, taxonomy, tissue culture techniques, micropropagation, and plant biotechnology applications.

 4
Semester - IV ▾
Course Code Course Title Outcome Credit
BOT 4001 A Seminar Presentation

Students will develop scientific communication, presentation, and analytical skills.

 4
BOT 4001 B Review Presentation

Students will learn literature survey, scientific review writing, and recent advances in plant sciences.

 4
BOT 4002 A Dissertation

Students will conduct independent research work, data analysis, and scientific report writing.

 20
BOT 4002 B Industrial Training / Internship

Students will gain industrial and field exposure related to plant sciences and biotechnology.

 20

Eligibility Criteria

A candidate must have passed the Bachelor’s Degree examination in Science with Botany or Biosciences as one of the subjects from a recognized university.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

Sem-2

&

Sem-3

&

Sem-4

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,755/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

M. Sc. - Zoology

test

Syllabus Download


Program Outcome

  • PO1: Acquire advanced knowledge of animal biology, physiology, ecology, genetics, developmental biology, biotechnology, immunology, and environmental biology.
  • PO2: Develop practical laboratory and analytical skills in zoological techniques, histology, cytogenetics, molecular biology, tissue culture, and physiological studies.
  • PO3: Understand the diversity, evolution, classification, and comparative anatomy of vertebrates and invertebrates.
  • PO4: Apply zoological principles in environmental conservation, wildlife management, aquaculture, apiculture, parasitology, and animal health sciences.
  • PO5: Develop research aptitude through project work, dissertation, scientific review writing, data analysis, and biostatistical interpretation.
  • PO6: Gain knowledge of biotechnology tools including PCR, tissue culture, recombinant DNA technology, electrophoresis, and molecular cytogenetic techniques.
  • PO7: Understand ecological interactions, environmental pollution, sustainable development, and biodiversity conservation.
  • PO8: Enhance scientific communication, presentation, analytical reasoning, and problem-solving skills required for research and professional careers.
  • PO9: Develop professional ethics, scientific attitude, teamwork, and leadership qualities for multidisciplinary biological sciences.
  • PO10: Prepare for higher studies, competitive examinations, research careers, entrepreneurship, and employment in academia, industry, healthcare, and environmental sectors.

Intake

Grant in Aid (GIA): 13

Higher Payment: 07

Self-financed (SFI): 30

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
ZOO 1001 Biology of Non-Chordates

Study of classification, structure, physiology, evolution, and larval forms of non-chordate animals along with practical exposure to diverse invertebrates.

 4
ZOO 1002 Biochemistry and Immunology

Understanding biomolecules, metabolism, immune systems, antigens, antibodies, and immunological techniques with biochemical practical applications.

 4
ZOO 1003 Cell and Molecular Biology

Knowledge of cell structure, membranes, chromosomes, recombinant DNA technology, cytogenetics, and molecular biology techniques.

 4
ZOO 1004 Histology and Developmental Biology

Study of tissue organization, organ systems, embryology, fertilization, gastrulation, and organogenesis in animals.

 4
Semester - II ▾
Course Code Course Title Outcome Credit
ZOO 2001 Biology of Chordates

Study of taxonomy, evolution, comparative anatomy, and diversity of vertebrates and protochordates

 4
ZOO 2002 Animal Physiology

Understanding physiological systems, endocrinology, exercise physiology, and mechanisms of hormone action.

 4
ZOO 2003 Animal Biotechnology and Biostatistics

Training in animal tissue culture, PCR, DNA isolation, biostatistics, and data analysis techniques.

 4
ZOO 2004 Animal Ecology and Environmental Biology

Study of ecosystems, ecology, pollution, environmental hazards, sustainable development, and bioremediation

 4
Semester - III ▾
Course Code Course Title Outcome Credit
Z-3001 Cell Biology and Genetics

Understanding cell organelles, cell cycle, genetics, linkage, mutations, karyotyping, and inheritance patterns.

 4
Z-3002 Chronobiology and Animal Behaviour

Study of biological clocks, animal behavior, communication, social organization, territoriality, and behavioral ecology

 4
Z-3003 Animal Taxonomy, Wildlife and Conservation

Students conduct independent research work with emphasis on scientific methodology, experimentation, and thesis 

 20
Z-3004 Review Article

Development of scientific literature review and critical analysis skills through review of recent research papers.

 4
Semester - IV ▾
Course Code Course Title Outcome Credit
Z-4001 Human Anatomy and Parasitology

Study of human organ systems, infectious diseases, parasites, vectors, and parasitological techniques.

 4
Z-4002 Applied and Economic Zoology

Knowledge of poultry farming, aquaculture, dairy farming, apiculture, and economically important zoological practices

 4
Z-4003 Project / Dissertation Continuation

Continuation and completion of research dissertation with scientific presentation and viva examination.

 20
Z-4004 Seminar Presentation

Students develop scientific presentation and communication skills through seminars and academic activities.

 4

Eligibility Criteria

A candidate must have passed Bachelor’s Degree examination in Science with Zoology as one of the subjects from a recognized university.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Career Scope

  • Research and Development Laboratories
  • Wildlife and Environmental Conservation
  • Biotechnology and Pharmaceutical Industries
  • Aquaculture and Fisheries
  • Healthcare and Diagnostic Laboratories
  • Academia and Teaching
  • Forest and Wildlife Departments
  • Ecology and Environmental Consultancy
  • Animal Biotechnology and Genetics
  • Higher Studies and Research (Ph.D., Fellowships)

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/-(Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-/-

Sem-2

&

Sem-3

&

Sem-4

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/-(Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

M. Sc.- Microbiology_

test


Program Outcome

PO1: Acquire advanced knowledge of microbiology, including microbial diversity, molecular biology, genetic engineering, environmental microbiology, industrial microbiology, immunology, fermentation technology, and bioprocess engineering.

PO2: Develop the ability to identify, classify, and analyze microorganisms using modern microbiological, molecular, biochemical, and bioanalytical techniques and instrumentation.

PO3: Apply microbiological principles and technologies to solve environmental, industrial, agricultural, and healthcare-related problems through sustainable and innovative approaches.

PO4: Gain practical laboratory skills in microbial cultivation, molecular diagnostics, fermentation processes, bioprocess monitoring, biosafety practices, and analytical techniques essential for research and industry.

PO5: Demonstrate competency in research methodology, experimental design, statistical analysis, scientific documentation, dissertation work, and interpretation of scientific data.

PO6: Understand the applications of recombinant DNA technology, microbial biotechnology, biofuels, and microbial products in pharmaceutical, agricultural, environmental, and industrial sectors.

PO7: Develop professional ethics, biosafety awareness, biosecurity practices, intellectual property knowledge, and regulatory understanding required in microbiology and biotechnology fields.

PO8: Enhance communication, presentation, analytical reasoning, and scientific writing skills for academic, research, and professional excellence.

PO9: Build entrepreneurial and employability skills in microbial technology, fermentation industries, pharmaceutical industries, diagnostics, and allied life science sectors.

PO10: Foster lifelong learning, innovation, teamwork, leadership, and multidisciplinary collaboration to contribute effectively to scientific advancement and societal development.

Intake

Grant in Aid (GIA) : 13
Higher Payment (HP) : 07
Self-finance (SFI) : 38

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
MB 1001 Microbial Diversity

Students will develop comprehensive knowledge of microbial diversity, classification, taxonomy, virology, mycology, algae, and cyanobacteria. The course enables understanding of microbial evolution, structure, and ecological significance of microorganisms.

 4
MB 1002 Molecular Biology and Genetic Engineering

Students will understand the molecular basis of life including DNA replication, transcription, translation, and recombinant DNA technology. They will gain practical and theoretical insight into genetic engineering tools and applications in biotechnology

 4
MB 1003 Environmental Microbiology and Biofuels

Students will learn microbial ecology, wastewater treatment, biodegradation, bioremediation, and microbial approaches for environmental sustainability. The course also introduces modern concepts of biofuel and bioenergy production.

 4
MB 1004 Elective paper 1 Biophysical Techniques and Instrumentation

Students will gain knowledge of advanced analytical and molecular techniques such as chromatography, electrophoresis, spectroscopy, and molecular diagnostics used in microbiological and biochemical research.

 4
MB 1004 Elective paper 2 Cell Chemistry and Molecular Interactions

Students will understand biomolecular interactions, bioenergetics, thermodynamics, cell signaling, and biochemical processes responsible for cellular structure and function.

 4
MBP 1005 Practicals

Students will acquire laboratory skills in molecular biology, microbial cultivation, PCR, electrophoresis, water analysis, microbial growth studies, and sterilization techniques essential for research and industry applications.Students will acquire laboratory skills in molecular biology, microbial cultivation, PCR, electrophoresis, water analysis, microbial growth studies, and sterilization techniques essential for research and industry applications.

 6
MB 1006 Skill based Elective paper Biosecurity and Biosafety in Public Health Laboratories

Students will learn biosafety principles, laboratory biosecurity, biomedical waste management, sterilization, disinfection, and safe laboratory practices necessary for clinical and research laboratories.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
MB 2001 Enzymology and Microbial Physiology

Study of enzyme kinetics, enzyme inhibition, protein engineering, industrial applications of enzymes, physiological adaptations of microorganisms, and microbial metabolism including nitrogen fixation and photosynthetic bacteria.

 4
MB 2002 Bioinformatics & Bio-nanotechnology

Covers omics technologies, genome analysis, biological databases, sequence alignment, phylogenetic analysis, protein structure prediction, and applications of bio-nanotechnology in medicine and microbial systems.

 4
MB 2003 Advances and Challenges in Immunology Advances and Challenges in Immunology

Focuses on receptor biology, lymphocyte activation, cancer immunology, immunotherapy, antimicrobial resistance, viral outbreaks, stem cell therapy, and recent advances in immunological research.

 4
MB 2004 Elective paper 1 Advances in Pharmaceutical Microbiology

Includes pharmaceutical microbiology, microbiological quality control, sterility testing, microbial contamination monitoring, sterile products, and microbiological auditing in pharmaceutical industries.

 4
MB 2004 Elective paper 2 Ecology and Evolution

Introduces ecological principles, ecosystem analysis, biodiversity, environmental pollution, origin of life, evolutionary theories, population genetics, behavioral ecology, and conservation biology.

 4
MBP 2005 Practicals

Practical training in enzyme assays, mutation studies, microbial dye decolorization, ELISA, molecular biology techniques, phylogenetic analysis, protein modelling, and 

 6
GE-1 Skill based Elective paper 1 Biofertilizer and Organic Farming

Covers biofertilizer production, microbial inoculants, composting methods, organic farming practices, and economic importance of biofertilizers with hands-on practical exposure.

 2
GE-2 Skill based Elective paper 2 Yogurt and Cheese Production

Provides knowledge of dairy product production, cheese and yogurt processing, quality assurance, packaging, marketing strategies, and small-scale dairy entrepreneurship.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
MB 3001 Fermentation Technology

Students will understand industrial fermentation processes, microbial strain improvement, fermenter design, media optimization, and downstream processing used in biotechnology and industrial microbiology.

 4
MB 3002 Industrial Microbiology

Students will gain knowledge of industrially important microorganisms and microbial products such as antibiotics, enzymes, probiotics, fermented foods, organic acids, and bioactive compounds used in healthcare and industries.

 4
MB 3003 Agricultural Microbiology

Students will understand soil microbial ecology, plant–microbe interactions, plant disease management, biofertilizers, and the role of microorganisms in sustainable agriculture and crop productivity.

 4
MB 3004 A Elective paper 1 Research Methodology and Biostatistics

Students will develop skills in research planning, hypothesis formulation, scientific writing, statistical analysis, data interpretation, and presentation of scientific information for research purposes.

 4
MB 3004 B Elective paper 2 Biostatistics, Research Methodology and Communication Skills

Students will enhance statistical knowledge, communication skills, ICT applications, scientific documentation, logical reasoning, and analytical aptitude required for research and professional development.

 4
MBP 3005 Practicals

Students will gain practical exposure in fermentation technology, microbial product analysis, enzyme production, biostatistical tools, graphical data representation, and scientific software applications.

 6
GE-1 Skill based Elective paper 1 Bioprocess Engineering

Students will understand bioreactor design, fluid flow behavior, mass transfer, mixing operations, and process monitoring techniques used in industrial-scale fermentation systems.

 2
GE-2 Skill based Elective paper 2 Biosafety, Bioethics and IPR

Students will learn biosafety regulations, ethical issues in biotechnology, intellectual property rights, patenting systems, and commercialization of scientific innovations.

 2
GE-3 Skill based Elective paper 3 Advances in Diagnostic Microbiology

Students will gain knowledge of advanced molecular and immunological diagnostic techniques used for identification and detection of infectious diseases and microbial pathogens.

 2
GE-4 Skill based Elective paper 4 Mathematics and General Aptitude Skills

Students will improve quantitative aptitude, logical reasoning, analytical thinking, and mathematical problem-solving abilities useful for competitive examinations and research aptitude.

 2
Semester - IV ▾
Course Code Course Title Outcome Credit
MB 4001 A Seminar Presentation

Students will develop scientific presentation skills, communication abilities, confidence in public speaking, and the ability to organize and present microbiological concepts effectively.

 4
MB 4001 B Review Presentation

Students will learn literature survey, critical analysis of research publications, scientific review writing, and presentation of recent developments in microbiology and allied sciences.

 4
MB 4002 A Dissertation

Students will conduct independent research work involving experimental design, data analysis, interpretation, and scientific report writing to strengthen research aptitude and innovation.

 20
MB 4002 B Industrial Training / Internship Project

Students will gain industrial exposure and practical training in microbiology, biotechnology, quality control, and industrial operations to improve professional and employability skills.

 20
MB 4002 C Start-up Prototype Development Project

Students will develop entrepreneurial thinking, innovation skills, prototype development abilities, and practical understanding of transforming scientific ideas into start-up opportunities.

 20

Eligibility Criteria

A candidate must have passed the Bachelor’s Degree examination in Science with English as compulsory subject. A candidate who has obtained his/her Bachelor’s Degree with Medical Technology/Microbiology shall be considered eligible for admission to Microbiology course.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

2,355/- + 39,550/- (Self Finance)

Total Rs. 41,905/-

2,355/- + 39,550/- (Self Finance)

Total Rs. 41,905/-

Sem-2

&

Sem-3

&

Sem-4

4,285/- (Regular)

7,135/- (Regular)

4,285/- + 21,660/- (Higher Payment)Total Rs. 25,945/-

7,135/- + 21,660/- (Higher Payment) Total Rs. 28,795/-

1,785/- + 39,550/- (Self Finance)

Total Rs. 41,335/-

1,785/- + 39,550/- (Self Finance)

Total Rs. 41,335/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

Ph. D. Biosciences

test

Syllabus Download


Objective of Program

The core objective of the programme is to provide the students research supervision with a suitable research methodology in view of the research topics selected, maintaining academic rigour.

Program Outcome

PO1: Think Critically: Get ability to apply the process of science by formulating hypotheses and design experiments based on the scientific method.
PO2: Problem analysis:Analyze and interpret results generated through studies in Master of Science, taxonomical treatments, field studies, excursion tours and laboratory techniques used in the subject. Identify credible scientific sources to interpret and evaluate the evidences.
PO3: Reasoning ability: Use quantitative reasoning by using mathematical calculations and graphing skills to solve problems in the field of science.
PO4: Communication Skill: Effective Communication and collaborate with other disciplines by effectively communicating the fundamental concepts of Biological Science in written and oral format.
PO5: Ethical awareness: Understand the relationship between science and society by recognizing and discussing logical, scientific and ethical issues in Biological science subject
PO6: Digitally literate:Capable of using computers for Bioinformatics and computation and appropriate software for analysis of genomics and proteomics data, and employing modern bioinformatics search tools to locate, retrieve, and evaluate location and biological annotation genes of different species.
PO7: Self-directed and Life-long Learning: Acquire the ability to engage in independent and life-long learning in the broadest context socio- technological changes
PO8: Global thinking: Knowledgeable disciple students with good values, ethics, and kind heart will help in nation building globally.

Program Duration

3 years minimally in accordance with the UGC norms

Ph.D. Coursework ▾
Course Code Course Title Outcome Credit
Course: CW101 Advances in Research Methodology

CO1: Able to understand the research problem and design and research work
CO2: Able to write, prepare poster and present oral presentation
CO3: Able to prepare CV and face the interview

 4
Course: CW102 Advances in Research Techniques

CO1: Able to understand the principle and operating mechanism of various sophisticated instruments.
CO2: will be aware and will be able to perform advanced techniques in the field of molecular biology and biotechnology.
CO3: Able to do Computational Data processing and research problem solving through Biostatistics

 4
Course: CW103ZO or Advances in Zoology

CO1: Able to understand Applications of animal tissue culture.
CO2: Able to understand Applications of animal tissue cultureApplications of animal tissue culture
CO3: Knowledge will be impart through active learning methodology like field visit, academic tour and brain storming sessions

 4
Course: CW103BO or Advances in Botany

CO1: Able to understand techniques and application of plant tissue culture.
CO2: Able to understand molecular and biochemical aspects of plants and plant toxicity.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4
Course: CW103MB or Advances in Microbiology

CO1: Able to understand techniques and application of applied microbiology, metabolomics and system biology.
CO2: Able to understand genetical, physiological and taxonomical aspects of microbes.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4
Course: CW103BT Advances in Biotechnology

CO1: Able to understand techniques and application of biotechnology in the field of zoology, botany and microbiology.
CO2: Able to understand various advanced biotechnological methods for the betterment of living biota.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4

Eligibility Criteria

Ph.D. Enterance Test / [ NET / SLET / M.Phil.]

Admission Details

Merit Based

Reservation Policy

As per Government Rules

Fee Structure *

*Subject to Revision Periodically

P.G. Diploma in Toxicology

The PG Diploma in Toxicology (PGDT) is designed to provide specialized knowledge and practical training in toxicology, environmental safety, ecotoxicology, food safety, industrial toxicology, analytical methods, and regulatory systems. The course addresses the growing industrial and environmental needs of South Gujarat and prepares students for careers in pharmaceutical industries, environmental monitoring laboratories, CROs, and research organizations.

Syllabus Download


Program Outcome

  • PO1: Acquire fundamental and applied knowledge of toxicology, environmental toxicology, ecotoxicology, food toxicology, and genetic toxicology.
  • PO2: Understand mechanisms of toxicity, dose-response relationships, exposure pathways, and toxic effects on biological systems.
  • PO3: Develop practical skills in analytical methods, instrumentation, toxicological testing, and laboratory safety practices.
  • PO4: Gain knowledge of environmental pollution, occupational toxicology, radioactive pollution, and industrial toxic hazards.
  • PO5: Learn modern in-vitro toxicological assays, genetic toxicology methods, and risk assessment approaches.
  • PO6: Understand food safety standards, nutritional toxicology, food contaminants, and toxic residues in food products.
  • PO7: Develop competency in biostatistics, statistical analysis, interpretation of toxicological data, and risk management.
  • PO8: Understand national and international regulations, quality systems, GLP, NABL, OECD guidelines, and environmental standards.
  • PO9: Enhance employability and industrial skills through field work, industrial training, and practical exposure.
  • PO10: Develop scientific communication, analytical thinking, ethical responsibility, and lifelong learning abilities in toxicology.

Intake

Self-financed (SFI) : 50

Program Duration

1 Year

Semester - 1 ▾
Course Code Course Title Outcome Credit
PGDT-101 Principles of Toxicology

Students will understand principles of toxicology, dose-response relationships, toxicity testing, exposure routes, mechanisms of toxicity, and safety evaluation methods.

 3
PGDT-102 Principles of Ecotoxicology

Students will gain knowledge of ecotoxicology, environmental test species, toxicity testing methods, and mechanisms of toxicity in terrestrial and aquatic organisms.

