| Semester | Faculty | Subject | Topic |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | 3-D protein structure |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Analysis of nucleic acid and protein sequence |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Basic Principle of Protein Structure |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | DNA Sequinning |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Intron origin |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Human Genome Project |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Genome evolution |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Edman degradation |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Introduction to Proteomics |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Introduction to Genomics |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Role of Patent in Pharmaceutical Industry |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | DNA Fingerprinting |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Research and Development of University- Industry agreement |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Patenting Strategy |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Biosafety |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Marketing |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | GATT |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | WIPO |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | WTO role |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Introduction and Principles of Forensic science |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Anatomy |
| 1 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Biotechnology and human welfare (Class notes) |
| 1 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Biotechnology and human welfare (Classification of enzymes) |
| 1 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Biotechnology and human welfare (Pest management, CRISPER ) |
| 1 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Biotechnology and human welfare (Industrial Fermentation, antibiotic production) |
| 1 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Biotechnology and human welfare (transgenesis, pest control in crop plants |
| 1 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Biotechnology and human welfare (transgenesis, pest control in crop plants |
| 1 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Biotechnology and human welfare (transgenesis, pest control in crop plants |
| 1 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Biotechnology and human welfare (Cori cycle and glycose-alanine cycle) |
| 1 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Biotechnology and human welfare (DNA fingerprinting, PHB biosynthesis) |
| 1 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Biotechnology and human welfare (Glycogen biosynthesis) |
| 1 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Biotechnology and human welfare (starch biosynthesis, amyloplast) |
| 1 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Biotechnology and human welfare (Starch biosynthesis) |
| 1 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Polysaccharides |
| 1 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Biotechnology and human welfare (Enzyme , N2 fixation) |
| 1 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Biotechnology and human welfare (protein engineering) |
| 1 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Enzyme |
| 1 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Amino Acid, Peptide, Protein |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Similarity searches on sequence data base |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Similarity searches on sequence data base |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | FLASTA algorithm |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Gene prediction |
| 1 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Biochemistry Laboratory Manual |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | PIR |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Analysis of gene expression |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Drug designing |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Genome Annotation |
| 1 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Electron Transport Chain |
| 1 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Nucleic Acid Metabolism |
| 1 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Inhibition of Electron transport chain |
| 1 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Fat Metabolism |
| 1 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Fate of Pyruvates |
| 1 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Carbohydrate Metabolism |
| 1 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | A, B, Z DNA |
| 1 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | LIPID |
| 1 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Carbohydrate |
| 1 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Concept of Bonding, Acid, Base, Buffer and pH |
| 1 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Nucleic ACid |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | BLAST |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Phylogenetic Sequence alignment |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Sequence Alignments |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Analysis of biological data |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Introduction of Bioinformatics |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Unique features of Virus |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Food Microbiology |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Food Microbiology |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Bacterial growth factors |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Bacterial growth |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Bacterial Growth measured |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Batch culture and Continuous culture |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Bacteria |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Baltimore classifications |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Microbial Taxonomy |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Fundamentals, History and Evolution of Microbiology |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Cell adhesions |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Cell junction |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Cell signaling |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Cancer |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Nucleus structure and functions |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Lysosomes |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Glycosylation of golgi complex |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Golgi complex structure and functions |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Mitochondria structure and functions |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Cytoskeleton and cell motility: Intermediate filament |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Cytoskeleton and cell motility: Microfilaments |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Cytoskeleton and cell motility: Microtubules |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Cell Membrane and Permeability |
| 1 | Dr. SOMNATH DE | BIOTECHNOLOGY(HCC) | Cell : Introduction and Classification of organisms by cell structure |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Carbohydrate Digestion |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Animal Hormone |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Endocrine Gland |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Steroid hormone vs Peptide hormone |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Mechanism of action of hormones |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Neurotransmitter |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | structure of synapse, synaptic conduction, saltatory conduction |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Urine Formation |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Urea Cycle |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Mechanism of Nerve Impulse |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Introduction of excretion |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Physical, chemical & electrical events of mechanism of muscle contraction |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | threshold stimulus, All or None rule, single muscle twitch, muscle tone, isotonic and isometric contraction |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Structure of cardiac, smooth & skeletal muscle |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Origin & conduction of heart beat. |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Cardiac cycle |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Cardiac output |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Hematopoiesis |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Blood Clotting Mechanism |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Blood Composition |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Halden Effect |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Chloride Shift |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Bohr effect |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Oxygen dissociation curve |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Transport of O2 and CO2 |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Composition of bile, Saliva, Pancreatic, gastric and intestinal juice |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Fat Digestion |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Protein Digestion |
