Animal Genetics and Breeding

Faculty of Veterinary and Animal Sciences

Head of Department

Prof. (Dr.) Ananta Kumar Das

  • About the Department

    The Department of Animal Genetics and Breeding was established in 1976 under Bidhan Chandra Krishi Viswavidyalaya at Mohanpur in the Nadia district of West Bengal. Following the establishment of West Bengal University of Animal and Fishery Sciences on 2 January 1995, the Department has been functioning under the Faculty of Veterinary and Animal Sciences with its academic and research activities conducted at both Belgachia and Mohanpur campuses.

    The Department is actively engaged in undergraduate and postgraduate teaching, research, and extension activities in the fields of Animal Genetics, Genomics, and Breeding, integrated with Biostatistics and Computer Applications. The postgraduate (M.V.Sc.) programme emphasizes advanced academic learning and applied research, while the doctoral (Ph.D.) programme focuses on basic and applied research, innovation, scientific advancement, and academic leadership in the discipline of Animal Genetics and Breeding. The programmes emphasize strong integration of theory with practical exposure, ensuring that students acquire essential skills through laboratory work, field-based training, and research activities. Practical components are aligned with curriculum requirements and are regularly updated to meet professional standards.

    Students are actively engaged through laboratory experiments, data analysis, field visits, breeding programme design, and dissertation research, enabling them to translate theoretical knowledge into real-world applications. Continuous assessment through practical exams, assignments, and research work ensures attainment of desired competencies. M.V.Sc. students receive substantial hands-on training through practical classes and thesis work, achieving a balanced skill set. Ph.D. scholars are predominantly engaged in research-based practical training, ensuring advanced expertise and innovation capacity. Overall, the programmes adequately meet curriculum requirements, with strong emphasis on experiential learning, thereby enhancing students’ professional competence and research capabilities.

    Objectives of M.V.Sc. in Animal Genetics and Breeding:

    • To impart advanced knowledge in animal genetics, genomics, and breeding principles.
    • To develop skills in animal selection, breeding methodologies, and genetic evaluation techniques.
    • To provide training in the application of genomics and biotechnological tools for genetic improvement of livestock and poultry.
    • To build competence in research methodology, experimental design, statistical analysis, and data interpretation.
    • To promote conservation and sustainable utilization of indigenous animal genetic resources.
    • To prepare skilled professionals for teaching, research, and livestock development programmes.

    Objectives of Ph.D. in Animal Genetics and Breeding:

    • To develop expertise in advanced genetics, genomics, and modern breeding strategies.
    • To encourage independent basic and original research in the field of animal genetics and breeding.
    • To apply advanced tools such as genomics, molecular genetics, and bioinformatics for livestock improvement.
    • To formulate breeding policies and strategies for sustainable genetic improvement programmes.
    • To support conservation, characterization, and sustainable utilization of animal genetic resources.
    • To prepare competent leaders and scientists for academia, research organizations, and policy-making institutions.

    Research Activities:

    • Cytogenetic studies of different species of livestock and poultry.
    • Genetic polymorphism study of different species of livestock and poultry.
    • Study of disease resistance genes in Black Bengal goat and Garole sheep.
    • Genetic improvement of Black Bengal Goat, Garole sheep, Ghoongroo pig and Haringhata Black Chicken.
    • Genomics and Phenomics of Agro-climatological variation in Black Bengal Goat productivity and quality.
    • Transcriptional approach to identify biomarkers of susceptibility and/or resistance to tuberculosis in native and crossbred cattle.

Faculty Member

Prof. Subhash Taraphder

Professor
🎓 M.Sc. Dairying, Ph.D.
+91 9874546530
subhash.taraphder@gmail.com
Faculty Profile

Prof. Manoranjan Roy

Professor
🎓 M.V.Sc.(AGB), Ph.D.
+91 9836367035
drmanoranjanroy@gmail.com
Faculty Profile

Prof. Ananta Kumar Das

Professor
🎓 M.V.Sc.(AGB), Ph.D.
+91 9051937398
dasugenvet@gmail.com
Faculty Profile

Dr. Uttam Sarkar

Associate Professor
🎓 M.Sc. Dairying, Ph.D.
+91 9434687608
drusarkar@gmail.com
Faculty Profile

Dr. Sanjoy Datta

Assistant Professor
🎓 M.V.Sc. (Dairying), Ph.D.
+91 9830399359
drsanjoydatta@gmail.com
Faculty Profile

Dr. Sitangsu Mohan Deb

Emeritus Professor
🎓 M.Sc. Dairying, Ph.D.
+91 8729922247
sitangsudeb@gmail.com
Faculty Profile
  • Laboratory Facilities

    The Department has two dedicated laboratory facilities, namely the Computer-cum-Data Analysis Laboratory (440 sq. ft.) and the Molecular Genetics Laboratory (920 sq. ft.). These facilities support undergraduate, postgraduate and doctoral teaching and research activities in the areas of Animal Genetics, Cytogenetics, Molecular Genetics, Genomics, Biometrical Genetics, Biostatistics and Computer Applications.

    The Computer-cum-Data Analysis Laboratory is essential for conducting hands-on practical classes in computer applications, elementary statistical analysis and data handling for undergraduate batches of approximately 30–35 students. The facility strengthens practical learning and contributes significantly to the attainment of UG learning outcomes.

    The Molecular Genetics Laboratory provides the basic infrastructure for practical training of UG and PG students in cytogenetics and molecular genetics, as well as for conducting M.V.Sc. and Ph.D. dissertation research. These facilities are particularly important for developing practical and research competencies in emerging areas of animal genomics and molecular breeding and are fundamental to maintaining academic and research excellence in the Department.