 3
PGDT-103 Environmental Toxicology

Students will understand environmental pollution, occupational toxicology, air, water, land, atmospheric and radioactive pollution along with their biological effects.

 3
PGDT-104 Analytical Methods & Instrumentation

Students will develop understanding of analytical methods, laboratory instrumentation, sample handling, method validation, and environmental analysis techniques.

 3
PGDT-105 Practicals

Students will gain laboratory training in toxicological analysis, analytical instrumentation, toxicity testing, environmental monitoring, and sample processing techniques.

 6
PGDT-106 Field work

Students will develop practical exposure to industries, environmental monitoring systems, pollution control practices, and field-based toxicological observations.

 2
Semester - 2 ▾
Course Code Course Title Outcome Credit
PGDT-201 CORE - Genetic Toxicology & In-vitro Methods

Covers genetic toxicology, bacterial and mammalian test systems, chromosomal aberration assays, comet assay, micro arrays, and in-vitro toxicological methods.

 3
PGDT-202 CORE - Food Safety and Nutritional Toxicology

Focuses on food toxicants, food additives, microbial food toxins, nutritional toxicology, food safety standards, and toxic residues in food.

 3
PGDT-203 CORE - Biostatistics and Risk Assessment

Introduces statistical methods, correlation, regression, ANOVA, toxicological data analysis, and risk assessment approaches for chemicals and pharmaceuticals.

 2
PGDT-204 CORE - Regulations and Quality systems

Provides understanding of regulatory guidelines, GLP, NABL, ISO, OECD standards, CDSCO, FSSAI, CPCB, and international quality systems.

 2
PGDT-205 PRACTICAL - Practicals

Practical training in toxicological assays, analytical techniques, instrumentation handling, risk analysis, and laboratory testing procedures.

 6
PGDT-206 TRAINING - Industrial Training

Students will receive industrial exposure and hands-on training in toxicology laboratories, pharmaceutical industries, CROs, and environmental monitoring units.

 4

Eligibility Criteria

A candidate must have passed Bachelor’s Degree examination in Science from a recognized university. Post-graduate students and research scholars in Biosciences and allied subjects may also pursue the course as an add-on program.

Admission Details

Merit based.

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

13,755/- (Self Finance)

13,755/- (Self Finance)

Sem-2

 

13,755/- (Self Finance)

13,755/- (Self Finance)

Exam Fees Per Semester Rs. 1,020/-

*Subject to Revision Periodically

P.G. Diploma in Herbal Technology and Integrated Wellness (PGDHTIW)

Post Graduate Diploma programme focused on herbal technology, yoga sciences, nutraceuticals, functional foods, integrated wellness, and entrepreneurship.


Program Outcome

PO1: Knowledge of Herbal & Wellness Sciences.

PO2: Understanding of Traditional & Modern Health Systems.

PO3: Application of Herbal & Yogic Practices.

PO4: Analytical & Critical Thinking.

PO5: Evaluation & Evidence-Based Decision Making.

PO6: Innovation & Creation.

PO7: Professional, Ethical & Sustainable Practices.

PO8: Practical, Research & Entrepreneurial Skills.

Intake

Self-financed (SFI) : 25

Program Duration

1 Year (2 Semesters)

Semester - I ▾
Course Code Course Title Outcome Credit
PGDHTIW-1001 CORE - Fundamentals of Herbal Technology

Introduction to herbal technology, medicinal plants, phytochemistry, herbal formulations, ethics, and sustainable practices.

 4
PGDHTIW-1002 CORE - Ancient Indian Herbal Drug Technologies

Ayurvedic principles, medicinal plants, herbal formulations, quality control, and modern applications.

 4
PGDHTIW-1003 CORE - Advanced Yoga, Health & Applied Yogic Sciences

Yoga philosophy, anatomy, physiology, yogic practices, stress management, and teaching methodology.

 4
PGDHTIW-1004 BKS - Yoga and Integrated Wellness

Foundations of yoga, wellness practices, pranayama, asanas, and integrated health.

 2
PGDHTIW-1005 SEC - Business Aptitude for Herbal Technology & Integrated Wellness

Entrepreneurship, herbal wellness centres, infrastructure, staffing, and business opportunities.

 2
PRACTICALS PRACTICAL - Practicals based on Paper PGDHT-1001,1002,1003 6
Semester - II ▾
Course Code Course Title Outcome Credit
PGDHTIW-2001 CORE - Functional Food and Nutrigenomics

Functional foods, nutrigenomics, bioactive compounds, meal planning, regulations, and future trends.

 4
PGDHTIW-2002 CORE - Nutraceuticals

Nutraceutical concepts, phytochemicals, extraction techniques, safety, regulations, and market trends.

 4
PGDHTIW-2003 SEC - Business Aptitude for Establishment of Health & Nutrition Centers 2
PGDHTIW-2004 PRACTICAL - Dissertation / Training / Internship 12

Eligibility Criteria

Any graduate from a recognized university is eligible for admission to the programme.

Admission Details

Merit based.

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

17,500/- (Self Finance)

17,500/- (Self Finance)

Sem-2

17,500/- (Self Finance)

17,500/- (Self Finance)

Exam Fees Per Semester Rs. 1,130/-

*Subject to Revision Periodically

Bachelor of Medical Laboratory Science

Bachelor of Medical Laboratory Science (BMLS) is a 4 years (8 semesters including internship) professional undergraduate programme offered by the Department of Biosciences, Veer Narmad South Gujarat University, Surat.

The programme is designed according to competency-based curriculum guidelines recommended by the National Commission for Allied and Healthcare Professions (NCAHP), Ministry of Health and Family Welfare, Government of India. The course provides comprehensive theoretical knowledge, advanced laboratory skills, diagnostic expertise, and clinical training required for modern healthcare laboratories and diagnostic industries.

The BMLS programme focuses on major disciplines including Clinical Biochemistry, Hematology, Clinical Pathology, Histopathology, Cytology, Medical Microbiology, Immunology, Molecular Diagnostics, Blood Banking, Laboratory Instrumentation, Quality Assurance, Biosafety, and Research Methodology. Students are trained through classroom teaching, laboratory practicals, hospital postings, case-based learning, research activities, and one-year compulsory clinical internship.


Program Outcome

PO1: Clinical Laboratory Competence:

Develop ability to perform routine and advanced diagnostic laboratory investigations using standard laboratory protocols, instrumentation, and analytical techniques.

PO2: Diagnostic and Analytical Skills:

Analyse and interpret laboratory findings accurately for disease diagnosis, monitoring, and therapeutic evaluation in clinical healthcare settings.

PO3: Technical and Practical Proficiency:

Acquire hands-on skills in hematology, microbiology, clinical biochemistry, molecular diagnostics, histopathology, immunology, and blood banking techniques.

PO4: Research and Scientific Temperament:

Develop scientific reasoning, research aptitude, and problem-solving abilities through laboratory projects, case studies, and evidence-based learning approaches.

PO5: Communication and Teamwork:

Demonstrate effective communication skills and collaborate efficiently with clinicians, healthcare professionals, researchers, and laboratory personnel in multidisciplinary healthcare environments.

PO6: Professional Ethics and Biosafety:

Apply ethical laboratory practices, biosafety measures, biomedical waste management principles, and quality assurance standards while handling clinical specimens and laboratory procedures.

PO7: Quality Assurance and Laboratory Management:

Understand laboratory quality control systems, accreditation procedures, documentation practices, and management of modern diagnostic laboratories.

PO8: Digital and Technological Competency:

Develop competency in laboratory automation, healthcare informatics, molecular technologies, bioinformatics tools, and modern diagnostic instrumentation.

PO9: Lifelong Learning and Professional Development:

Engage in continuous learning, skill enhancement, and adaptation to emerging diagnostic technologies and healthcare advancements.

PO10: Healthcare and Social Responsibility:

Contribute effectively toward public health services, preventive healthcare, disease surveillance, and community healthcare through accurate and reliable laboratory diagnostics.

Intake

Self-Finance (SFI):75

Program Duration  

4 Years

(3 Years Academic + 1 Year Clinical Internship)

Semester – I ▾
Course Code Course Title Outcome Credit
- Human Anatomy

Students will understand the structure and organization of human body systems and anatomical relationships relevant to laboratory diagnosis and healthcare practice

 4
- Human Physiology

Develop understanding of physiological mechanisms and normal body functions associated with organ systems and clinical laboratory investigations

 4
- Fundamentals of Healthcare System and Medical Laboratory Science

Understand healthcare delivery systems, organization of clinical laboratories, laboratory safety, biomedical waste management, and role of medical laboratory professionals in healthcare.

 2
- Communication and Professionalism

Develop communication skills, professional ethics, teamwork, patient interaction, and professional behavior required in healthcare services.

 2
- Basic Emergency Care and First Aid

Learn basic life support, emergency response, first aid procedures, and patient safety measures in healthcare settings.

 2
- Basics of Computer Application

Acquire computer literacy, healthcare documentation skills, data management, and basic software applications used in laboratories.

 2
- Human Anatomy Practical

Develop practical knowledge of anatomical structures, models, specimens, and microscopic anatomy.

 2
- Human Physiology Practical

Gain practical skills related to physiological experiments, clinical measurements, and functional assessment techniques.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
- Fundamentals of Microbiology

Understand microbial classification, morphology, culture techniques, sterilization, infection control, and laboratory handling procedures.

 4
- Basics of Biochemistry

Learn biochemical principles, biomolecules, enzymes, metabolism, and clinical biochemical analysis

 4
- Fundamentals of Haematology

Develop knowledge of blood cells, hematopoiesis, coagulation mechanisms, and hematological disorders

 4
- Preventive and Social Medicine

Understand community health, epidemiology, public health measures, disease prevention, and healthcare awareness.

 2
- Fundamentals of Microbiology Practical

Gain practical skills in staining, microscopy, culture preparation, sterilization, and microbial identification

 2
- Basics of Biochemistry Practical

Perform biochemical assays, solution preparation, analytical techniques, and interpretation of biochemical parameters.

 2
- Fundamentals of Haematology Practical

Learn blood grouping, hemoglobin estimation, cell counting, peripheral smear examination, and coagulation testing.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
- Clinical Biochemistry

Understand biochemical analysis of blood and body fluids, liver function, renal function, lipid profile, and metabolic disorders.

 4
- Clinical Microbiology

Develop diagnostic microbiology skills including bacteriology, virology, mycology, and antimicrobial sensitivity testing.

 4
- Histopathology and Cytology

Learn tissue processing, staining, microscopic examination, cytological screening, and histopathological diagnosis

 4
- Immunology and Serology

Understand antigen-antibody reactions, immune response mechanisms, serological testing, and immunodiagnostic procedures.

 4
- Clinical Biochemistry Practical

Perform biochemical investigations using spectrophotometers, analyzers, and quality control procedures.

 2
- Clinical Microbiology Practical

Develop competency in culture techniques, identification tests, staining procedures, and pathogen analysis.

 2
- Histopathology and Cytology Practical

Learn tissue fixation, embedding, sectioning, staining, and microscopic interpretation of slides.

 2
Semester - IV ▾
Course Code Course Title Outcome Credit
- Advanced Haematology

Analyze hematological disorders, blood malignancies, coagulation abnormalities, and advanced diagnostic procedures.

 4
- Clinical Pathology

Understand examination of urine, stool, body fluids, semen analysis, and pathological diagnostic procedures.

 4
- Blood Banking and Transfusion Science

Learn blood collection, compatibility testing, component preparation, transfusion reactions, and blood bank management.

 4
- Molecular Diagnostics

Develop knowledge of PCR, electrophoresis, molecular markers, genetic testing, and molecular diagnostic techniques.

 4
- Instrumentation Practical

Operate automated analyzers, diagnostic instruments, and quality monitoring systems.

 2
- Advanced Haematology Practical

Perform advanced hematological testing, bone marrow studies, coagulation analysis, and blood smear interpretation

 2
- Clinical Pathology Practical

Conduct routine pathological examinations and interpret laboratory findings in clinical settings.

 2
- Blood Banking Practical

Gain practical skills in blood grouping, cross-matching, donor screening, and transfusion procedures.

 2
Semester – V ▾
Course Code Course Title Outcome Credit
- Laboratory Instrumentation and Automation

Understand laboratory instruments, automation systems, calibration, maintenance, and troubleshooting procedures

 4
- Quality Assurance and Laboratory Management

Learn quality control systems, NABL standards, laboratory accreditation, documentation, and management principles.

 4
- Medical Parasitology and Mycology

Develop knowledge of parasites, fungi, diagnostic procedures, pathogenicity, and laboratory identification methods.

 4
- Research Methodology and Biostatistics

Understand research design, scientific methodology, statistical analysis, data interpretation, and biomedical research ethics.

 4
- Quality Assurance Practical

Apply laboratory quality control, calibration, documentation, and validation procedures.

 2
- Research Methodology Practical

Perform statistical analysis, data handling, scientific reporting, and research presentation techniques.

 2
Semester – VI ▾
Course Code Course Title Outcome Credit
- Advanced Molecular Techniques

Learn advanced molecular biology applications, nucleic acid analysis, genomics, and molecular diagnostics.

 4
- Clinical Laboratory Management

Understand laboratory administration, inventory management, manpower handling, healthcare regulations, and professional ethics.

 4
- Diagnostic Cytogenetics and Genetics

Develop knowledge of chromosomal analysis, genetic disorders, molecular genetics, and cytogenetic techniques.

 4
- Dissertation / Research Project

Conduct independent research, analyze scientific data, prepare dissertation, and present research findings.

 4
- Molecular Techniques Practical

Perform PCR, electrophoresis, DNA/RNA isolation, and molecular diagnostic procedures.

 2
- Clinical Posting / Hospital Training

Gain real-time clinical laboratory exposure and multidisciplinary healthcare experience.

 2
Semester – VII ▾
Course Code Course Title Outcome Credit
- Clinical Internship / Laboratory Rotation – I

Students will independently perform laboratory investigations, maintain quality assurance, interpret diagnostic findings, and function effectively in hospital laboratories under supervision

 10
- Internship Logbook and Skill Assessment

Maintain records of performed laboratory procedures, departmental postings, and competency-based skill assessment during clinical training.

 10
Semester – VIII ▾
Course Code Course Title Outcome Credit
- Clinical Internship / Laboratory Rotation – II

Develop professional competency in advanced diagnostic laboratories including microbiology, biochemistry, hematology, molecular diagnostics, pathology, and blood banking.

 10
- Final Skill Assessment and Case Presentation

Demonstrate clinical laboratory competence, analytical skills, quality practices, professional ethics, and case-based diagnostic interpretation.

 10

Eligibility  

A candidate shall be admitted to the Bachelor of Medical Laboratory Science (BMLS) program after fulfilling the following eligibility requirements:

  • Candidate must have completed 10+2 (Science Stream) from a recognized board.
  • The candidate should have studied:
    • Physics
    • Chemistry
    • Biology and/or Mathematics
  • Minimum qualifying marks should be as prescribed by the respective university or regulatory authority.
  • Universities may consider:
    • NEET appeared candidates, or
    • University / State level entrance examination candidates for admission.

Additional Eligibility Requirements

  • Candidate should be medically fit.
  • Admission shall be subject to university norms and reservation policies.
  • The course follows full-time mode only; part-time or distance mode is not permitted for allied and healthcare science programs.

Admission:

Admission Process

Admission to the BMLS program shall be based on:

  • Merit obtained in qualifying examination (10+2 Science), and/or
  • Performance in:
    • NEET examination, or
    • University / State entrance examination, as applicable.

Reservation Policy

Reservation of seats shall be applicable as per:

  • Government of India norms
  • State Government rules
  • University regulations

Course Duration

  • Duration: 4 Years
  • Structure:
    • 8 Semesters
    • Includes mandatory clinical laboratory training and internship postings.

Medium of Instruction

  • English

Attendance Requirement

Students are required to maintain minimum attendance as prescribed by the university and NCAHP competency-based curriculum guidelines.

Fee Structure *

Sr. No

Gender

Self-Finance Seat

1

Female

31350/- SF Fee

2500/- Lab Fee

2355/- Uni. Fee

2

Male

 

36,205/- Total

Additional Fees-

  • Examination fees shall be charged separately per semester as per university rules.
  • Laboratory consumable charges, clinical training charges, dissertation charges, and registration fees may apply additionally.

Important Note

  • Fee structure is subject to revision periodically by the university/regulatory authority.
  • Internship stipend, if applicable, shall be governed by institutional policy and NCAHP recommendations.

*Subject to Revision Periodically

M. Sc. - Botany

The M.Sc. Botany programme provides advanced knowledge in plant sciences including plant diversity, physiology, ecology, taxonomy, microbiology, biotechnology, pharmacognosy, phytochemistry, plant pathology, tissue culture, and sustainable agriculture. The programme emphasizes theoretical understanding, laboratory skills, field studies, research aptitude, and applications of plant sciences in agriculture, industry, healthcare, environmental management, and biotechnology.

Syllabus Download


 Program Outcome

  • PO1: Acquire advanced knowledge of plant sciences including taxonomy, physiology, ecology, anatomy, embryology, microbiology, biotechnology, pharmacognosy, and plant pathology.
  • PO2: Develop the ability to identify, classify, analyze, and conserve plant diversity using modern scientific approaches and laboratory techniques.
  • PO3: Understand plant–environment interactions, ecosystem functioning, biodiversity conservation, and sustainable environmental management practices.
  • PO4: Gain practical laboratory and field skills in microscopy, plant tissue culture, phytochemical analysis, ecological assessment, and plant disease diagnosis.
  • PO5: Apply knowledge of medicinal plants, phytochemistry, pharmacognosy, and biotechnology in healthcare, agriculture, and industrial applications.
  • PO6: Develop competency in research methodology, biostatistics, instrumentation, scientific documentation, and interpretation of biological data.
  • PO7: Understand the principles and applications of organic farming, biofertilizers, sustainable agriculture, and environmental conservation.
  • PO8: Enhance analytical reasoning, communication skills, scientific writing, and presentation skills for academic and professional excellence.
  • PO9: Build employability and entrepreneurial skills in plant biotechnology, agriculture, herbal industries, environmental consultancy, and research organizations.
  • PO10: Foster scientific ethics, teamwork, leadership qualities, innovation, and lifelong learning for contribution to society and scientific advancement.

Intake

Grant in Aid (GIA) : 13

Higher Payment (HP) : 07

Self-financed (SFI) : 38

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
BOT 1001 Fundamental Microbiology

Students will understand the diversity of viruses and bacteria, microbial structure, growth, reproduction, plant diseases, and economic importance of microorganisms.

 4
BOT 1002 Mycology and Plant Pathology

Students will gain knowledge of fungi, plant pathogens, disease development, disease control methods, and economically important fungal diseases.

 4
BOT 1003 Phycology and Lichen

Students will learn algal diversity, reproduction, life cycles, lichen biology, and ecological importance of algae and lichens.

 4
BOT 1004 Organic Farming and Sustainable Agriculture

Students will understand concepts of organic farming, nutrient management, organic certification, and sustainable agricultural practices.

 4
BOT 1005 Manures and Fertilizers

Students will acquire knowledge about integrated nutrient management, green manure, composting, and biofertilizers.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
BOT 2001 Bryophytes, Pteridophytes, Gymnosperms and Paleobotany

Students will understand lower plant groups, fossil plants, evolution of land plants, and economic importance of cryptogams and gymnosperms.

 4
BOT 2002 Plant Anatomy and Embryology

Students will gain detailed knowledge of plant tissues, secondary growth, pollen biology, embryology, and seed biology.

 4
BOT 2003 Biostatistics, Instrumentation and Techniques

Students will learn biostatistical tools, hypothesis testing, chromatography, spectroscopy, and electrophoretic techniques.

 4
BOT 2004 Pharmacognosy and Phytochemistry

Students will understand medicinal plants, phytochemicals, extraction methods, herbal drug evaluation, and pharmacognostic applications.

 4
BOT 2005 Apiculture

Students will learn bee keeping, honey processing, colony management, and commercial applications of apiculture.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
BOT 3001 Plant Physiology

Students will understand plant water relations, photosynthesis, respiration, flowering physiology, and dormancy mechanisms.

 4
BOT 3002 Plant Ecology and Conservation

Students will gain knowledge of ecosystems, biodiversity, ecological succession, conservation strategies, and environmental management.

 4
BOT 3003 Phytomorphology / Plant Tissue Culture

Students will learn plant morphology, taxonomy, tissue culture techniques, micropropagation, and plant biotechnology applications.

 4
Semester - IV ▾
Course Code Course Title Outcome Credit
BOT 4001 A Seminar Presentation

Students will develop scientific communication, presentation, and analytical skills.

 4
BOT 4001 B Review Presentation

Students will learn literature survey, scientific review writing, and recent advances in plant sciences.

 4
BOT 4002 A Dissertation

Students will conduct independent research work, data analysis, and scientific report writing.

 20
BOT 4002 B Industrial Training / Internship

Students will gain industrial and field exposure related to plant sciences and biotechnology.

 20

Eligibility Criteria

A candidate must have passed the Bachelor’s Degree examination in Science with Botany or Biosciences as one of the subjects from a recognized university.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

Sem-2

&

Sem-3

&

Sem-4

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,755/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

M. Sc. - Zoology

test

Syllabus Download


Program Outcome

  • PO1: Acquire advanced knowledge of animal biology, physiology, ecology, genetics, developmental biology, biotechnology, immunology, and environmental biology.
  • PO2: Develop practical laboratory and analytical skills in zoological techniques, histology, cytogenetics, molecular biology, tissue culture, and physiological studies.
  • PO3: Understand the diversity, evolution, classification, and comparative anatomy of vertebrates and invertebrates.
  • PO4: Apply zoological principles in environmental conservation, wildlife management, aquaculture, apiculture, parasitology, and animal health sciences.
  • PO5: Develop research aptitude through project work, dissertation, scientific review writing, data analysis, and biostatistical interpretation.
  • PO6: Gain knowledge of biotechnology tools including PCR, tissue culture, recombinant DNA technology, electrophoresis, and molecular cytogenetic techniques.
  • PO7: Understand ecological interactions, environmental pollution, sustainable development, and biodiversity conservation.
  • PO8: Enhance scientific communication, presentation, analytical reasoning, and problem-solving skills required for research and professional careers.
  • PO9: Develop professional ethics, scientific attitude, teamwork, and leadership qualities for multidisciplinary biological sciences.
  • PO10: Prepare for higher studies, competitive examinations, research careers, entrepreneurship, and employment in academia, industry, healthcare, and environmental sectors.

Intake

Grant in Aid (GIA): 13

Higher Payment: 07

Self-financed (SFI): 30

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
ZOO 1001 Biology of Non-Chordates

Study of classification, structure, physiology, evolution, and larval forms of non-chordate animals along with practical exposure to diverse invertebrates.

 4
ZOO 1002 Biochemistry and Immunology

Understanding biomolecules, metabolism, immune systems, antigens, antibodies, and immunological techniques with biochemical practical applications.

 4
ZOO 1003 Cell and Molecular Biology

Knowledge of cell structure, membranes, chromosomes, recombinant DNA technology, cytogenetics, and molecular biology techniques.

 4
ZOO 1004 Histology and Developmental Biology

Study of tissue organization, organ systems, embryology, fertilization, gastrulation, and organogenesis in animals.

 4
Semester - II ▾
Course Code Course Title Outcome Credit
ZOO 2001 Biology of Chordates

Study of taxonomy, evolution, comparative anatomy, and diversity of vertebrates and protochordates

 4
ZOO 2002 Animal Physiology

Understanding physiological systems, endocrinology, exercise physiology, and mechanisms of hormone action.

 4
ZOO 2003 Animal Biotechnology and Biostatistics

Training in animal tissue culture, PCR, DNA isolation, biostatistics, and data analysis techniques.

 4
ZOO 2004 Animal Ecology and Environmental Biology

Study of ecosystems, ecology, pollution, environmental hazards, sustainable development, and bioremediation

 4
Semester - III ▾
Course Code Course Title Outcome Credit
Z-3001 Cell Biology and Genetics

Understanding cell organelles, cell cycle, genetics, linkage, mutations, karyotyping, and inheritance patterns.

 4
Z-3002 Chronobiology and Animal Behaviour

Study of biological clocks, animal behavior, communication, social organization, territoriality, and behavioral ecology

 4
Z-3003 Animal Taxonomy, Wildlife and Conservation

Students conduct independent research work with emphasis on scientific methodology, experimentation, and thesis 

 20
Z-3004 Review Article

Development of scientific literature review and critical analysis skills through review of recent research papers.

 4
Semester - IV ▾
Course Code Course Title Outcome Credit
Z-4001 Human Anatomy and Parasitology

Study of human organ systems, infectious diseases, parasites, vectors, and parasitological techniques.

 4
Z-4002 Applied and Economic Zoology

Knowledge of poultry farming, aquaculture, dairy farming, apiculture, and economically important zoological practices

 4
Z-4003 Project / Dissertation Continuation

Continuation and completion of research dissertation with scientific presentation and viva examination.

 20
Z-4004 Seminar Presentation

Students develop scientific presentation and communication skills through seminars and academic activities.

 4

Eligibility Criteria

A candidate must have passed Bachelor’s Degree examination in Science with Zoology as one of the subjects from a recognized university.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Career Scope

  • Research and Development Laboratories
  • Wildlife and Environmental Conservation
  • Biotechnology and Pharmaceutical Industries
  • Aquaculture and Fisheries
  • Healthcare and Diagnostic Laboratories
  • Academia and Teaching
  • Forest and Wildlife Departments
  • Ecology and Environmental Consultancy
  • Animal Biotechnology and Genetics
  • Higher Studies and Research (Ph.D., Fellowships)

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/-(Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-/-

Sem-2

&

Sem-3

&

Sem-4

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/-(Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

M. Sc.- Microbiology_

test


Program Outcome

PO1: Acquire advanced knowledge of microbiology, including microbial diversity, molecular biology, genetic engineering, environmental microbiology, industrial microbiology, immunology, fermentation technology, and bioprocess engineering.

PO2: Develop the ability to identify, classify, and analyze microorganisms using modern microbiological, molecular, biochemical, and bioanalytical techniques and instrumentation.

PO3: Apply microbiological principles and technologies to solve environmental, industrial, agricultural, and healthcare-related problems through sustainable and innovative approaches.

PO4: Gain practical laboratory skills in microbial cultivation, molecular diagnostics, fermentation processes, bioprocess monitoring, biosafety practices, and analytical techniques essential for research and industry.

PO5: Demonstrate competency in research methodology, experimental design, statistical analysis, scientific documentation, dissertation work, and interpretation of scientific data.

PO6: Understand the applications of recombinant DNA technology, microbial biotechnology, biofuels, and microbial products in pharmaceutical, agricultural, environmental, and industrial sectors.

PO7: Develop professional ethics, biosafety awareness, biosecurity practices, intellectual property knowledge, and regulatory understanding required in microbiology and biotechnology fields.

PO8: Enhance communication, presentation, analytical reasoning, and scientific writing skills for academic, research, and professional excellence.

PO9: Build entrepreneurial and employability skills in microbial technology, fermentation industries, pharmaceutical industries, diagnostics, and allied life science sectors.

PO10: Foster lifelong learning, innovation, teamwork, leadership, and multidisciplinary collaboration to contribute effectively to scientific advancement and societal development.

Intake

Grant in Aid (GIA) : 13
Higher Payment (HP) : 07
Self-finance (SFI) : 38

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
MB 1001 Microbial Diversity

Students will develop comprehensive knowledge of microbial diversity, classification, taxonomy, virology, mycology, algae, and cyanobacteria. The course enables understanding of microbial evolution, structure, and ecological significance of microorganisms.

 4
MB 1002 Molecular Biology and Genetic Engineering

Students will understand the molecular basis of life including DNA replication, transcription, translation, and recombinant DNA technology. They will gain practical and theoretical insight into genetic engineering tools and applications in biotechnology

 4
MB 1003 Environmental Microbiology and Biofuels

Students will learn microbial ecology, wastewater treatment, biodegradation, bioremediation, and microbial approaches for environmental sustainability. The course also introduces modern concepts of biofuel and bioenergy production.

 4
MB 1004 Elective paper 1 Biophysical Techniques and Instrumentation

Students will gain knowledge of advanced analytical and molecular techniques such as chromatography, electrophoresis, spectroscopy, and molecular diagnostics used in microbiological and biochemical research.

 4
MB 1004 Elective paper 2 Cell Chemistry and Molecular Interactions

Students will understand biomolecular interactions, bioenergetics, thermodynamics, cell signaling, and biochemical processes responsible for cellular structure and function.

 4
MBP 1005 Practicals

Students will acquire laboratory skills in molecular biology, microbial cultivation, PCR, electrophoresis, water analysis, microbial growth studies, and sterilization techniques essential for research and industry applications.Students will acquire laboratory skills in molecular biology, microbial cultivation, PCR, electrophoresis, water analysis, microbial growth studies, and sterilization techniques essential for research and industry applications.

 6
MB 1006 Skill based Elective paper Biosecurity and Biosafety in Public Health Laboratories

Students will learn biosafety principles, laboratory biosecurity, biomedical waste management, sterilization, disinfection, and safe laboratory practices necessary for clinical and research laboratories.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
MB 2001 Enzymology and Microbial Physiology

Study of enzyme kinetics, enzyme inhibition, protein engineering, industrial applications of enzymes, physiological adaptations of microorganisms, and microbial metabolism including nitrogen fixation and photosynthetic bacteria.

 4
MB 2002 Bioinformatics & Bio-nanotechnology

Covers omics technologies, genome analysis, biological databases, sequence alignment, phylogenetic analysis, protein structure prediction, and applications of bio-nanotechnology in medicine and microbial systems.

 4
MB 2003 Advances and Challenges in Immunology Advances and Challenges in Immunology

Focuses on receptor biology, lymphocyte activation, cancer immunology, immunotherapy, antimicrobial resistance, viral outbreaks, stem cell therapy, and recent advances in immunological research.

 4
MB 2004 Elective paper 1 Advances in Pharmaceutical Microbiology

Includes pharmaceutical microbiology, microbiological quality control, sterility testing, microbial contamination monitoring, sterile products, and microbiological auditing in pharmaceutical industries.

 4
MB 2004 Elective paper 2 Ecology and Evolution

Introduces ecological principles, ecosystem analysis, biodiversity, environmental pollution, origin of life, evolutionary theories, population genetics, behavioral ecology, and conservation biology.

 4
MBP 2005 Practicals

Practical training in enzyme assays, mutation studies, microbial dye decolorization, ELISA, molecular biology techniques, phylogenetic analysis, protein modelling, and 

 6
GE-1 Skill based Elective paper 1 Biofertilizer and Organic Farming

Covers biofertilizer production, microbial inoculants, composting methods, organic farming practices, and economic importance of biofertilizers with hands-on practical exposure.

 2
GE-2 Skill based Elective paper 2 Yogurt and Cheese Production

Provides knowledge of dairy product production, cheese and yogurt processing, quality assurance, packaging, marketing strategies, and small-scale dairy entrepreneurship.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
MB 3001 Fermentation Technology

Students will understand industrial fermentation processes, microbial strain improvement, fermenter design, media optimization, and downstream processing used in biotechnology and industrial microbiology.

 4
MB 3002 Industrial Microbiology

Students will gain knowledge of industrially important microorganisms and microbial products such as antibiotics, enzymes, probiotics, fermented foods, organic acids, and bioactive compounds used in healthcare and industries.

 4
MB 3003 Agricultural Microbiology

Students will understand soil microbial ecology, plant–microbe interactions, plant disease management, biofertilizers, and the role of microorganisms in sustainable agriculture and crop productivity.

 4
MB 3004 A Elective paper 1 Research Methodology and Biostatistics

Students will develop skills in research planning, hypothesis formulation, scientific writing, statistical analysis, data interpretation, and presentation of scientific information for research purposes.

 4
MB 3004 B Elective paper 2 Biostatistics, Research Methodology and Communication Skills

Students will enhance statistical knowledge, communication skills, ICT applications, scientific documentation, logical reasoning, and analytical aptitude required for research and professional development.

 4
MBP 3005 Practicals

Students will gain practical exposure in fermentation technology, microbial product analysis, enzyme production, biostatistical tools, graphical data representation, and scientific software applications.

 6
GE-1 Skill based Elective paper 1 Bioprocess Engineering

Students will understand bioreactor design, fluid flow behavior, mass transfer, mixing operations, and process monitoring techniques used in industrial-scale fermentation systems.

 2
GE-2 Skill based Elective paper 2 Biosafety, Bioethics and IPR

Students will learn biosafety regulations, ethical issues in biotechnology, intellectual property rights, patenting systems, and commercialization of scientific innovations.

 2
GE-3 Skill based Elective paper 3 Advances in Diagnostic Microbiology

Students will gain knowledge of advanced molecular and immunological diagnostic techniques used for identification and detection of infectious diseases and microbial pathogens.

 2
GE-4 Skill based Elective paper 4 Mathematics and General Aptitude Skills

Students will improve quantitative aptitude, logical reasoning, analytical thinking, and mathematical problem-solving abilities useful for competitive examinations and research aptitude.

 2
Semester - IV ▾
Course Code Course Title Outcome Credit
MB 4001 A Seminar Presentation

Students will develop scientific presentation skills, communication abilities, confidence in public speaking, and the ability to organize and present microbiological concepts effectively.

 4
MB 4001 B Review Presentation

Students will learn literature survey, critical analysis of research publications, scientific review writing, and presentation of recent developments in microbiology and allied sciences.

 4
MB 4002 A Dissertation

Students will conduct independent research work involving experimental design, data analysis, interpretation, and scientific report writing to strengthen research aptitude and innovation.

 20
MB 4002 B Industrial Training / Internship Project

Students will gain industrial exposure and practical training in microbiology, biotechnology, quality control, and industrial operations to improve professional and employability skills.

 20
MB 4002 C Start-up Prototype Development Project

Students will develop entrepreneurial thinking, innovation skills, prototype development abilities, and practical understanding of transforming scientific ideas into start-up opportunities.

 20

Eligibility Criteria

A candidate must have passed the Bachelor’s Degree examination in Science with English as compulsory subject. A candidate who has obtained his/her Bachelor’s Degree with Medical Technology/Microbiology shall be considered eligible for admission to Microbiology course.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

2,355/- + 39,550/- (Self Finance)

Total Rs. 41,905/-

2,355/- + 39,550/- (Self Finance)

Total Rs. 41,905/-

Sem-2

&

Sem-3

&

Sem-4

4,285/- (Regular)

7,135/- (Regular)

4,285/- + 21,660/- (Higher Payment)Total Rs. 25,945/-

7,135/- + 21,660/- (Higher Payment) Total Rs. 28,795/-

1,785/- + 39,550/- (Self Finance)

Total Rs. 41,335/-

1,785/- + 39,550/- (Self Finance)

Total Rs. 41,335/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

Ph. D. Biosciences

test

Syllabus Download


Objective of Program

The core objective of the programme is to provide the students research supervision with a suitable research methodology in view of the research topics selected, maintaining academic rigour.

Program Outcome

PO1: Think Critically: Get ability to apply the process of science by formulating hypotheses and design experiments based on the scientific method.
PO2: Problem analysis:Analyze and interpret results generated through studies in Master of Science, taxonomical treatments, field studies, excursion tours and laboratory techniques used in the subject. Identify credible scientific sources to interpret and evaluate the evidences.
PO3: Reasoning ability: Use quantitative reasoning by using mathematical calculations and graphing skills to solve problems in the field of science.
PO4: Communication Skill: Effective Communication and collaborate with other disciplines by effectively communicating the fundamental concepts of Biological Science in written and oral format.
PO5: Ethical awareness: Understand the relationship between science and society by recognizing and discussing logical, scientific and ethical issues in Biological science subject
PO6: Digitally literate:Capable of using computers for Bioinformatics and computation and appropriate software for analysis of genomics and proteomics data, and employing modern bioinformatics search tools to locate, retrieve, and evaluate location and biological annotation genes of different species.
PO7: Self-directed and Life-long Learning: Acquire the ability to engage in independent and life-long learning in the broadest context socio- technological changes
PO8: Global thinking: Knowledgeable disciple students with good values, ethics, and kind heart will help in nation building globally.

Program Duration

3 years minimally in accordance with the UGC norms

Ph.D. Coursework ▾
Course Code Course Title Outcome Credit
Course: CW101 Advances in Research Methodology

CO1: Able to understand the research problem and design and research work
CO2: Able to write, prepare poster and present oral presentation
CO3: Able to prepare CV and face the interview

 4
Course: CW102 Advances in Research Techniques

CO1: Able to understand the principle and operating mechanism of various sophisticated instruments.
CO2: will be aware and will be able to perform advanced techniques in the field of molecular biology and biotechnology.
CO3: Able to do Computational Data processing and research problem solving through Biostatistics

 4
Course: CW103ZO or Advances in Zoology

CO1: Able to understand Applications of animal tissue culture.
CO2: Able to understand Applications of animal tissue cultureApplications of animal tissue culture
CO3: Knowledge will be impart through active learning methodology like field visit, academic tour and brain storming sessions

 4
Course: CW103BO or Advances in Botany

CO1: Able to understand techniques and application of plant tissue culture.
CO2: Able to understand molecular and biochemical aspects of plants and plant toxicity.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4
Course: CW103MB or Advances in Microbiology

CO1: Able to understand techniques and application of applied microbiology, metabolomics and system biology.
CO2: Able to understand genetical, physiological and taxonomical aspects of microbes.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4
Course: CW103BT Advances in Biotechnology

CO1: Able to understand techniques and application of biotechnology in the field of zoology, botany and microbiology.
CO2: Able to understand various advanced biotechnological methods for the betterment of living biota.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4

Eligibility Criteria

Ph.D. Enterance Test / [ NET / SLET / M.Phil.]

Admission Details

Merit Based

Reservation Policy

As per Government Rules

Fee Structure *

*Subject to Revision Periodically

P.G. Diploma in Toxicology

The PG Diploma in Toxicology (PGDT) is designed to provide specialized knowledge and practical training in toxicology, environmental safety, ecotoxicology, food safety, industrial toxicology, analytical methods, and regulatory systems. The course addresses the growing industrial and environmental needs of South Gujarat and prepares students for careers in pharmaceutical industries, environmental monitoring laboratories, CROs, and research organizations.

Syllabus Download


Program Outcome

  • PO1: Acquire fundamental and applied knowledge of toxicology, environmental toxicology, ecotoxicology, food toxicology, and genetic toxicology.
  • PO2: Understand mechanisms of toxicity, dose-response relationships, exposure pathways, and toxic effects on biological systems.
  • PO3: Develop practical skills in analytical methods, instrumentation, toxicological testing, and laboratory safety practices.
  • PO4: Gain knowledge of environmental pollution, occupational toxicology, radioactive pollution, and industrial toxic hazards.
  • PO5: Learn modern in-vitro toxicological assays, genetic toxicology methods, and risk assessment approaches.
  • PO6: Understand food safety standards, nutritional toxicology, food contaminants, and toxic residues in food products.
  • PO7: Develop competency in biostatistics, statistical analysis, interpretation of toxicological data, and risk management.
  • PO8: Understand national and international regulations, quality systems, GLP, NABL, OECD guidelines, and environmental standards.
  • PO9: Enhance employability and industrial skills through field work, industrial training, and practical exposure.
  • PO10: Develop scientific communication, analytical thinking, ethical responsibility, and lifelong learning abilities in toxicology.