    However, the present laboratory infrastructure requires further strengthening with advanced analytical and molecular biology equipment to support contemporary teaching, postgraduate training and independent research. At present, for several advanced molecular and genetic analyses, the Department has to outsource the work or seek support from laboratories of other Departments, which increases dependence on external facilities, extends the time required for research activities and limits the scope for conducting complete experimental workflows within the Department.

    To overcome these limitations and establish a self-sufficient, modern molecular genetics and genomics research facility, the Department proposes procurement of the following essential equipment:

    1. Humidity-Controlled Incubator Chamber
    2. NanoDrop Spectrophotometer or UV-Visible Spectrophotometer
    3. Gradient PCR Thermal Cycler, 96-well with touchscreen and USB connectivity
    4. High-Resolution Capillary Gel Electrophoresis cum Gel Documentation System (GelDoc) including ScreenGel software, laptop and UPS – For high-resolution nucleic acid analysis and gel documentation.
    5. Ultra-Low Temperature Freezer (–80°C)
    6. Tissue Homogenizer –suitable for efficient homogenization of biological tissues and samples.
    7. Real-Time PCR (qPCR) System, 96-well – Rotary design with 4–6 fluorescence channels, temperature uniformity of approximately ±0.3–0.4°C and dedicated software. The system will facilitate accurate gene expression analysis, SNP genotyping, mutation analysis and other molecular applications.

    The proposed strengthening of laboratory facilities will enable the Department to undertake a substantially wider range of hands-on UG/PG practicals, molecular genetics experiments, genomic analyses and dissertation research within the Department. The facilities will support applications including PCR amplification, gradient optimization, nucleic acid quantification and quality assessment, electrophoretic analysis, gel documentation, tissue processing, gene expression studies, SNP/genotyping and mutation analysis, thereby reducing dependence on external or other departmental laboratories.

    The upgraded laboratory will also provide an integrated platform for M.V.Sc. and Ph.D. research, facilitate multidisciplinary research in animal genetics and genomics, improve the quality and timeliness of dissertation work and enhance the Department’s capacity to undertake competitive research projects.

  • Scientific Instruments

    Sl No.
    Name of the Instrument
    Small Description about the instrument

    1

    Water distillation plant-1, Deep fridge-2, Refrigerator-2, , Luminous Inverter Machine (Power backup)- 1, Hot air oven-1, Microwave oven-1
    Ensure sustainable operations

    2

    Autoclave-1, Bacteriological hood- 1,
    Ensure sustainable operations

    3

    Digital weighing balance-1, Neubauer's chamber-1, pH meter-1, Vortex-1, Spinwin-1, Dancing shaker-1, Waterbath-1

    Ensure sustainable operations

    4

    Cooling Centrifuge machine-1, Micro Centrifuge machine-1
    Essential for molecular and cytogenetics diagnostics/research

    5

    Photoplan microscope with monitor-1, Microscope-13
    Essential for molecular and cytogenetics diagnostics/research

    6

    UV transilluminator-1
    Enable robust UG/PG practical, technical training and research work

    7

    Horizontal electrophoresis system with power supply-1, Vertical electrophoresis system with power supply-1
    Essential for electrophoretic separation and analysis of nucleic acids and proteins in research work

    8

    Thermal cycler (PCR Machine) with UPS- 1
    Essential for PCR-based molecular genetics practicals, technical training and research activities.
  • Course Offered

    A. Undergraduate Programme:
    Course No.(Credit Hours)
    Course Title

    AGB Unit-I (3+1)

    Biostatistics and Computer Application

    AGB Unit-II (3+1)

    Principles of Animal Genetics and Population Genetics

    AGB Unit-II (3+1)

    Livestock and Poultry Breeding


    B. Postgraduate Programme:
    Course No.(Credit Hours)
    Course Title

    AGB 601* (2+1)

    Animal Cytogenetics and Immunogenetics I

    AGB 602* (2+1)

    Molecular Genetics I

    AGB 603* (2+1)

    Population and Quantitative Genetics

    AGB 604* (2+1)

    Selection Method and Breeding System

    AGB 605* (2+1)

    Biometrical Genetics I

    AGB 606 (2+0)

    Conservation of Animal Genetics Resources

    AGB 607 (2+1)

    Cattle and Buffalo Breeding

    AGB 608 (2+0)

    Sheep and Goat Breeding

    AGB 609 (2+1)

    Poultry Breeding

    AGB 610* (2+0)

    Laboratory Animal and Rabbit Breeding

    AGB 611 (1+0)

    Swine Breeding

    AGB 612 (1+0)

    Pet Animal Breeding (Dogs and Cats)

    AGB 613 (1+0)

    Wild Animal Genetics and Breeding

    AGB 617 (2+1)

    Statistical Methods in Animal Breeding

    AGB 691 (1+0)

    Seminar

    AGB 699 (30)

    Research


    c. Ph.D. Programme:
    Course No. (Credit Hours)
    Course Title

    AGB 701* (2+0)

    Molecular Genetics II

    AGB 702* (2+0)

    Trends in Animal Breeding

    AGB 703* (2+1)

    Biometrical Genetics II

    AGB704* (2+1)

    Advances in Selection Methodology

    AGB 705 (1+1)

    Bioinformatics in Animal Breeding

    AGB 706 (2+0)

    Animal Cytogenetics and Immunogenetics II

    AGB707 (1+1)

    Statistical Software in Animal Breeding

    AGB791 (1+0)

    Seminar I

    AGB792 (1+0)

    Seminar II

    AGB799 (75)

    Research


    *Core courses
WEST BENGAL UNIVERSITY OF
ANIMAL & FISHERY SCIENCES
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