Intake

Self-financed (SFI) : 50

Program Duration

1 Year

Semester - 1 ▾
Course Code Course Title Outcome Credit
PGDT-101 Principles of Toxicology

Students will understand principles of toxicology, dose-response relationships, toxicity testing, exposure routes, mechanisms of toxicity, and safety evaluation methods.

 3
PGDT-102 Principles of Ecotoxicology

Students will gain knowledge of ecotoxicology, environmental test species, toxicity testing methods, and mechanisms of toxicity in terrestrial and aquatic organisms.

 3
PGDT-103 Environmental Toxicology

Students will understand environmental pollution, occupational toxicology, air, water, land, atmospheric and radioactive pollution along with their biological effects.

 3
PGDT-104 Analytical Methods & Instrumentation

Students will develop understanding of analytical methods, laboratory instrumentation, sample handling, method validation, and environmental analysis techniques.

 3
PGDT-105 Practicals

Students will gain laboratory training in toxicological analysis, analytical instrumentation, toxicity testing, environmental monitoring, and sample processing techniques.

 6
PGDT-106 Field work

Students will develop practical exposure to industries, environmental monitoring systems, pollution control practices, and field-based toxicological observations.

 2
Semester - 2 ▾
Course Code Course Title Outcome Credit
PGDT-201 CORE - Genetic Toxicology & In-vitro Methods

Covers genetic toxicology, bacterial and mammalian test systems, chromosomal aberration assays, comet assay, micro arrays, and in-vitro toxicological methods.

 3
PGDT-202 CORE - Food Safety and Nutritional Toxicology

Focuses on food toxicants, food additives, microbial food toxins, nutritional toxicology, food safety standards, and toxic residues in food.

 3
PGDT-203 CORE - Biostatistics and Risk Assessment

Introduces statistical methods, correlation, regression, ANOVA, toxicological data analysis, and risk assessment approaches for chemicals and pharmaceuticals.

 2
PGDT-204 CORE - Regulations and Quality systems

Provides understanding of regulatory guidelines, GLP, NABL, ISO, OECD standards, CDSCO, FSSAI, CPCB, and international quality systems.

 2
PGDT-205 PRACTICAL - Practicals

Practical training in toxicological assays, analytical techniques, instrumentation handling, risk analysis, and laboratory testing procedures.

 6
PGDT-206 TRAINING - Industrial Training

Students will receive industrial exposure and hands-on training in toxicology laboratories, pharmaceutical industries, CROs, and environmental monitoring units.

 4

Eligibility Criteria

A candidate must have passed Bachelor’s Degree examination in Science from a recognized university. Post-graduate students and research scholars in Biosciences and allied subjects may also pursue the course as an add-on program.

Admission Details

Merit based.

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

13,755/- (Self Finance)

13,755/- (Self Finance)

Sem-2

 

13,755/- (Self Finance)

13,755/- (Self Finance)

Exam Fees Per Semester Rs. 1,020/-

*Subject to Revision Periodically

P.G. Diploma in Herbal Technology and Integrated Wellness (PGDHTIW)

Post Graduate Diploma programme focused on herbal technology, yoga sciences, nutraceuticals, functional foods, integrated wellness, and entrepreneurship.


Program Outcome

PO1: Knowledge of Herbal & Wellness Sciences.

PO2: Understanding of Traditional & Modern Health Systems.

PO3: Application of Herbal & Yogic Practices.

PO4: Analytical & Critical Thinking.

PO5: Evaluation & Evidence-Based Decision Making.

PO6: Innovation & Creation.

PO7: Professional, Ethical & Sustainable Practices.

PO8: Practical, Research & Entrepreneurial Skills.

Intake

Self-financed (SFI) : 25

Program Duration

1 Year (2 Semesters)

Semester - I ▾
Course Code Course Title Outcome Credit
PGDHTIW-1001 CORE - Fundamentals of Herbal Technology

Introduction to herbal technology, medicinal plants, phytochemistry, herbal formulations, ethics, and sustainable practices.

 4
PGDHTIW-1002 CORE - Ancient Indian Herbal Drug Technologies

Ayurvedic principles, medicinal plants, herbal formulations, quality control, and modern applications.

 4
PGDHTIW-1003 CORE - Advanced Yoga, Health & Applied Yogic Sciences

Yoga philosophy, anatomy, physiology, yogic practices, stress management, and teaching methodology.

 4
PGDHTIW-1004 BKS - Yoga and Integrated Wellness

Foundations of yoga, wellness practices, pranayama, asanas, and integrated health.

 2
PGDHTIW-1005 SEC - Business Aptitude for Herbal Technology & Integrated Wellness

Entrepreneurship, herbal wellness centres, infrastructure, staffing, and business opportunities.

 2
PRACTICALS PRACTICAL - Practicals based on Paper PGDHT-1001,1002,1003 6
Semester - II ▾
Course Code Course Title Outcome Credit
PGDHTIW-2001 CORE - Functional Food and Nutrigenomics

Functional foods, nutrigenomics, bioactive compounds, meal planning, regulations, and future trends.

 4
PGDHTIW-2002 CORE - Nutraceuticals

Nutraceutical concepts, phytochemicals, extraction techniques, safety, regulations, and market trends.

 4
PGDHTIW-2003 SEC - Business Aptitude for Establishment of Health & Nutrition Centers 2
PGDHTIW-2004 PRACTICAL - Dissertation / Training / Internship 12

Eligibility Criteria

Any graduate from a recognized university is eligible for admission to the programme.

Admission Details

Merit based.

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

17,500/- (Self Finance)

17,500/- (Self Finance)

Sem-2

17,500/- (Self Finance)

17,500/- (Self Finance)

Exam Fees Per Semester Rs. 1,130/-

*Subject to Revision Periodically

Bachelor of Medical Laboratory Science

Bachelor of Medical Laboratory Science (BMLS) is a 4 years (8 semesters including internship) professional undergraduate programme offered by the Department of Biosciences, Veer Narmad South Gujarat University, Surat.

The programme is designed according to competency-based curriculum guidelines recommended by the National Commission for Allied and Healthcare Professions (NCAHP), Ministry of Health and Family Welfare, Government of India. The course provides comprehensive theoretical knowledge, advanced laboratory skills, diagnostic expertise, and clinical training required for modern healthcare laboratories and diagnostic industries.

The BMLS programme focuses on major disciplines including Clinical Biochemistry, Hematology, Clinical Pathology, Histopathology, Cytology, Medical Microbiology, Immunology, Molecular Diagnostics, Blood Banking, Laboratory Instrumentation, Quality Assurance, Biosafety, and Research Methodology. Students are trained through classroom teaching, laboratory practicals, hospital postings, case-based learning, research activities, and one-year compulsory clinical internship.


Program Outcome

PO1: Clinical Laboratory Competence:

Develop ability to perform routine and advanced diagnostic laboratory investigations using standard laboratory protocols, instrumentation, and analytical techniques.

PO2: Diagnostic and Analytical Skills:

Analyse and interpret laboratory findings accurately for disease diagnosis, monitoring, and therapeutic evaluation in clinical healthcare settings.

PO3: Technical and Practical Proficiency:

Acquire hands-on skills in hematology, microbiology, clinical biochemistry, molecular diagnostics, histopathology, immunology, and blood banking techniques.

PO4: Research and Scientific Temperament:

Develop scientific reasoning, research aptitude, and problem-solving abilities through laboratory projects, case studies, and evidence-based learning approaches.

PO5: Communication and Teamwork:

Demonstrate effective communication skills and collaborate efficiently with clinicians, healthcare professionals, researchers, and laboratory personnel in multidisciplinary healthcare environments.

PO6: Professional Ethics and Biosafety:

Apply ethical laboratory practices, biosafety measures, biomedical waste management principles, and quality assurance standards while handling clinical specimens and laboratory procedures.

PO7: Quality Assurance and Laboratory Management:

Understand laboratory quality control systems, accreditation procedures, documentation practices, and management of modern diagnostic laboratories.

PO8: Digital and Technological Competency:

Develop competency in laboratory automation, healthcare informatics, molecular technologies, bioinformatics tools, and modern diagnostic instrumentation.

PO9: Lifelong Learning and Professional Development:

Engage in continuous learning, skill enhancement, and adaptation to emerging diagnostic technologies and healthcare advancements.

PO10: Healthcare and Social Responsibility:

Contribute effectively toward public health services, preventive healthcare, disease surveillance, and community healthcare through accurate and reliable laboratory diagnostics.

Intake

Self-Finance (SFI):75

Program Duration  

4 Years

(3 Years Academic + 1 Year Clinical Internship)

Semester – I ▾
Course Code Course Title Outcome Credit
- Human Anatomy

Students will understand the structure and organization of human body systems and anatomical relationships relevant to laboratory diagnosis and healthcare practice

 4
- Human Physiology

Develop understanding of physiological mechanisms and normal body functions associated with organ systems and clinical laboratory investigations

 4
- Fundamentals of Healthcare System and Medical Laboratory Science

Understand healthcare delivery systems, organization of clinical laboratories, laboratory safety, biomedical waste management, and role of medical laboratory professionals in healthcare.

 2
- Communication and Professionalism

Develop communication skills, professional ethics, teamwork, patient interaction, and professional behavior required in healthcare services.

 2
- Basic Emergency Care and First Aid

Learn basic life support, emergency response, first aid procedures, and patient safety measures in healthcare settings.

 2
- Basics of Computer Application

Acquire computer literacy, healthcare documentation skills, data management, and basic software applications used in laboratories.

 2
- Human Anatomy Practical

Develop practical knowledge of anatomical structures, models, specimens, and microscopic anatomy.

 2
- Human Physiology Practical

Gain practical skills related to physiological experiments, clinical measurements, and functional assessment techniques.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
- Fundamentals of Microbiology

Understand microbial classification, morphology, culture techniques, sterilization, infection control, and laboratory handling procedures.

 4
- Basics of Biochemistry

Learn biochemical principles, biomolecules, enzymes, metabolism, and clinical biochemical analysis

 4
- Fundamentals of Haematology

Develop knowledge of blood cells, hematopoiesis, coagulation mechanisms, and hematological disorders

 4
- Preventive and Social Medicine

Understand community health, epidemiology, public health measures, disease prevention, and healthcare awareness.

 2
- Fundamentals of Microbiology Practical

Gain practical skills in staining, microscopy, culture preparation, sterilization, and microbial identification

 2
- Basics of Biochemistry Practical

Perform biochemical assays, solution preparation, analytical techniques, and interpretation of biochemical parameters.

 2
- Fundamentals of Haematology Practical

Learn blood grouping, hemoglobin estimation, cell counting, peripheral smear examination, and coagulation testing.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
- Clinical Biochemistry

Understand biochemical analysis of blood and body fluids, liver function, renal function, lipid profile, and metabolic disorders.

 4
- Clinical Microbiology

Develop diagnostic microbiology skills including bacteriology, virology, mycology, and antimicrobial sensitivity testing.

 4
- Histopathology and Cytology

Learn tissue processing, staining, microscopic examination, cytological screening, and histopathological diagnosis

 4
- Immunology and Serology

Understand antigen-antibody reactions, immune response mechanisms, serological testing, and immunodiagnostic procedures.

 4
- Clinical Biochemistry Practical

Perform biochemical investigations using spectrophotometers, analyzers, and quality control procedures.

 2
- Clinical Microbiology Practical

Develop competency in culture techniques, identification tests, staining procedures, and pathogen analysis.

 2
- Histopathology and Cytology Practical

Learn tissue fixation, embedding, sectioning, staining, and microscopic interpretation of slides.

 2
Semester - IV ▾
Course Code Course Title Outcome Credit
- Advanced Haematology

Analyze hematological disorders, blood malignancies, coagulation abnormalities, and advanced diagnostic procedures.

 4
- Clinical Pathology

Understand examination of urine, stool, body fluids, semen analysis, and pathological diagnostic procedures.

 4
- Blood Banking and Transfusion Science

Learn blood collection, compatibility testing, component preparation, transfusion reactions, and blood bank management.

 4
- Molecular Diagnostics

Develop knowledge of PCR, electrophoresis, molecular markers, genetic testing, and molecular diagnostic techniques.

 4
- Instrumentation Practical

Operate automated analyzers, diagnostic instruments, and quality monitoring systems.

 2
- Advanced Haematology Practical

Perform advanced hematological testing, bone marrow studies, coagulation analysis, and blood smear interpretation

 2
- Clinical Pathology Practical

Conduct routine pathological examinations and interpret laboratory findings in clinical settings.

 2
- Blood Banking Practical

Gain practical skills in blood grouping, cross-matching, donor screening, and transfusion procedures.

 2
Semester – V ▾
Course Code Course Title Outcome Credit
- Laboratory Instrumentation and Automation

Understand laboratory instruments, automation systems, calibration, maintenance, and troubleshooting procedures

 4
- Quality Assurance and Laboratory Management

Learn quality control systems, NABL standards, laboratory accreditation, documentation, and management principles.

 4
- Medical Parasitology and Mycology

Develop knowledge of parasites, fungi, diagnostic procedures, pathogenicity, and laboratory identification methods.

 4
- Research Methodology and Biostatistics

Understand research design, scientific methodology, statistical analysis, data interpretation, and biomedical research ethics.

 4
- Quality Assurance Practical

Apply laboratory quality control, calibration, documentation, and validation procedures.

 2
- Research Methodology Practical

Perform statistical analysis, data handling, scientific reporting, and research presentation techniques.

 2
Semester – VI ▾
Course Code Course Title Outcome Credit
- Advanced Molecular Techniques

Learn advanced molecular biology applications, nucleic acid analysis, genomics, and molecular diagnostics.

 4
- Clinical Laboratory Management

Understand laboratory administration, inventory management, manpower handling, healthcare regulations, and professional ethics.

 4
- Diagnostic Cytogenetics and Genetics

Develop knowledge of chromosomal analysis, genetic disorders, molecular genetics, and cytogenetic techniques.

 4
- Dissertation / Research Project

Conduct independent research, analyze scientific data, prepare dissertation, and present research findings.

 4
- Molecular Techniques Practical

Perform PCR, electrophoresis, DNA/RNA isolation, and molecular diagnostic procedures.

 2
- Clinical Posting / Hospital Training

Gain real-time clinical laboratory exposure and multidisciplinary healthcare experience.

 2
Semester – VII ▾
Course Code Course Title Outcome Credit
- Clinical Internship / Laboratory Rotation – I

Students will independently perform laboratory investigations, maintain quality assurance, interpret diagnostic findings, and function effectively in hospital laboratories under supervision

 10
- Internship Logbook and Skill Assessment

Maintain records of performed laboratory procedures, departmental postings, and competency-based skill assessment during clinical training.

 10
Semester – VIII ▾
Course Code Course Title Outcome Credit
- Clinical Internship / Laboratory Rotation – II

Develop professional competency in advanced diagnostic laboratories including microbiology, biochemistry, hematology, molecular diagnostics, pathology, and blood banking.

 10
- Final Skill Assessment and Case Presentation

Demonstrate clinical laboratory competence, analytical skills, quality practices, professional ethics, and case-based diagnostic interpretation.

 10

Eligibility  

A candidate shall be admitted to the Bachelor of Medical Laboratory Science (BMLS) program after fulfilling the following eligibility requirements:

  • Candidate must have completed 10+2 (Science Stream) from a recognized board.
  • The candidate should have studied:
    • Physics
    • Chemistry
    • Biology and/or Mathematics
  • Minimum qualifying marks should be as prescribed by the respective university or regulatory authority.
  • Universities may consider:
    • NEET appeared candidates, or
    • University / State level entrance examination candidates for admission.

Additional Eligibility Requirements

  • Candidate should be medically fit.
  • Admission shall be subject to university norms and reservation policies.
  • The course follows full-time mode only; part-time or distance mode is not permitted for allied and healthcare science programs.

Admission:

Admission Process

Admission to the BMLS program shall be based on:

  • Merit obtained in qualifying examination (10+2 Science), and/or
  • Performance in:
    • NEET examination, or
    • University / State entrance examination, as applicable.

Reservation Policy

Reservation of seats shall be applicable as per:

  • Government of India norms
  • State Government rules
  • University regulations

Course Duration

  • Duration: 4 Years
  • Structure:
    • 8 Semesters
    • Includes mandatory clinical laboratory training and internship postings.

Medium of Instruction

  • English

Attendance Requirement

Students are required to maintain minimum attendance as prescribed by the university and NCAHP competency-based curriculum guidelines.

Fee Structure *

Sr. No

Gender

Self-Finance Seat

1

Female

31350/- SF Fee

2500/- Lab Fee

2355/- Uni. Fee

2

Male

 

36,205/- Total

Additional Fees-

  • Examination fees shall be charged separately per semester as per university rules.
  • Laboratory consumable charges, clinical training charges, dissertation charges, and registration fees may apply additionally.

Important Note

  • Fee structure is subject to revision periodically by the university/regulatory authority.
  • Internship stipend, if applicable, shall be governed by institutional policy and NCAHP recommendations.

*Subject to Revision Periodically

M. Sc. - Botany

The M.Sc. Botany programme provides advanced knowledge in plant sciences including plant diversity, physiology, ecology, taxonomy, microbiology, biotechnology, pharmacognosy, phytochemistry, plant pathology, tissue culture, and sustainable agriculture. The programme emphasizes theoretical understanding, laboratory skills, field studies, research aptitude, and applications of plant sciences in agriculture, industry, healthcare, environmental management, and biotechnology.

Syllabus Download


 Program Outcome

  • PO1: Acquire advanced knowledge of plant sciences including taxonomy, physiology, ecology, anatomy, embryology, microbiology, biotechnology, pharmacognosy, and plant pathology.
  • PO2: Develop the ability to identify, classify, analyze, and conserve plant diversity using modern scientific approaches and laboratory techniques.
  • PO3: Understand plant–environment interactions, ecosystem functioning, biodiversity conservation, and sustainable environmental management practices.
  • PO4: Gain practical laboratory and field skills in microscopy, plant tissue culture, phytochemical analysis, ecological assessment, and plant disease diagnosis.
  • PO5: Apply knowledge of medicinal plants, phytochemistry, pharmacognosy, and biotechnology in healthcare, agriculture, and industrial applications.
  • PO6: Develop competency in research methodology, biostatistics, instrumentation, scientific documentation, and interpretation of biological data.
  • PO7: Understand the principles and applications of organic farming, biofertilizers, sustainable agriculture, and environmental conservation.
  • PO8: Enhance analytical reasoning, communication skills, scientific writing, and presentation skills for academic and professional excellence.
  • PO9: Build employability and entrepreneurial skills in plant biotechnology, agriculture, herbal industries, environmental consultancy, and research organizations.
  • PO10: Foster scientific ethics, teamwork, leadership qualities, innovation, and lifelong learning for contribution to society and scientific advancement.

Intake

Grant in Aid (GIA) : 13

Higher Payment (HP) : 07

Self-financed (SFI) : 38

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
BOT 1001 Fundamental Microbiology

Students will understand the diversity of viruses and bacteria, microbial structure, growth, reproduction, plant diseases, and economic importance of microorganisms.

 4
BOT 1002 Mycology and Plant Pathology

Students will gain knowledge of fungi, plant pathogens, disease development, disease control methods, and economically important fungal diseases.

 4
BOT 1003 Phycology and Lichen

Students will learn algal diversity, reproduction, life cycles, lichen biology, and ecological importance of algae and lichens.

 4
BOT 1004 Organic Farming and Sustainable Agriculture

Students will understand concepts of organic farming, nutrient management, organic certification, and sustainable agricultural practices.

 4
BOT 1005 Manures and Fertilizers

Students will acquire knowledge about integrated nutrient management, green manure, composting, and biofertilizers.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
BOT 2001 Bryophytes, Pteridophytes, Gymnosperms and Paleobotany

Students will understand lower plant groups, fossil plants, evolution of land plants, and economic importance of cryptogams and gymnosperms.

 4
BOT 2002 Plant Anatomy and Embryology

Students will gain detailed knowledge of plant tissues, secondary growth, pollen biology, embryology, and seed biology.

 4
BOT 2003 Biostatistics, Instrumentation and Techniques

Students will learn biostatistical tools, hypothesis testing, chromatography, spectroscopy, and electrophoretic techniques.

 4
BOT 2004 Pharmacognosy and Phytochemistry

Students will understand medicinal plants, phytochemicals, extraction methods, herbal drug evaluation, and pharmacognostic applications.

 4
BOT 2005 Apiculture

Students will learn bee keeping, honey processing, colony management, and commercial applications of apiculture.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
BOT 3001 Plant Physiology

Students will understand plant water relations, photosynthesis, respiration, flowering physiology, and dormancy mechanisms.

 4
BOT 3002 Plant Ecology and Conservation

Students will gain knowledge of ecosystems, biodiversity, ecological succession, conservation strategies, and environmental management.

 4
BOT 3003 Phytomorphology / Plant Tissue Culture

Students will learn plant morphology, taxonomy, tissue culture techniques, micropropagation, and plant biotechnology applications.

 4
Semester - IV ▾
Course Code Course Title Outcome Credit
BOT 4001 A Seminar Presentation

Students will develop scientific communication, presentation, and analytical skills.

 4
BOT 4001 B Review Presentation

Students will learn literature survey, scientific review writing, and recent advances in plant sciences.

 4
BOT 4002 A Dissertation

Students will conduct independent research work, data analysis, and scientific report writing.

 20
BOT 4002 B Industrial Training / Internship

Students will gain industrial and field exposure related to plant sciences and biotechnology.

 20

Eligibility Criteria

A candidate must have passed the Bachelor’s Degree examination in Science with Botany or Biosciences as one of the subjects from a recognized university.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

Sem-2

&

Sem-3

&

Sem-4

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,755/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

M. Sc. - Zoology

test

Syllabus Download


Program Outcome

  • PO1: Acquire advanced knowledge of animal biology, physiology, ecology, genetics, developmental biology, biotechnology, immunology, and environmental biology.
  • PO2: Develop practical laboratory and analytical skills in zoological techniques, histology, cytogenetics, molecular biology, tissue culture, and physiological studies.
  • PO3: Understand the diversity, evolution, classification, and comparative anatomy of vertebrates and invertebrates.
  • PO4: Apply zoological principles in environmental conservation, wildlife management, aquaculture, apiculture, parasitology, and animal health sciences.
  • PO5: Develop research aptitude through project work, dissertation, scientific review writing, data analysis, and biostatistical interpretation.
  • PO6: Gain knowledge of biotechnology tools including PCR, tissue culture, recombinant DNA technology, electrophoresis, and molecular cytogenetic techniques.
  • PO7: Understand ecological interactions, environmental pollution, sustainable development, and biodiversity conservation.
  • PO8: Enhance scientific communication, presentation, analytical reasoning, and problem-solving skills required for research and professional careers.
  • PO9: Develop professional ethics, scientific attitude, teamwork, and leadership qualities for multidisciplinary biological sciences.
  • PO10: Prepare for higher studies, competitive examinations, research careers, entrepreneurship, and employment in academia, industry, healthcare, and environmental sectors.

Intake

Grant in Aid (GIA): 13

Higher Payment: 07

Self-financed (SFI): 30

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
ZOO 1001 Biology of Non-Chordates

Study of classification, structure, physiology, evolution, and larval forms of non-chordate animals along with practical exposure to diverse invertebrates.

 4
ZOO 1002 Biochemistry and Immunology

Understanding biomolecules, metabolism, immune systems, antigens, antibodies, and immunological techniques with biochemical practical applications.

 4
ZOO 1003 Cell and Molecular Biology

Knowledge of cell structure, membranes, chromosomes, recombinant DNA technology, cytogenetics, and molecular biology techniques.

 4
ZOO 1004 Histology and Developmental Biology

Study of tissue organization, organ systems, embryology, fertilization, gastrulation, and organogenesis in animals.

 4
Semester - II ▾
Course Code Course Title Outcome Credit
ZOO 2001 Biology of Chordates

Study of taxonomy, evolution, comparative anatomy, and diversity of vertebrates and protochordates

 4
ZOO 2002 Animal Physiology

Understanding physiological systems, endocrinology, exercise physiology, and mechanisms of hormone action.

 4
ZOO 2003 Animal Biotechnology and Biostatistics

Training in animal tissue culture, PCR, DNA isolation, biostatistics, and data analysis techniques.

 4
ZOO 2004 Animal Ecology and Environmental Biology

Study of ecosystems, ecology, pollution, environmental hazards, sustainable development, and bioremediation

 4
Semester - III ▾
Course Code Course Title Outcome Credit
Z-3001 Cell Biology and Genetics

Understanding cell organelles, cell cycle, genetics, linkage, mutations, karyotyping, and inheritance patterns.

 4
Z-3002 Chronobiology and Animal Behaviour

Study of biological clocks, animal behavior, communication, social organization, territoriality, and behavioral ecology

 4
Z-3003 Animal Taxonomy, Wildlife and Conservation

Students conduct independent research work with emphasis on scientific methodology, experimentation, and thesis 

 20
Z-3004 Review Article

Development of scientific literature review and critical analysis skills through review of recent research papers.

 4
Semester - IV ▾
Course Code Course Title Outcome Credit
Z-4001 Human Anatomy and Parasitology

Study of human organ systems, infectious diseases, parasites, vectors, and parasitological techniques.

 4
Z-4002 Applied and Economic Zoology

Knowledge of poultry farming, aquaculture, dairy farming, apiculture, and economically important zoological practices

 4
Z-4003 Project / Dissertation Continuation

Continuation and completion of research dissertation with scientific presentation and viva examination.

 20
Z-4004 Seminar Presentation

Students develop scientific presentation and communication skills through seminars and academic activities.

 4

Eligibility Criteria

A candidate must have passed Bachelor’s Degree examination in Science with Zoology as one of the subjects from a recognized university.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Career Scope

  • Research and Development Laboratories
  • Wildlife and Environmental Conservation
  • Biotechnology and Pharmaceutical Industries
  • Aquaculture and Fisheries
  • Healthcare and Diagnostic Laboratories
  • Academia and Teaching
  • Forest and Wildlife Departments
  • Ecology and Environmental Consultancy
  • Animal Biotechnology and Genetics
  • Higher Studies and Research (Ph.D., Fellowships)

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/-(Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-/-

Sem-2

&

Sem-3

&

Sem-4

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/-(Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

M. Sc.- Microbiology_

test


Program Outcome

PO1: Acquire advanced knowledge of microbiology, including microbial diversity, molecular biology, genetic engineering, environmental microbiology, industrial microbiology, immunology, fermentation technology, and bioprocess engineering.

PO2: Develop the ability to identify, classify, and analyze microorganisms using modern microbiological, molecular, biochemical, and bioanalytical techniques and instrumentation.

PO3: Apply microbiological principles and technologies to solve environmental, industrial, agricultural, and healthcare-related problems through sustainable and innovative approaches.

PO4: Gain practical laboratory skills in microbial cultivation, molecular diagnostics, fermentation processes, bioprocess monitoring, biosafety practices, and analytical techniques essential for research and industry.

PO5: Demonstrate competency in research methodology, experimental design, statistical analysis, scientific documentation, dissertation work, and interpretation of scientific data.

PO6: Understand the applications of recombinant DNA technology, microbial biotechnology, biofuels, and microbial products in pharmaceutical, agricultural, environmental, and industrial sectors.

PO7: Develop professional ethics, biosafety awareness, biosecurity practices, intellectual property knowledge, and regulatory understanding required in microbiology and biotechnology fields.

PO8: Enhance communication, presentation, analytical reasoning, and scientific writing skills for academic, research, and professional excellence.

PO9: Build entrepreneurial and employability skills in microbial technology, fermentation industries, pharmaceutical industries, diagnostics, and allied life science sectors.

PO10: Foster lifelong learning, innovation, teamwork, leadership, and multidisciplinary collaboration to contribute effectively to scientific advancement and societal development.

Intake

Grant in Aid (GIA) : 13
Higher Payment (HP) : 07
Self-finance (SFI) : 38

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
MB 1001 Microbial Diversity

Students will develop comprehensive knowledge of microbial diversity, classification, taxonomy, virology, mycology, algae, and cyanobacteria. The course enables understanding of microbial evolution, structure, and ecological significance of microorganisms.

 4
MB 1002 Molecular Biology and Genetic Engineering

Students will understand the molecular basis of life including DNA replication, transcription, translation, and recombinant DNA technology. They will gain practical and theoretical insight into genetic engineering tools and applications in biotechnology

 4
MB 1003 Environmental Microbiology and Biofuels

Students will learn microbial ecology, wastewater treatment, biodegradation, bioremediation, and microbial approaches for environmental sustainability. The course also introduces modern concepts of biofuel and bioenergy production.

 4
MB 1004 Elective paper 1 Biophysical Techniques and Instrumentation

Students will gain knowledge of advanced analytical and molecular techniques such as chromatography, electrophoresis, spectroscopy, and molecular diagnostics used in microbiological and biochemical research.

 4
MB 1004 Elective paper 2 Cell Chemistry and Molecular Interactions

Students will understand biomolecular interactions, bioenergetics, thermodynamics, cell signaling, and biochemical processes responsible for cellular structure and function.

 4
MBP 1005 Practicals

Students will acquire laboratory skills in molecular biology, microbial cultivation, PCR, electrophoresis, water analysis, microbial growth studies, and sterilization techniques essential for research and industry applications.Students will acquire laboratory skills in molecular biology, microbial cultivation, PCR, electrophoresis, water analysis, microbial growth studies, and sterilization techniques essential for research and industry applications.

 6
MB 1006 Skill based Elective paper Biosecurity and Biosafety in Public Health Laboratories

Students will learn biosafety principles, laboratory biosecurity, biomedical waste management, sterilization, disinfection, and safe laboratory practices necessary for clinical and research laboratories.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
MB 2001 Enzymology and Microbial Physiology

Study of enzyme kinetics, enzyme inhibition, protein engineering, industrial applications of enzymes, physiological adaptations of microorganisms, and microbial metabolism including nitrogen fixation and photosynthetic bacteria.

 4
MB 2002 Bioinformatics & Bio-nanotechnology

Covers omics technologies, genome analysis, biological databases, sequence alignment, phylogenetic analysis, protein structure prediction, and applications of bio-nanotechnology in medicine and microbial systems.

 4
MB 2003 Advances and Challenges in Immunology Advances and Challenges in Immunology

Focuses on receptor biology, lymphocyte activation, cancer immunology, immunotherapy, antimicrobial resistance, viral outbreaks, stem cell therapy, and recent advances in immunological research.

 4
MB 2004 Elective paper 1 Advances in Pharmaceutical Microbiology

Includes pharmaceutical microbiology, microbiological quality control, sterility testing, microbial contamination monitoring, sterile products, and microbiological auditing in pharmaceutical industries.

 4
MB 2004 Elective paper 2 Ecology and Evolution

Introduces ecological principles, ecosystem analysis, biodiversity, environmental pollution, origin of life, evolutionary theories, population genetics, behavioral ecology, and conservation biology.

 4
MBP 2005 Practicals

Practical training in enzyme assays, mutation studies, microbial dye decolorization, ELISA, molecular biology techniques, phylogenetic analysis, protein modelling, and 

 6
GE-1 Skill based Elective paper 1 Biofertilizer and Organic Farming

Covers biofertilizer production, microbial inoculants, composting methods, organic farming practices, and economic importance of biofertilizers with hands-on practical exposure.

 2
GE-2 Skill based Elective paper 2 Yogurt and Cheese Production

Provides knowledge of dairy product production, cheese and yogurt processing, quality assurance, packaging, marketing strategies, and small-scale dairy entrepreneurship.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
MB 3001 Fermentation Technology

Students will understand industrial fermentation processes, microbial strain improvement, fermenter design, media optimization, and downstream processing used in biotechnology and industrial microbiology.

 4
MB 3002 Industrial Microbiology

Students will gain knowledge of industrially important microorganisms and microbial products such as antibiotics, enzymes, probiotics, fermented foods, organic acids, and bioactive compounds used in healthcare and industries.

 4
MB 3003 Agricultural Microbiology

Students will understand soil microbial ecology, plant–microbe interactions, plant disease management, biofertilizers, and the role of microorganisms in sustainable agriculture and crop productivity.

 4
MB 3004 A Elective paper 1 Research Methodology and Biostatistics

Students will develop skills in research planning, hypothesis formulation, scientific writing, statistical analysis, data interpretation, and presentation of scientific information for research purposes.

 4
MB 3004 B Elective paper 2 Biostatistics, Research Methodology and Communication Skills

Students will enhance statistical knowledge, communication skills, ICT applications, scientific documentation, logical reasoning, and analytical aptitude required for research and professional development.

 4
MBP 3005 Practicals

Students will gain practical exposure in fermentation technology, microbial product analysis, enzyme production, biostatistical tools, graphical data representation, and scientific software applications.

 6
GE-1 Skill based Elective paper 1 Bioprocess Engineering

Students will understand bioreactor design, fluid flow behavior, mass transfer, mixing operations, and process monitoring techniques used in industrial-scale fermentation systems.

 2
GE-2 Skill based Elective paper 2 Biosafety, Bioethics and IPR

Students will learn biosafety regulations, ethical issues in biotechnology, intellectual property rights, patenting systems, and commercialization of scientific innovations.

 2
GE-3 Skill based Elective paper 3 Advances in Diagnostic Microbiology

Students will gain knowledge of advanced molecular and immunological diagnostic techniques used for identification and detection of infectious diseases and microbial pathogens.

 2
GE-4 Skill based Elective paper 4 Mathematics and General Aptitude Skills

Students will improve quantitative aptitude, logical reasoning, analytical thinking, and mathematical problem-solving abilities useful for competitive examinations and research aptitude.

 2
Semester - IV ▾
Course Code Course Title Outcome Credit
MB 4001 A Seminar Presentation

Students will develop scientific presentation skills, communication abilities, confidence in public speaking, and the ability to organize and present microbiological concepts effectively.

 4
MB 4001 B Review Presentation

Students will learn literature survey, critical analysis of research publications, scientific review writing, and presentation of recent developments in microbiology and allied sciences.

 4
MB 4002 A Dissertation

Students will conduct independent research work involving experimental design, data analysis, interpretation, and scientific report writing to strengthen research aptitude and innovation.

 20
MB 4002 B Industrial Training / Internship Project

Students will gain industrial exposure and practical training in microbiology, biotechnology, quality control, and industrial operations to improve professional and employability skills.

 20
MB 4002 C Start-up Prototype Development Project

Students will develop entrepreneurial thinking, innovation skills, prototype development abilities, and practical understanding of transforming scientific ideas into start-up opportunities.

 20

Eligibility Criteria

A candidate must have passed the Bachelor’s Degree examination in Science with English as compulsory subject. A candidate who has obtained his/her Bachelor’s Degree with Medical Technology/Microbiology shall be considered eligible for admission to Microbiology course.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

2,355/- + 39,550/- (Self Finance)

Total Rs. 41,905/-

2,355/- + 39,550/- (Self Finance)

Total Rs. 41,905/-

Sem-2

&

Sem-3

&

Sem-4

4,285/- (Regular)

7,135/- (Regular)

4,285/- + 21,660/- (Higher Payment)Total Rs. 25,945/-

7,135/- + 21,660/- (Higher Payment) Total Rs. 28,795/-

1,785/- + 39,550/- (Self Finance)

Total Rs. 41,335/-

1,785/- + 39,550/- (Self Finance)

Total Rs. 41,335/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

Ph. D. Biosciences

test

Syllabus Download


Objective of Program

The core objective of the programme is to provide the students research supervision with a suitable research methodology in view of the research topics selected, maintaining academic rigour.

Program Outcome

PO1: Think Critically: Get ability to apply the process of science by formulating hypotheses and design experiments based on the scientific method.
PO2: Problem analysis:Analyze and interpret results generated through studies in Master of Science, taxonomical treatments, field studies, excursion tours and laboratory techniques used in the subject. Identify credible scientific sources to interpret and evaluate the evidences.
PO3: Reasoning ability: Use quantitative reasoning by using mathematical calculations and graphing skills to solve problems in the field of science.
PO4: Communication Skill: Effective Communication and collaborate with other disciplines by effectively communicating the fundamental concepts of Biological Science in written and oral format.
PO5: Ethical awareness: Understand the relationship between science and society by recognizing and discussing logical, scientific and ethical issues in Biological science subject
PO6: Digitally literate:Capable of using computers for Bioinformatics and computation and appropriate software for analysis of genomics and proteomics data, and employing modern bioinformatics search tools to locate, retrieve, and evaluate location and biological annotation genes of different species.
PO7: Self-directed and Life-long Learning: Acquire the ability to engage in independent and life-long learning in the broadest context socio- technological changes
PO8: Global thinking: Knowledgeable disciple students with good values, ethics, and kind heart will help in nation building globally.

Program Duration

3 years minimally in accordance with the UGC norms

Ph.D. Coursework ▾
Course Code Course Title Outcome Credit
Course: CW101 Advances in Research Methodology

CO1: Able to understand the research problem and design and research work
CO2: Able to write, prepare poster and present oral presentation
CO3: Able to prepare CV and face the interview

 4
Course: CW102 Advances in Research Techniques

CO1: Able to understand the principle and operating mechanism of various sophisticated instruments.
CO2: will be aware and will be able to perform advanced techniques in the field of molecular biology and biotechnology.
CO3: Able to do Computational Data processing and research problem solving through Biostatistics

 4
Course: CW103ZO or Advances in Zoology

CO1: Able to understand Applications of animal tissue culture.
CO2: Able to understand Applications of animal tissue cultureApplications of animal tissue culture
CO3: Knowledge will be impart through active learning methodology like field visit, academic tour and brain storming sessions

 4
Course: CW103BO or Advances in Botany

CO1: Able to understand techniques and application of plant tissue culture.
CO2: Able to understand molecular and biochemical aspects of plants and plant toxicity.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4
Course: CW103MB or Advances in Microbiology

CO1: Able to understand techniques and application of applied microbiology, metabolomics and system biology.
CO2: Able to understand genetical, physiological and taxonomical aspects of microbes.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4
Course: CW103BT Advances in Biotechnology

CO1: Able to understand techniques and application of biotechnology in the field of zoology, botany and microbiology.
CO2: Able to understand various advanced biotechnological methods for the betterment of living biota.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4

Eligibility Criteria

Ph.D. Enterance Test / [ NET / SLET / M.Phil.]

Admission Details

Merit Based

Reservation Policy

As per Government Rules

Fee Structure *

*Subject to Revision Periodically

P.G. Diploma in Toxicology

The PG Diploma in Toxicology (PGDT) is designed to provide specialized knowledge and practical training in toxicology, environmental safety, ecotoxicology, food safety, industrial toxicology, analytical methods, and regulatory systems. The course addresses the growing industrial and environmental needs of South Gujarat and prepares students for careers in pharmaceutical industries, environmental monitoring laboratories, CROs, and research organizations.

Syllabus Download


Program Outcome

  • PO1: Acquire fundamental and applied knowledge of toxicology, environmental toxicology, ecotoxicology, food toxicology, and genetic toxicology.
  • PO2: Understand mechanisms of toxicity, dose-response relationships, exposure pathways, and toxic effects on biological systems.
  • PO3: Develop practical skills in analytical methods, instrumentation, toxicological testing, and laboratory safety practices.
  • PO4: Gain knowledge of environmental pollution, occupational toxicology, radioactive pollution, and industrial toxic hazards.
  • PO5: Learn modern in-vitro toxicological assays, genetic toxicology methods, and risk assessment approaches.
  • PO6: Understand food safety standards, nutritional toxicology, food contaminants, and toxic residues in food products.
  • PO7: Develop competency in biostatistics, statistical analysis, interpretation of toxicological data, and risk management.
  • PO8: Understand national and international regulations, quality systems, GLP, NABL, OECD guidelines, and environmental standards.
  • PO9: Enhance employability and industrial skills through field work, industrial training, and practical exposure.
  • PO10: Develop scientific communication, analytical thinking, ethical responsibility, and lifelong learning abilities in toxicology.

Intake

Self-financed (SFI) : 50

Program Duration

1 Year

Semester - 1 ▾
Course Code Course Title Outcome Credit
PGDT-101 Principles of Toxicology

Students will understand principles of toxicology, dose-response relationships, toxicity testing, exposure routes, mechanisms of toxicity, and safety evaluation methods.

 3
PGDT-102 Principles of Ecotoxicology

Students will gain knowledge of ecotoxicology, environmental test species, toxicity testing methods, and mechanisms of toxicity in terrestrial and aquatic organisms.

 3
PGDT-103 Environmental Toxicology

Students will understand environmental pollution, occupational toxicology, air, water, land, atmospheric and radioactive pollution along with their biological effects.

 3
PGDT-104 Analytical Methods & Instrumentation

Students will develop understanding of analytical methods, laboratory instrumentation, sample handling, method validation, and environmental analysis techniques.

 3
PGDT-105 Practicals

Students will gain laboratory training in toxicological analysis, analytical instrumentation, toxicity testing, environmental monitoring, and sample processing techniques.

 6
PGDT-106 Field work

Students will develop practical exposure to industries, environmental monitoring systems, pollution control practices, and field-based toxicological observations.

 2
Semester - 2 ▾
Course Code Course Title Outcome Credit
PGDT-201 CORE - Genetic Toxicology & In-vitro Methods

Covers genetic toxicology, bacterial and mammalian test systems, chromosomal aberration assays, comet assay, micro arrays, and in-vitro toxicological methods.

 3
PGDT-202 CORE - Food Safety and Nutritional Toxicology

Focuses on food toxicants, food additives, microbial food toxins, nutritional toxicology, food safety standards, and toxic residues in food.

 3
PGDT-203 CORE - Biostatistics and Risk Assessment

Introduces statistical methods, correlation, regression, ANOVA, toxicological data analysis, and risk assessment approaches for chemicals and pharmaceuticals.

 2
PGDT-204 CORE - Regulations and Quality systems

Provides understanding of regulatory guidelines, GLP, NABL, ISO, OECD standards, CDSCO, FSSAI, CPCB, and international quality systems.

 2
PGDT-205 PRACTICAL - Practicals

Practical training in toxicological assays, analytical techniques, instrumentation handling, risk analysis, and laboratory testing procedures.

 6
PGDT-206 TRAINING - Industrial Training

Students will receive industrial exposure and hands-on training in toxicology laboratories, pharmaceutical industries, CROs, and environmental monitoring units.

 4

Eligibility Criteria

A candidate must have passed Bachelor’s Degree examination in Science from a recognized university. Post-graduate students and research scholars in Biosciences and allied subjects may also pursue the course as an add-on program.

Admission Details

Merit based.

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

13,755/- (Self Finance)

13,755/- (Self Finance)

Sem-2

 

13,755/- (Self Finance)

13,755/- (Self Finance)

Exam Fees Per Semester Rs. 1,020/-

*Subject to Revision Periodically

P.G. Diploma in Herbal Technology and Integrated Wellness (PGDHTIW)

Post Graduate Diploma programme focused on herbal technology, yoga sciences, nutraceuticals, functional foods, integrated wellness, and entrepreneurship.


Program Outcome

PO1: Knowledge of Herbal & Wellness Sciences.

PO2: Understanding of Traditional & Modern Health Systems.

PO3: Application of Herbal & Yogic Practices.

PO4: Analytical & Critical Thinking.

PO5: Evaluation & Evidence-Based Decision Making.

PO6: Innovation & Creation.

PO7: Professional, Ethical & Sustainable Practices.

PO8: Practical, Research & Entrepreneurial Skills.

Intake

Self-financed (SFI) : 25

Program Duration

1 Year (2 Semesters)

Semester - I ▾
Course Code Course Title Outcome Credit
PGDHTIW-1001 CORE - Fundamentals of Herbal Technology

Introduction to herbal technology, medicinal plants, phytochemistry, herbal formulations, ethics, and sustainable practices.

 4
PGDHTIW-1002 CORE - Ancient Indian Herbal Drug Technologies

Ayurvedic principles, medicinal plants, herbal formulations, quality control, and modern applications.

 4
PGDHTIW-1003 CORE - Advanced Yoga, Health & Applied Yogic Sciences

Yoga philosophy, anatomy, physiology, yogic practices, stress management, and teaching methodology.

 4
PGDHTIW-1004 BKS - Yoga and Integrated Wellness

Foundations of yoga, wellness practices, pranayama, asanas, and integrated health.

 2
PGDHTIW-1005 SEC - Business Aptitude for Herbal Technology & Integrated Wellness

Entrepreneurship, herbal wellness centres, infrastructure, staffing, and business opportunities.

 2
PRACTICALS PRACTICAL - Practicals based on Paper PGDHT-1001,1002,1003 6
Semester - II ▾
Course Code Course Title Outcome Credit
PGDHTIW-2001 CORE - Functional Food and Nutrigenomics

Functional foods, nutrigenomics, bioactive compounds, meal planning, regulations, and future trends.

 4
PGDHTIW-2002 CORE - Nutraceuticals

Nutraceutical concepts, phytochemicals, extraction techniques, safety, regulations, and market trends.

 4
PGDHTIW-2003 SEC - Business Aptitude for Establishment of Health & Nutrition Centers 2
PGDHTIW-2004 PRACTICAL - Dissertation / Training / Internship 12

Eligibility Criteria

Any graduate from a recognized university is eligible for admission to the programme.

Admission Details

Merit based.

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

17,500/- (Self Finance)

17,500/- (Self Finance)

Sem-2

17,500/- (Self Finance)

17,500/- (Self Finance)

Exam Fees Per Semester Rs. 1,130/-

*Subject to Revision Periodically

Bachelor of Medical Laboratory Science

Bachelor of Medical Laboratory Science (BMLS) is a 4 years (8 semesters including internship) professional undergraduate programme offered by the Department of Biosciences, Veer Narmad South Gujarat University, Surat.

The programme is designed according to competency-based curriculum guidelines recommended by the National Commission for Allied and Healthcare Professions (NCAHP), Ministry of Health and Family Welfare, Government of India. The course provides comprehensive theoretical knowledge, advanced laboratory skills, diagnostic expertise, and clinical training required for modern healthcare laboratories and diagnostic industries.

The BMLS programme focuses on major disciplines including Clinical Biochemistry, Hematology, Clinical Pathology, Histopathology, Cytology, Medical Microbiology, Immunology, Molecular Diagnostics, Blood Banking, Laboratory Instrumentation, Quality Assurance, Biosafety, and Research Methodology. Students are trained through classroom teaching, laboratory practicals, hospital postings, case-based learning, research activities, and one-year compulsory clinical internship.


Program Outcome

PO1: Clinical Laboratory Competence:

Develop ability to perform routine and advanced diagnostic laboratory investigations using standard laboratory protocols, instrumentation, and analytical techniques.

PO2: Diagnostic and Analytical Skills:

Analyse and interpret laboratory findings accurately for disease diagnosis, monitoring, and therapeutic evaluation in clinical healthcare settings.

PO3: Technical and Practical Proficiency:

Acquire hands-on skills in hematology, microbiology, clinical biochemistry, molecular diagnostics, histopathology, immunology, and blood banking techniques.

PO4: Research and Scientific Temperament:

Develop scientific reasoning, research aptitude, and problem-solving abilities through laboratory projects, case studies, and evidence-based learning approaches.

PO5: Communication and Teamwork:

Demonstrate effective communication skills and collaborate efficiently with clinicians, healthcare professionals, researchers, and laboratory personnel in multidisciplinary healthcare environments.

PO6: Professional Ethics and Biosafety:

Apply ethical laboratory practices, biosafety measures, biomedical waste management principles, and quality assurance standards while handling clinical specimens and laboratory procedures.

PO7: Quality Assurance and Laboratory Management:

Understand laboratory quality control systems, accreditation procedures, documentation practices, and management of modern diagnostic laboratories.

PO8: Digital and Technological Competency:

Develop competency in laboratory automation, healthcare informatics, molecular technologies, bioinformatics tools, and modern diagnostic instrumentation.

PO9: Lifelong Learning and Professional Development:

Engage in continuous learning, skill enhancement, and adaptation to emerging diagnostic technologies and healthcare advancements.

PO10: Healthcare and Social Responsibility:

Contribute effectively toward public health services, preventive healthcare, disease surveillance, and community healthcare through accurate and reliable laboratory diagnostics.

Intake

Self-Finance (SFI):75

Program Duration  

4 Years

(3 Years Academic + 1 Year Clinical Internship)

Semester – I ▾
Course Code Course Title Outcome Credit
- Human Anatomy

Students will understand the structure and organization of human body systems and anatomical relationships relevant to laboratory diagnosis and healthcare practice

 4
- Human Physiology

Develop understanding of physiological mechanisms and normal body functions associated with organ systems and clinical laboratory investigations

 4
- Fundamentals of Healthcare System and Medical Laboratory Science

Understand healthcare delivery systems, organization of clinical laboratories, laboratory safety, biomedical waste management, and role of medical laboratory professionals in healthcare.

 2
- Communication and Professionalism

Develop communication skills, professional ethics, teamwork, patient interaction, and professional behavior required in healthcare services.

 2
- Basic Emergency Care and First Aid

Learn basic life support, emergency response, first aid procedures, and patient safety measures in healthcare settings.

 2
- Basics of Computer Application

Acquire computer literacy, healthcare documentation skills, data management, and basic software applications used in laboratories.

 2
- Human Anatomy Practical

Develop practical knowledge of anatomical structures, models, specimens, and microscopic anatomy.

 2
- Human Physiology Practical

Gain practical skills related to physiological experiments, clinical measurements, and functional assessment techniques.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
- Fundamentals of Microbiology

Understand microbial classification, morphology, culture techniques, sterilization, infection control, and laboratory handling procedures.

 4
- Basics of Biochemistry

Learn biochemical principles, biomolecules, enzymes, metabolism, and clinical biochemical analysis

 4
- Fundamentals of Haematology

Develop knowledge of blood cells, hematopoiesis, coagulation mechanisms, and hematological disorders

 4
- Preventive and Social Medicine

Understand community health, epidemiology, public health measures, disease prevention, and healthcare awareness.

 2
- Fundamentals of Microbiology Practical

Gain practical skills in staining, microscopy, culture preparation, sterilization, and microbial identification

 2
- Basics of Biochemistry Practical

Perform biochemical assays, solution preparation, analytical techniques, and interpretation of biochemical parameters.

 2
- Fundamentals of Haematology Practical

Learn blood grouping, hemoglobin estimation, cell counting, peripheral smear examination, and coagulation testing.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
- Clinical Biochemistry

Understand biochemical analysis of blood and body fluids, liver function, renal function, lipid profile, and metabolic disorders.

 4
- Clinical Microbiology

Develop diagnostic microbiology skills including bacteriology, virology, mycology, and antimicrobial sensitivity testing.

 4
- Histopathology and Cytology

Learn tissue processing, staining, microscopic examination, cytological screening, and histopathological diagnosis

 4
- Immunology and Serology

Understand antigen-antibody reactions, immune response mechanisms, serological testing, and immunodiagnostic procedures.

 4
- Clinical Biochemistry Practical

Perform biochemical investigations using spectrophotometers, analyzers, and quality control procedures.

 2
- Clinical Microbiology Practical

Develop competency in culture techniques, identification tests, staining procedures, and pathogen analysis.

 2
- Histopathology and Cytology Practical

Learn tissue fixation, embedding, sectioning, staining, and microscopic interpretation of slides.

 2
Semester - IV ▾
Course Code Course Title Outcome Credit
- Advanced Haematology

Analyze hematological disorders, blood malignancies, coagulation abnormalities, and advanced diagnostic procedures.

 4
- Clinical Pathology

Understand examination of urine, stool, body fluids, semen analysis, and pathological diagnostic procedures.

 4
- Blood Banking and Transfusion Science

Learn blood collection, compatibility testing, component preparation, transfusion reactions, and blood bank management.

 4
- Molecular Diagnostics

Develop knowledge of PCR, electrophoresis, molecular markers, genetic testing, and molecular diagnostic techniques.

 4
- Instrumentation Practical

Operate automated analyzers, diagnostic instruments, and quality monitoring systems.

 2
- Advanced Haematology Practical

Perform advanced hematological testing, bone marrow studies, coagulation analysis, and blood smear interpretation

 2
- Clinical Pathology Practical

Conduct routine pathological examinations and interpret laboratory findings in clinical settings.

 2
- Blood Banking Practical

Gain practical skills in blood grouping, cross-matching, donor screening, and transfusion procedures.

 2
Semester – V ▾
Course Code Course Title Outcome Credit
- Laboratory Instrumentation and Automation

Understand laboratory instruments, automation systems, calibration, maintenance, and troubleshooting procedures

 4
- Quality Assurance and Laboratory Management

Learn quality control systems, NABL standards, laboratory accreditation, documentation, and management principles.

 4
- Medical Parasitology and Mycology

Develop knowledge of parasites, fungi, diagnostic procedures, pathogenicity, and laboratory identification methods.

 4
- Research Methodology and Biostatistics

Understand research design, scientific methodology, statistical analysis, data interpretation, and biomedical research ethics.

 4
- Quality Assurance Practical

Apply laboratory quality control, calibration, documentation, and validation procedures.

 2
- Research Methodology Practical

Perform statistical analysis, data handling, scientific reporting, and research presentation techniques.

 2
Semester – VI ▾
Course Code Course Title Outcome Credit
- Advanced Molecular Techniques

Learn advanced molecular biology applications, nucleic acid analysis, genomics, and molecular diagnostics.

 4
- Clinical Laboratory Management

Understand laboratory administration, inventory management, manpower handling, healthcare regulations, and professional ethics.

 4
- Diagnostic Cytogenetics and Genetics

Develop knowledge of chromosomal analysis, genetic disorders, molecular genetics, and cytogenetic techniques.

 4
- Dissertation / Research Project

Conduct independent research, analyze scientific data, prepare dissertation, and present research findings.

 4
- Molecular Techniques Practical

Perform PCR, electrophoresis, DNA/RNA isolation, and molecular diagnostic procedures.

 2
- Clinical Posting / Hospital Training

Gain real-time clinical laboratory exposure and multidisciplinary healthcare experience.

 2
Semester – VII ▾
Course Code Course Title Outcome Credit
- Clinical Internship / Laboratory Rotation – I

Students will independently perform laboratory investigations, maintain quality assurance, interpret diagnostic findings, and function effectively in hospital laboratories under supervision

 10
- Internship Logbook and Skill Assessment

Maintain records of performed laboratory procedures, departmental postings, and competency-based skill assessment during clinical training.

 10
Semester – VIII ▾
Course Code Course Title Outcome Credit
- Clinical Internship / Laboratory Rotation – II

Develop professional competency in advanced diagnostic laboratories including microbiology, biochemistry, hematology, molecular diagnostics, pathology, and blood banking.

 10
- Final Skill Assessment and Case Presentation

Demonstrate clinical laboratory competence, analytical skills, quality practices, professional ethics, and case-based diagnostic interpretation.

 10

Eligibility  

A candidate shall be admitted to the Bachelor of Medical Laboratory Science (BMLS) program after fulfilling the following eligibility requirements:

  • Candidate must have completed 10+2 (Science Stream) from a recognized board.
  • The candidate should have studied:
    • Physics
    • Chemistry
    • Biology and/or Mathematics
  • Minimum qualifying marks should be as prescribed by the respective university or regulatory authority.
  • Universities may consider:
    • NEET appeared candidates, or
    • University / State level entrance examination candidates for admission.

Additional Eligibility Requirements

  • Candidate should be medically fit.
  • Admission shall be subject to university norms and reservation policies.
  • The course follows full-time mode only; part-time or distance mode is not permitted for allied and healthcare science programs.

Admission:

Admission Process

Admission to the BMLS program shall be based on:

  • Merit obtained in qualifying examination (10+2 Science), and/or
  • Performance in:
    • NEET examination, or
    • University / State entrance examination, as applicable.

Reservation Policy

Reservation of seats shall be applicable as per:

  • Government of India norms
  • State Government rules
  • University regulations

Course Duration

  • Duration: 4 Years
  • Structure:
    • 8 Semesters
    • Includes mandatory clinical laboratory training and internship postings.

Medium of Instruction

  • English

Attendance Requirement

Students are required to maintain minimum attendance as prescribed by the university and NCAHP competency-based curriculum guidelines.

Fee Structure *

Sr. No

Gender

Self-Finance Seat

1

Female

31350/- SF Fee

2500/- Lab Fee

2355/- Uni. Fee

2

Male

 

36,205/- Total

Additional Fees-

  • Examination fees shall be charged separately per semester as per university rules.
  • Laboratory consumable charges, clinical training charges, dissertation charges, and registration fees may apply additionally.

Important Note

  • Fee structure is subject to revision periodically by the university/regulatory authority.
  • Internship stipend, if applicable, shall be governed by institutional policy and NCAHP recommendations.

*Subject to Revision Periodically

M. Sc. - Botany

The M.Sc. Botany programme provides advanced knowledge in plant sciences including plant diversity, physiology, ecology, taxonomy, microbiology, biotechnology, pharmacognosy, phytochemistry, plant pathology, tissue culture, and sustainable agriculture. The programme emphasizes theoretical understanding, laboratory skills, field studies, research aptitude, and applications of plant sciences in agriculture, industry, healthcare, environmental management, and biotechnology.

Syllabus Download


 Program Outcome

  • PO1: Acquire advanced knowledge of plant sciences including taxonomy, physiology, ecology, anatomy, embryology, microbiology, biotechnology, pharmacognosy, and plant pathology.
  • PO2: Develop the ability to identify, classify, analyze, and conserve plant diversity using modern scientific approaches and laboratory techniques.
  • PO3: Understand plant–environment interactions, ecosystem functioning, biodiversity conservation, and sustainable environmental management practices.
  • PO4: Gain practical laboratory and field skills in microscopy, plant tissue culture, phytochemical analysis, ecological assessment, and plant disease diagnosis.
  • PO5: Apply knowledge of medicinal plants, phytochemistry, pharmacognosy, and biotechnology in healthcare, agriculture, and industrial applications.
  • PO6: Develop competency in research methodology, biostatistics, instrumentation, scientific documentation, and interpretation of biological data.
  • PO7: Understand the principles and applications of organic farming, biofertilizers, sustainable agriculture, and environmental conservation.
  • PO8: Enhance analytical reasoning, communication skills, scientific writing, and presentation skills for academic and professional excellence.
  • PO9: Build employability and entrepreneurial skills in plant biotechnology, agriculture, herbal industries, environmental consultancy, and research organizations.
  • PO10: Foster scientific ethics, teamwork, leadership qualities, innovation, and lifelong learning for contribution to society and scientific advancement.

Intake

Grant in Aid (GIA) : 13

Higher Payment (HP) : 07

Self-financed (SFI) : 38

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
BOT 1001 Fundamental Microbiology

Students will understand the diversity of viruses and bacteria, microbial structure, growth, reproduction, plant diseases, and economic importance of microorganisms.

 4
BOT 1002 Mycology and Plant Pathology

Students will gain knowledge of fungi, plant pathogens, disease development, disease control methods, and economically important fungal diseases.

 4
BOT 1003 Phycology and Lichen

Students will learn algal diversity, reproduction, life cycles, lichen biology, and ecological importance of algae and lichens.

 4
BOT 1004 Organic Farming and Sustainable Agriculture

Students will understand concepts of organic farming, nutrient management, organic certification, and sustainable agricultural practices.

 4
BOT 1005 Manures and Fertilizers

Students will acquire knowledge about integrated nutrient management, green manure, composting, and biofertilizers.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
BOT 2001 Bryophytes, Pteridophytes, Gymnosperms and Paleobotany

Students will understand lower plant groups, fossil plants, evolution of land plants, and economic importance of cryptogams and gymnosperms.

 4
BOT 2002 Plant Anatomy and Embryology

Students will gain detailed knowledge of plant tissues, secondary growth, pollen biology, embryology, and seed biology.

 4
BOT 2003 Biostatistics, Instrumentation and Techniques

Students will learn biostatistical tools, hypothesis testing, chromatography, spectroscopy, and electrophoretic techniques.

 4
BOT 2004 Pharmacognosy and Phytochemistry

Students will understand medicinal plants, phytochemicals, extraction methods, herbal drug evaluation, and pharmacognostic applications.

 4
BOT 2005 Apiculture

Students will learn bee keeping, honey processing, colony management, and commercial applications of apiculture.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
BOT 3001 Plant Physiology

Students will understand plant water relations, photosynthesis, respiration, flowering physiology, and dormancy mechanisms.

 4
BOT 3002 Plant Ecology and Conservation

Students will gain knowledge of ecosystems, biodiversity, ecological succession, conservation strategies, and environmental management.

 4
BOT 3003 Phytomorphology / Plant Tissue Culture

Students will learn plant morphology, taxonomy, tissue culture techniques, micropropagation, and plant biotechnology applications.

 4
Semester - IV ▾
Course Code Course Title Outcome Credit
BOT 4001 A Seminar Presentation

Students will develop scientific communication, presentation, and analytical skills.

 4
BOT 4001 B Review Presentation

Students will learn literature survey, scientific review writing, and recent advances in plant sciences.

 4
BOT 4002 A Dissertation

Students will conduct independent research work, data analysis, and scientific report writing.

 20
BOT 4002 B Industrial Training / Internship

Students will gain industrial and field exposure related to plant sciences and biotechnology.

 20

Eligibility Criteria

A candidate must have passed the Bachelor’s Degree examination in Science with Botany or Biosciences as one of the subjects from a recognized university.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

Sem-2

&

Sem-3

&

Sem-4

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,755/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

M. Sc. - Zoology

test

Syllabus Download


Program Outcome

  • PO1: Acquire advanced knowledge of animal biology, physiology, ecology, genetics, developmental biology, biotechnology, immunology, and environmental biology.
  • PO2: Develop practical laboratory and analytical skills in zoological techniques, histology, cytogenetics, molecular biology, tissue culture, and physiological studies.
  • PO3: Understand the diversity, evolution, classification, and comparative anatomy of vertebrates and invertebrates.
  • PO4: Apply zoological principles in environmental conservation, wildlife management, aquaculture, apiculture, parasitology, and animal health sciences.
  • PO5: Develop research aptitude through project work, dissertation, scientific review writing, data analysis, and biostatistical interpretation.
  • PO6: Gain knowledge of biotechnology tools including PCR, tissue culture, recombinant DNA technology, electrophoresis, and molecular cytogenetic techniques.
  • PO7: Understand ecological interactions, environmental pollution, sustainable development, and biodiversity conservation.
  • PO8: Enhance scientific communication, presentation, analytical reasoning, and problem-solving skills required for research and professional careers.
  • PO9: Develop professional ethics, scientific attitude, teamwork, and leadership qualities for multidisciplinary biological sciences.
  • PO10: Prepare for higher studies, competitive examinations, research careers, entrepreneurship, and employment in academia, industry, healthcare, and environmental sectors.

Intake

Grant in Aid (GIA): 13

Higher Payment: 07

Self-financed (SFI): 30

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
ZOO 1001 Biology of Non-Chordates

Study of classification, structure, physiology, evolution, and larval forms of non-chordate animals along with practical exposure to diverse invertebrates.

 4
ZOO 1002 Biochemistry and Immunology

Understanding biomolecules, metabolism, immune systems, antigens, antibodies, and immunological techniques with biochemical practical applications.

 4
ZOO 1003 Cell and Molecular Biology

Knowledge of cell structure, membranes, chromosomes, recombinant DNA technology, cytogenetics, and molecular biology techniques.

 4
ZOO 1004 Histology and Developmental Biology

Study of tissue organization, organ systems, embryology, fertilization, gastrulation, and organogenesis in animals.

 4
Semester - II ▾
Course Code Course Title Outcome Credit
ZOO 2001 Biology of Chordates

Study of taxonomy, evolution, comparative anatomy, and diversity of vertebrates and protochordates

 4
ZOO 2002 Animal Physiology

Understanding physiological systems, endocrinology, exercise physiology, and mechanisms of hormone action.

 4
ZOO 2003 Animal Biotechnology and Biostatistics

Training in animal tissue culture, PCR, DNA isolation, biostatistics, and data analysis techniques.

 4
ZOO 2004 Animal Ecology and Environmental Biology

Study of ecosystems, ecology, pollution, environmental hazards, sustainable development, and bioremediation

 4
Semester - III ▾
Course Code Course Title Outcome Credit
Z-3001 Cell Biology and Genetics

Understanding cell organelles, cell cycle, genetics, linkage, mutations, karyotyping, and inheritance patterns.

 4
Z-3002 Chronobiology and Animal Behaviour

Study of biological clocks, animal behavior, communication, social organization, territoriality, and behavioral ecology

 4
Z-3003 Animal Taxonomy, Wildlife and Conservation

Students conduct independent research work with emphasis on scientific methodology, experimentation, and thesis 

 20
Z-3004 Review Article

Development of scientific literature review and critical analysis skills through review of recent research papers.

 4
Semester - IV ▾
Course Code Course Title Outcome Credit
Z-4001 Human Anatomy and Parasitology

Study of human organ systems, infectious diseases, parasites, vectors, and parasitological techniques.

 4
Z-4002 Applied and Economic Zoology

Knowledge of poultry farming, aquaculture, dairy farming, apiculture, and economically important zoological practices

 4
Z-4003 Project / Dissertation Continuation

Continuation and completion of research dissertation with scientific presentation and viva examination.

 20
Z-4004 Seminar Presentation

Students develop scientific presentation and communication skills through seminars and academic activities.

 4

Eligibility Criteria

A candidate must have passed Bachelor’s Degree examination in Science with Zoology as one of the subjects from a recognized university.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Career Scope

  • Research and Development Laboratories
  • Wildlife and Environmental Conservation
  • Biotechnology and Pharmaceutical Industries
  • Aquaculture and Fisheries
  • Healthcare and Diagnostic Laboratories
  • Academia and Teaching
  • Forest and Wildlife Departments
  • Ecology and Environmental Consultancy
  • Animal Biotechnology and Genetics
  • Higher Studies and Research (Ph.D., Fellowships)

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/-(Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-/-

Sem-2

&

Sem-3

&

Sem-4

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

4,855/- + 31,920/-(Self Finance)

Total Rs. 36,775/-

4,855/- + 31,920/- (Self Finance)

Total Rs. 36,775/-/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

M. Sc.- Microbiology_

test


Program Outcome

PO1: Acquire advanced knowledge of microbiology, including microbial diversity, molecular biology, genetic engineering, environmental microbiology, industrial microbiology, immunology, fermentation technology, and bioprocess engineering.

PO2: Develop the ability to identify, classify, and analyze microorganisms using modern microbiological, molecular, biochemical, and bioanalytical techniques and instrumentation.

PO3: Apply microbiological principles and technologies to solve environmental, industrial, agricultural, and healthcare-related problems through sustainable and innovative approaches.

PO4: Gain practical laboratory skills in microbial cultivation, molecular diagnostics, fermentation processes, bioprocess monitoring, biosafety practices, and analytical techniques essential for research and industry.

PO5: Demonstrate competency in research methodology, experimental design, statistical analysis, scientific documentation, dissertation work, and interpretation of scientific data.

PO6: Understand the applications of recombinant DNA technology, microbial biotechnology, biofuels, and microbial products in pharmaceutical, agricultural, environmental, and industrial sectors.

PO7: Develop professional ethics, biosafety awareness, biosecurity practices, intellectual property knowledge, and regulatory understanding required in microbiology and biotechnology fields.

PO8: Enhance communication, presentation, analytical reasoning, and scientific writing skills for academic, research, and professional excellence.

PO9: Build entrepreneurial and employability skills in microbial technology, fermentation industries, pharmaceutical industries, diagnostics, and allied life science sectors.

PO10: Foster lifelong learning, innovation, teamwork, leadership, and multidisciplinary collaboration to contribute effectively to scientific advancement and societal development.

Intake

Grant in Aid (GIA) : 13
Higher Payment (HP) : 07
Self-finance (SFI) : 38

Program Duration

2 years

Semester - I ▾
Course Code Course Title Outcome Credit
MB 1001 Microbial Diversity

Students will develop comprehensive knowledge of microbial diversity, classification, taxonomy, virology, mycology, algae, and cyanobacteria. The course enables understanding of microbial evolution, structure, and ecological significance of microorganisms.

 4
MB 1002 Molecular Biology and Genetic Engineering

Students will understand the molecular basis of life including DNA replication, transcription, translation, and recombinant DNA technology. They will gain practical and theoretical insight into genetic engineering tools and applications in biotechnology

 4
MB 1003 Environmental Microbiology and Biofuels

Students will learn microbial ecology, wastewater treatment, biodegradation, bioremediation, and microbial approaches for environmental sustainability. The course also introduces modern concepts of biofuel and bioenergy production.

 4
MB 1004 Elective paper 1 Biophysical Techniques and Instrumentation

Students will gain knowledge of advanced analytical and molecular techniques such as chromatography, electrophoresis, spectroscopy, and molecular diagnostics used in microbiological and biochemical research.

 4
MB 1004 Elective paper 2 Cell Chemistry and Molecular Interactions

Students will understand biomolecular interactions, bioenergetics, thermodynamics, cell signaling, and biochemical processes responsible for cellular structure and function.

 4
MBP 1005 Practicals

Students will acquire laboratory skills in molecular biology, microbial cultivation, PCR, electrophoresis, water analysis, microbial growth studies, and sterilization techniques essential for research and industry applications.Students will acquire laboratory skills in molecular biology, microbial cultivation, PCR, electrophoresis, water analysis, microbial growth studies, and sterilization techniques essential for research and industry applications.

 6
MB 1006 Skill based Elective paper Biosecurity and Biosafety in Public Health Laboratories

Students will learn biosafety principles, laboratory biosecurity, biomedical waste management, sterilization, disinfection, and safe laboratory practices necessary for clinical and research laboratories.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
MB 2001 Enzymology and Microbial Physiology

Study of enzyme kinetics, enzyme inhibition, protein engineering, industrial applications of enzymes, physiological adaptations of microorganisms, and microbial metabolism including nitrogen fixation and photosynthetic bacteria.

 4
MB 2002 Bioinformatics & Bio-nanotechnology

Covers omics technologies, genome analysis, biological databases, sequence alignment, phylogenetic analysis, protein structure prediction, and applications of bio-nanotechnology in medicine and microbial systems.

 4
MB 2003 Advances and Challenges in Immunology Advances and Challenges in Immunology

Focuses on receptor biology, lymphocyte activation, cancer immunology, immunotherapy, antimicrobial resistance, viral outbreaks, stem cell therapy, and recent advances in immunological research.

 4
MB 2004 Elective paper 1 Advances in Pharmaceutical Microbiology

Includes pharmaceutical microbiology, microbiological quality control, sterility testing, microbial contamination monitoring, sterile products, and microbiological auditing in pharmaceutical industries.

 4
MB 2004 Elective paper 2 Ecology and Evolution

Introduces ecological principles, ecosystem analysis, biodiversity, environmental pollution, origin of life, evolutionary theories, population genetics, behavioral ecology, and conservation biology.

 4
MBP 2005 Practicals

Practical training in enzyme assays, mutation studies, microbial dye decolorization, ELISA, molecular biology techniques, phylogenetic analysis, protein modelling, and 

 6
GE-1 Skill based Elective paper 1 Biofertilizer and Organic Farming

Covers biofertilizer production, microbial inoculants, composting methods, organic farming practices, and economic importance of biofertilizers with hands-on practical exposure.

 2
GE-2 Skill based Elective paper 2 Yogurt and Cheese Production

Provides knowledge of dairy product production, cheese and yogurt processing, quality assurance, packaging, marketing strategies, and small-scale dairy entrepreneurship.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
MB 3001 Fermentation Technology

Students will understand industrial fermentation processes, microbial strain improvement, fermenter design, media optimization, and downstream processing used in biotechnology and industrial microbiology.

 4
MB 3002 Industrial Microbiology

Students will gain knowledge of industrially important microorganisms and microbial products such as antibiotics, enzymes, probiotics, fermented foods, organic acids, and bioactive compounds used in healthcare and industries.

 4
MB 3003 Agricultural Microbiology

Students will understand soil microbial ecology, plant–microbe interactions, plant disease management, biofertilizers, and the role of microorganisms in sustainable agriculture and crop productivity.

 4
MB 3004 A Elective paper 1 Research Methodology and Biostatistics

Students will develop skills in research planning, hypothesis formulation, scientific writing, statistical analysis, data interpretation, and presentation of scientific information for research purposes.

 4
MB 3004 B Elective paper 2 Biostatistics, Research Methodology and Communication Skills

Students will enhance statistical knowledge, communication skills, ICT applications, scientific documentation, logical reasoning, and analytical aptitude required for research and professional development.

 4
MBP 3005 Practicals

Students will gain practical exposure in fermentation technology, microbial product analysis, enzyme production, biostatistical tools, graphical data representation, and scientific software applications.

 6
GE-1 Skill based Elective paper 1 Bioprocess Engineering

Students will understand bioreactor design, fluid flow behavior, mass transfer, mixing operations, and process monitoring techniques used in industrial-scale fermentation systems.

 2
GE-2 Skill based Elective paper 2 Biosafety, Bioethics and IPR

Students will learn biosafety regulations, ethical issues in biotechnology, intellectual property rights, patenting systems, and commercialization of scientific innovations.

 2
GE-3 Skill based Elective paper 3 Advances in Diagnostic Microbiology

Students will gain knowledge of advanced molecular and immunological diagnostic techniques used for identification and detection of infectious diseases and microbial pathogens.

 2
GE-4 Skill based Elective paper 4 Mathematics and General Aptitude Skills

Students will improve quantitative aptitude, logical reasoning, analytical thinking, and mathematical problem-solving abilities useful for competitive examinations and research aptitude.

 2
Semester - IV ▾
Course Code Course Title Outcome Credit
MB 4001 A Seminar Presentation

Students will develop scientific presentation skills, communication abilities, confidence in public speaking, and the ability to organize and present microbiological concepts effectively.

 4
MB 4001 B Review Presentation

Students will learn literature survey, critical analysis of research publications, scientific review writing, and presentation of recent developments in microbiology and allied sciences.

 4
MB 4002 A Dissertation

Students will conduct independent research work involving experimental design, data analysis, interpretation, and scientific report writing to strengthen research aptitude and innovation.

 20
MB 4002 B Industrial Training / Internship Project

Students will gain industrial exposure and practical training in microbiology, biotechnology, quality control, and industrial operations to improve professional and employability skills.

 20
MB 4002 C Start-up Prototype Development Project

Students will develop entrepreneurial thinking, innovation skills, prototype development abilities, and practical understanding of transforming scientific ideas into start-up opportunities.

 20

Eligibility Criteria

A candidate must have passed the Bachelor’s Degree examination in Science with English as compulsory subject. A candidate who has obtained his/her Bachelor’s Degree with Medical Technology/Microbiology shall be considered eligible for admission to Microbiology course.

Admission Details

Merit based

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

4,855/- (Regular)

7,705/- (Regular)

4,855/- + 21,660/- (Higher Payment)

Total Rs. 26,515/-

7,705/- + 21,660/- (Higher Payment)

Total Rs. 29,365/-

2,355/- + 39,550/- (Self Finance)

Total Rs. 41,905/-

2,355/- + 39,550/- (Self Finance)

Total Rs. 41,905/-

Sem-2

&

Sem-3

&

Sem-4

4,285/- (Regular)

7,135/- (Regular)

4,285/- + 21,660/- (Higher Payment)Total Rs. 25,945/-

7,135/- + 21,660/- (Higher Payment) Total Rs. 28,795/-

1,785/- + 39,550/- (Self Finance)

Total Rs. 41,335/-

1,785/- + 39,550/- (Self Finance)

Total Rs. 41,335/-

Exam Fees Per Semester Rs. 1,030/-

*Subject to Revision Periodically

Ph. D. Biosciences

test

Syllabus Download


Objective of Program

The core objective of the programme is to provide the students research supervision with a suitable research methodology in view of the research topics selected, maintaining academic rigour.

Program Outcome

PO1: Think Critically: Get ability to apply the process of science by formulating hypotheses and design experiments based on the scientific method.
PO2: Problem analysis:Analyze and interpret results generated through studies in Master of Science, taxonomical treatments, field studies, excursion tours and laboratory techniques used in the subject. Identify credible scientific sources to interpret and evaluate the evidences.
PO3: Reasoning ability: Use quantitative reasoning by using mathematical calculations and graphing skills to solve problems in the field of science.
PO4: Communication Skill: Effective Communication and collaborate with other disciplines by effectively communicating the fundamental concepts of Biological Science in written and oral format.
PO5: Ethical awareness: Understand the relationship between science and society by recognizing and discussing logical, scientific and ethical issues in Biological science subject
PO6: Digitally literate:Capable of using computers for Bioinformatics and computation and appropriate software for analysis of genomics and proteomics data, and employing modern bioinformatics search tools to locate, retrieve, and evaluate location and biological annotation genes of different species.
PO7: Self-directed and Life-long Learning: Acquire the ability to engage in independent and life-long learning in the broadest context socio- technological changes
PO8: Global thinking: Knowledgeable disciple students with good values, ethics, and kind heart will help in nation building globally.

Program Duration

3 years minimally in accordance with the UGC norms

Ph.D. Coursework ▾
Course Code Course Title Outcome Credit
Course: CW101 Advances in Research Methodology

CO1: Able to understand the research problem and design and research work
CO2: Able to write, prepare poster and present oral presentation
CO3: Able to prepare CV and face the interview

 4
Course: CW102 Advances in Research Techniques

CO1: Able to understand the principle and operating mechanism of various sophisticated instruments.
CO2: will be aware and will be able to perform advanced techniques in the field of molecular biology and biotechnology.
CO3: Able to do Computational Data processing and research problem solving through Biostatistics

 4
Course: CW103ZO or Advances in Zoology

CO1: Able to understand Applications of animal tissue culture.
CO2: Able to understand Applications of animal tissue cultureApplications of animal tissue culture
CO3: Knowledge will be impart through active learning methodology like field visit, academic tour and brain storming sessions

 4
Course: CW103BO or Advances in Botany

CO1: Able to understand techniques and application of plant tissue culture.
CO2: Able to understand molecular and biochemical aspects of plants and plant toxicity.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4
Course: CW103MB or Advances in Microbiology

CO1: Able to understand techniques and application of applied microbiology, metabolomics and system biology.
CO2: Able to understand genetical, physiological and taxonomical aspects of microbes.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4
Course: CW103BT Advances in Biotechnology

CO1: Able to understand techniques and application of biotechnology in the field of zoology, botany and microbiology.
CO2: Able to understand various advanced biotechnological methods for the betterment of living biota.
CO3: Knowledge will be impart through active learning methodology like field visit, academic tourtour and brain storming sessions

 4

Eligibility Criteria

Ph.D. Enterance Test / [ NET / SLET / M.Phil.]

Admission Details

Merit Based

Reservation Policy

As per Government Rules

Fee Structure *

*Subject to Revision Periodically

P.G. Diploma in Toxicology

The PG Diploma in Toxicology (PGDT) is designed to provide specialized knowledge and practical training in toxicology, environmental safety, ecotoxicology, food safety, industrial toxicology, analytical methods, and regulatory systems. The course addresses the growing industrial and environmental needs of South Gujarat and prepares students for careers in pharmaceutical industries, environmental monitoring laboratories, CROs, and research organizations.

Syllabus Download


Program Outcome

  • PO1: Acquire fundamental and applied knowledge of toxicology, environmental toxicology, ecotoxicology, food toxicology, and genetic toxicology.
  • PO2: Understand mechanisms of toxicity, dose-response relationships, exposure pathways, and toxic effects on biological systems.
  • PO3: Develop practical skills in analytical methods, instrumentation, toxicological testing, and laboratory safety practices.
  • PO4: Gain knowledge of environmental pollution, occupational toxicology, radioactive pollution, and industrial toxic hazards.
  • PO5: Learn modern in-vitro toxicological assays, genetic toxicology methods, and risk assessment approaches.
  • PO6: Understand food safety standards, nutritional toxicology, food contaminants, and toxic residues in food products.
  • PO7: Develop competency in biostatistics, statistical analysis, interpretation of toxicological data, and risk management.
  • PO8: Understand national and international regulations, quality systems, GLP, NABL, OECD guidelines, and environmental standards.
  • PO9: Enhance employability and industrial skills through field work, industrial training, and practical exposure.
  • PO10: Develop scientific communication, analytical thinking, ethical responsibility, and lifelong learning abilities in toxicology.

Intake

Self-financed (SFI) : 50

Program Duration

1 Year

Semester - 1 ▾
Course Code Course Title Outcome Credit
PGDT-101 Principles of Toxicology

Students will understand principles of toxicology, dose-response relationships, toxicity testing, exposure routes, mechanisms of toxicity, and safety evaluation methods.

 3
PGDT-102 Principles of Ecotoxicology

Students will gain knowledge of ecotoxicology, environmental test species, toxicity testing methods, and mechanisms of toxicity in terrestrial and aquatic organisms.

 3
PGDT-103 Environmental Toxicology

Students will understand environmental pollution, occupational toxicology, air, water, land, atmospheric and radioactive pollution along with their biological effects.

 3
PGDT-104 Analytical Methods & Instrumentation

Students will develop understanding of analytical methods, laboratory instrumentation, sample handling, method validation, and environmental analysis techniques.

 3
PGDT-105 Practicals

Students will gain laboratory training in toxicological analysis, analytical instrumentation, toxicity testing, environmental monitoring, and sample processing techniques.

 6
PGDT-106 Field work

Students will develop practical exposure to industries, environmental monitoring systems, pollution control practices, and field-based toxicological observations.

 2
Semester - 2 ▾
Course Code Course Title Outcome Credit
PGDT-201 CORE - Genetic Toxicology & In-vitro Methods

Covers genetic toxicology, bacterial and mammalian test systems, chromosomal aberration assays, comet assay, micro arrays, and in-vitro toxicological methods.

 3
PGDT-202 CORE - Food Safety and Nutritional Toxicology

Focuses on food toxicants, food additives, microbial food toxins, nutritional toxicology, food safety standards, and toxic residues in food.

 3
PGDT-203 CORE - Biostatistics and Risk Assessment

Introduces statistical methods, correlation, regression, ANOVA, toxicological data analysis, and risk assessment approaches for chemicals and pharmaceuticals.

 2
PGDT-204 CORE - Regulations and Quality systems

Provides understanding of regulatory guidelines, GLP, NABL, ISO, OECD standards, CDSCO, FSSAI, CPCB, and international quality systems.

 2
PGDT-205 PRACTICAL - Practicals

Practical training in toxicological assays, analytical techniques, instrumentation handling, risk analysis, and laboratory testing procedures.

 6
PGDT-206 TRAINING - Industrial Training

Students will receive industrial exposure and hands-on training in toxicology laboratories, pharmaceutical industries, CROs, and environmental monitoring units.

 4

Eligibility Criteria

A candidate must have passed Bachelor’s Degree examination in Science from a recognized university. Post-graduate students and research scholars in Biosciences and allied subjects may also pursue the course as an add-on program.

Admission Details

Merit based.

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

13,755/- (Self Finance)

13,755/- (Self Finance)

Sem-2

 

13,755/- (Self Finance)

13,755/- (Self Finance)

Exam Fees Per Semester Rs. 1,020/-

*Subject to Revision Periodically

P.G. Diploma in Herbal Technology and Integrated Wellness (PGDHTIW)

Post Graduate Diploma programme focused on herbal technology, yoga sciences, nutraceuticals, functional foods, integrated wellness, and entrepreneurship.


Program Outcome

PO1: Knowledge of Herbal & Wellness Sciences.

PO2: Understanding of Traditional & Modern Health Systems.

PO3: Application of Herbal & Yogic Practices.

PO4: Analytical & Critical Thinking.

PO5: Evaluation & Evidence-Based Decision Making.

PO6: Innovation & Creation.

PO7: Professional, Ethical & Sustainable Practices.

PO8: Practical, Research & Entrepreneurial Skills.

Intake

Self-financed (SFI) : 25

Program Duration

1 Year (2 Semesters)

Semester - I ▾
Course Code Course Title Outcome Credit
PGDHTIW-1001 CORE - Fundamentals of Herbal Technology

Introduction to herbal technology, medicinal plants, phytochemistry, herbal formulations, ethics, and sustainable practices.

 4
PGDHTIW-1002 CORE - Ancient Indian Herbal Drug Technologies

Ayurvedic principles, medicinal plants, herbal formulations, quality control, and modern applications.

 4
PGDHTIW-1003 CORE - Advanced Yoga, Health & Applied Yogic Sciences

Yoga philosophy, anatomy, physiology, yogic practices, stress management, and teaching methodology.

 4
PGDHTIW-1004 BKS - Yoga and Integrated Wellness

Foundations of yoga, wellness practices, pranayama, asanas, and integrated health.

 2
PGDHTIW-1005 SEC - Business Aptitude for Herbal Technology & Integrated Wellness

Entrepreneurship, herbal wellness centres, infrastructure, staffing, and business opportunities.

 2
PRACTICALS PRACTICAL - Practicals based on Paper PGDHT-1001,1002,1003 6
Semester - II ▾
Course Code Course Title Outcome Credit
PGDHTIW-2001 CORE - Functional Food and Nutrigenomics

Functional foods, nutrigenomics, bioactive compounds, meal planning, regulations, and future trends.

 4
PGDHTIW-2002 CORE - Nutraceuticals

Nutraceutical concepts, phytochemicals, extraction techniques, safety, regulations, and market trends.

 4
PGDHTIW-2003 SEC - Business Aptitude for Establishment of Health & Nutrition Centers 2
PGDHTIW-2004 PRACTICAL - Dissertation / Training / Internship 12

Eligibility Criteria

Any graduate from a recognized university is eligible for admission to the programme.

Admission Details

Merit based.

Reservation Policy

As per rules of university.

Fee Structure *

Semester

Female

Male

Sem-1

17,500/- (Self Finance)

17,500/- (Self Finance)

Sem-2

17,500/- (Self Finance)

17,500/- (Self Finance)

Exam Fees Per Semester Rs. 1,130/-

*Subject to Revision Periodically

Bachelor of Medical Laboratory Science

Bachelor of Medical Laboratory Science (BMLS) is a 4 years (8 semesters including internship) professional undergraduate programme offered by the Department of Biosciences, Veer Narmad South Gujarat University, Surat.

The programme is designed according to competency-based curriculum guidelines recommended by the National Commission for Allied and Healthcare Professions (NCAHP), Ministry of Health and Family Welfare, Government of India. The course provides comprehensive theoretical knowledge, advanced laboratory skills, diagnostic expertise, and clinical training required for modern healthcare laboratories and diagnostic industries.

The BMLS programme focuses on major disciplines including Clinical Biochemistry, Hematology, Clinical Pathology, Histopathology, Cytology, Medical Microbiology, Immunology, Molecular Diagnostics, Blood Banking, Laboratory Instrumentation, Quality Assurance, Biosafety, and Research Methodology. Students are trained through classroom teaching, laboratory practicals, hospital postings, case-based learning, research activities, and one-year compulsory clinical internship.


Program Outcome

PO1: Clinical Laboratory Competence:

Develop ability to perform routine and advanced diagnostic laboratory investigations using standard laboratory protocols, instrumentation, and analytical techniques.

PO2: Diagnostic and Analytical Skills:

Analyse and interpret laboratory findings accurately for disease diagnosis, monitoring, and therapeutic evaluation in clinical healthcare settings.

PO3: Technical and Practical Proficiency:

Acquire hands-on skills in hematology, microbiology, clinical biochemistry, molecular diagnostics, histopathology, immunology, and blood banking techniques.

PO4: Research and Scientific Temperament:

Develop scientific reasoning, research aptitude, and problem-solving abilities through laboratory projects, case studies, and evidence-based learning approaches.

PO5: Communication and Teamwork:

Demonstrate effective communication skills and collaborate efficiently with clinicians, healthcare professionals, researchers, and laboratory personnel in multidisciplinary healthcare environments.

PO6: Professional Ethics and Biosafety:

Apply ethical laboratory practices, biosafety measures, biomedical waste management principles, and quality assurance standards while handling clinical specimens and laboratory procedures.

PO7: Quality Assurance and Laboratory Management:

Understand laboratory quality control systems, accreditation procedures, documentation practices, and management of modern diagnostic laboratories.

PO8: Digital and Technological Competency:

Develop competency in laboratory automation, healthcare informatics, molecular technologies, bioinformatics tools, and modern diagnostic instrumentation.

PO9: Lifelong Learning and Professional Development:

Engage in continuous learning, skill enhancement, and adaptation to emerging diagnostic technologies and healthcare advancements.

PO10: Healthcare and Social Responsibility:

Contribute effectively toward public health services, preventive healthcare, disease surveillance, and community healthcare through accurate and reliable laboratory diagnostics.

Intake

Self-Finance (SFI):75

Program Duration  

4 Years

(3 Years Academic + 1 Year Clinical Internship)

Semester – I ▾
Course Code Course Title Outcome Credit
- Human Anatomy

Students will understand the structure and organization of human body systems and anatomical relationships relevant to laboratory diagnosis and healthcare practice

 4
- Human Physiology

Develop understanding of physiological mechanisms and normal body functions associated with organ systems and clinical laboratory investigations

 4
- Fundamentals of Healthcare System and Medical Laboratory Science

Understand healthcare delivery systems, organization of clinical laboratories, laboratory safety, biomedical waste management, and role of medical laboratory professionals in healthcare.

 2
- Communication and Professionalism

Develop communication skills, professional ethics, teamwork, patient interaction, and professional behavior required in healthcare services.

 2
- Basic Emergency Care and First Aid

Learn basic life support, emergency response, first aid procedures, and patient safety measures in healthcare settings.

 2
- Basics of Computer Application

Acquire computer literacy, healthcare documentation skills, data management, and basic software applications used in laboratories.

 2
- Human Anatomy Practical

Develop practical knowledge of anatomical structures, models, specimens, and microscopic anatomy.

 2
- Human Physiology Practical

Gain practical skills related to physiological experiments, clinical measurements, and functional assessment techniques.

 2
Semester - II ▾
Course Code Course Title Outcome Credit
- Fundamentals of Microbiology

Understand microbial classification, morphology, culture techniques, sterilization, infection control, and laboratory handling procedures.

 4
- Basics of Biochemistry

Learn biochemical principles, biomolecules, enzymes, metabolism, and clinical biochemical analysis

 4
- Fundamentals of Haematology

Develop knowledge of blood cells, hematopoiesis, coagulation mechanisms, and hematological disorders

 4
- Preventive and Social Medicine

Understand community health, epidemiology, public health measures, disease prevention, and healthcare awareness.

 2
- Fundamentals of Microbiology Practical

Gain practical skills in staining, microscopy, culture preparation, sterilization, and microbial identification

 2
- Basics of Biochemistry Practical

Perform biochemical assays, solution preparation, analytical techniques, and interpretation of biochemical parameters.

 2
- Fundamentals of Haematology Practical

Learn blood grouping, hemoglobin estimation, cell counting, peripheral smear examination, and coagulation testing.

 2
Semester - III ▾
Course Code Course Title Outcome Credit
- Clinical Biochemistry

Understand biochemical analysis of blood and body fluids, liver function, renal function, lipid profile, and metabolic disorders.

 4
- Clinical Microbiology

Develop diagnostic microbiology skills including bacteriology, virology, mycology, and antimicrobial sensitivity testing.

 4
- Histopathology and Cytology

Learn tissue processing, staining, microscopic examination, cytological screening, and histopathological diagnosis

 4
- Immunology and Serology

Understand antigen-antibody reactions, immune response mechanisms, serological testing, and immunodiagnostic procedures.

 4
- Clinical Biochemistry Practical

Perform biochemical investigations using spectrophotometers, analyzers, and quality control procedures.

 2
- Clinical Microbiology Practical

Develop competency in culture techniques, identification tests, staining procedures, and pathogen analysis.

 2
- Histopathology and Cytology Practical

Learn tissue fixation, embedding, sectioning, staining, and microscopic interpretation of slides.

 2
Semester - IV ▾
Course Code Course Title Outcome Credit
- Advanced Haematology

Analyze hematological disorders, blood malignancies, coagulation abnormalities, and advanced diagnostic procedures.

 4
- Clinical Pathology

Understand examination of urine, stool, body fluids, semen analysis, and pathological diagnostic procedures.

 4
- Blood Banking and Transfusion Science

Learn blood collection, compatibility testing, component preparation, transfusion reactions, and blood bank management.

 4
- Molecular Diagnostics

Develop knowledge of PCR, electrophoresis, molecular markers, genetic testing, and molecular diagnostic techniques.

 4
- Instrumentation Practical

Operate automated analyzers, diagnostic instruments, and quality monitoring systems.

 2
- Advanced Haematology Practical

Perform advanced hematological testing, bone marrow studies, coagulation analysis, and blood smear interpretation

 2
- Clinical Pathology Practical

Conduct routine pathological examinations and interpret laboratory findings in clinical settings.

 2
- Blood Banking Practical

Gain practical skills in blood grouping, cross-matching, donor screening, and transfusion procedures.

 2
Semester – V ▾
Course Code Course Title Outcome Credit
- Laboratory Instrumentation and Automation

Understand laboratory instruments, automation systems, calibration, maintenance, and troubleshooting procedures

 4
- Quality Assurance and Laboratory Management

Learn quality control systems, NABL standards, laboratory accreditation, documentation, and management principles.

 4
- Medical Parasitology and Mycology

Develop knowledge of parasites, fungi, diagnostic procedures, pathogenicity, and laboratory identification methods.

 4
- Research Methodology and Biostatistics

Understand research design, scientific methodology, statistical analysis, data interpretation, and biomedical research ethics.

 4
- Quality Assurance Practical

Apply laboratory quality control, calibration, documentation, and validation procedures.

 2
- Research Methodology Practical

Perform statistical analysis, data handling, scientific reporting, and research presentation techniques.

 2
Semester – VI ▾
Course Code Course Title Outcome Credit
- Advanced Molecular Techniques

Learn advanced molecular biology applications, nucleic acid analysis, genomics, and molecular diagnostics.

 4
- Clinical Laboratory Management

Understand laboratory administration, inventory management, manpower handling, healthcare regulations, and professional ethics.

 4
- Diagnostic Cytogenetics and Genetics

Develop knowledge of chromosomal analysis, genetic disorders, molecular genetics, and cytogenetic techniques.

 4
- Dissertation / Research Project

Conduct independent research, analyze scientific data, prepare dissertation, and present research findings.

 4
- Molecular Techniques Practical

Perform PCR, electrophoresis, DNA/RNA isolation, and molecular diagnostic procedures.

 2
- Clinical Posting / Hospital Training

Gain real-time clinical laboratory exposure and multidisciplinary healthcare experience.

 2
Semester – VII ▾
Course Code Course Title Outcome Credit
- Clinical Internship / Laboratory Rotation – I

Students will independently perform laboratory investigations, maintain quality assurance, interpret diagnostic findings, and function effectively in hospital laboratories under supervision

 10
- Internship Logbook and Skill Assessment

Maintain records of performed laboratory procedures, departmental postings, and competency-based skill assessment during clinical training.

 10
Semester – VIII ▾
Course Code Course Title Outcome Credit
- Clinical Internship / Laboratory Rotation – II

Develop professional competency in advanced diagnostic laboratories including microbiology, biochemistry, hematology, molecular diagnostics, pathology, and blood banking.

 10
- Final Skill Assessment and Case Presentation

Demonstrate clinical laboratory competence, analytical skills, quality practices, professional ethics, and case-based diagnostic interpretation.

 10

Eligibility  

A candidate shall be admitted to the Bachelor of Medical Laboratory Science (BMLS) program after fulfilling the following eligibility requirements:

  • Candidate must have completed 10+2 (Science Stream) from a recognized board.
  • The candidate should have studied:
    • Physics
    • Chemistry
    • Biology and/or Mathematics
  • Minimum qualifying marks should be as prescribed by the respective university or regulatory authority.
  • Universities may consider:
    • NEET appeared candidates, or
    • University / State level entrance examination candidates for admission.

Additional Eligibility Requirements

  • Candidate should be medically fit.
  • Admission shall be subject to university norms and reservation policies.
  • The course follows full-time mode only; part-time or distance mode is not permitted for allied and healthcare science programs.

Admission:

Admission Process

Admission to the BMLS program shall be based on:

  • Merit obtained in qualifying examination (10+2 Science), and/or
  • Performance in:
    • NEET examination, or
    • University / State entrance examination, as applicable.

Reservation Policy

Reservation of seats shall be applicable as per:

  • Government of India norms
  • State Government rules
  • University regulations

Course Duration

  • Duration: 4 Years
  • Structure:
    • 8 Semesters
    • Includes mandatory clinical laboratory training and internship postings.

Medium of Instruction

  • English

Attendance Requirement

Students are required to maintain minimum attendance as prescribed by the university and NCAHP competency-based curriculum guidelines.

Fee Structure *

Sr. No

Gender

Self-Finance Seat

1

Female

31350/- SF Fee

2500/- Lab Fee

2355/- Uni. Fee

2

Male

 

36,205/- Total

Additional Fees-

  • Examination fees shall be charged separately per semester as per university rules.
  • Laboratory consumable charges, clinical training charges, dissertation charges, and registration fees may apply additionally.

Important Note

  • Fee structure is subject to revision periodically by the university/regulatory authority.
  • Internship stipend, if applicable, shall be governed by institutional policy and NCAHP recommendations.

*Subject to Revision Periodically

×
VNSGU
VNSGU
Veer Narmad South Gujarat University

The Registrar,
Veer Narmad South Gujarat University
Post Box No 49, Udhna Magdalla Road
Surat – 395007, Gujarat, [INDIA]

info@vnsgu.ac.in

+91 (0261) 2227141 to 2227146
+91 (0261) 2388888

Chat with us

Accessibility options ✕
👤🔊Screen Reader
TtBigger Text
tTSmall Text
⇅≡Line Height
🔗Highlight Links
A↔Text Spacing
DfDyslexia Friendly
🚫🖼Hide Images
↖️Cursor
💧Invert Colors