| 2 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Important Questions on Bioprocess Technology |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | Comparison between man and poly ab |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | Diagnosis principle |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | Disease detection by hplc |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | hplc |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | Gc ms |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | HPLC lectures note |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | Disease detection by elisa |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | Application of pcr |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | Plasmid finger printingr |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | Rt PCR |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | Diagnosis |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | History |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Fertilization |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Oogenesis |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Spermatogenesis |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Blatolation |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Type of egg |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Type of egg |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Fate map |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Extra embryonic membrane |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Type of egg2 |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Placenta |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Placenta 2 |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Blastulation |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Cleavage and blastula |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Gastrulation |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Cleavage |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Gastrulation |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Stem cell |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Mutation |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Nucleosome |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Cell Cycle Control |
| 3 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Bioethics and Biosafety(IPR, WIPO, Patent) |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Non-disjunction |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Chromosome Banding |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | SOS Response |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Holliday Model for Recombination |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Robertsonian translocation |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Interpretation of AMES test |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Three Point Test Cross |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Polygene and pleotropic gene |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Fragile X syndrome |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Polygene and pleotropic gene |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Sex Influenced gene |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Lampbrush and Giant Chromosome |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Ethanol Production |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Population Genetics and the Hardy-Weinberg Principle |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Genomic Organization |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Genetic Linkage and Crossing Over |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Cytoplasmic Inheritance |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Non-Mendelian Inheritance |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Mendelian Inheritance Dihybrid cross |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Mendelian Inheritance Monohybrid cross |
| 3 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Lampbrush and Giant Chromosome |
| 3 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Bioethics and Biosafety (Biosafety level, biodiversity |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Frog embryo development |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Chick embryo development |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | embryo development |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | embryonic induction |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Organizer concept |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Organizer concept |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Organizer concept |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Cleavage theory |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(GGE) | Cleavage theory |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | Sequencing |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | Chromatography |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | Chromatography |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | Pcr |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | Dna fingerprinting |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | Elisha |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | Kirby method of bacterial inhibition |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | Antibody |
| 3 | Dr. Kalyani Khanra | BIOTECHNOLOGY(SEC) | Human disease |
| 4 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Entrepreneurship development (Different forms of business organisation) |
| 4 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Entrepreneurship Development (Financial management ) |
| 4 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Entrepreneurship Development (Financial management ) |
| 4 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HCC) | MHC, antigen processing and presentation by MHC |
| 4 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HCC) | Immunology Antibody diversity, vdj recombination, antibody class switching |
| 4 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HCC) | Immunology innate and adaptive immune response |
| 4 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HGE) | Entrepreneurship development (Project cycle) |
| 4 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | DNA Damage and Repair |
| 4 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Eukaryotic Gene Regulation |
| 4 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Tryptophan Operon |
| 4 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Lac Operon |
| 4 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Diauxic Growth and Catabolic repression |
| 4 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Translation |
| 4 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Eukaryotic transcription |
| 4 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Genetic Code |
| 4 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Prokaryotic transcription |
| 4 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Replication |
| 4 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | DNA Binding Motif |
| 5 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HCC) | RDT(Gene knock out,Ti plasmid, bacterial transformation) |
| 5 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HCC) | RDT(DNA shuffling, Chimeric protein, DNA fingerprinting) |
| 5 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HCC) | RDT(Site directed mutagenesis) |
| 5 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HCC) | RDT(PCR, Primer) |
| 5 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HCC) | RDT(Southern Blotting, CDNA and Genomic DNA library) |
| 5 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HCC) | RDT( Restriction mapping, Restriction modification) |
| 5 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HCC) | Recombinant DNA Technology (Cloning Vector) |
| 5 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(HCC) | Recombinant DNA Technology (Restriction enzymes) |
| 5 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Lactic acid production |
| 5 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Amylase production |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Nitrogenase |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Double haploid |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | haploid plants |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Bt cotton plants |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Golden rice |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Non symbiotic nitrogen fix |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Micropropogation |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Abiotic stress resistant plants |
| 5 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Single Cell Protein Production |
| 5 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Downstream processing and Products Purification |
| 5 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Introduction to oxygen requirement in bioprocess; mass transfer coefficient; factors affecting KLa. |
| 5 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Media preparation, Inoculum development and sterilization |
| 5 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Types of microbial culture and its growth kinetics– Batch, Fedbatch and Continuous culture |
| 5 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Bioreactors Types |
| 5 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Fermenter Design |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Plant tissue culture basic |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Plant tissue culture basic |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Plant tissue culture basic |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Plant tissue culture basic |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Plant tissue culture basic |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Plant tissue culture basic |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Plant tissue culture basic |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Plant tissue culture basic |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Plant tissue culture basic |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Plant tissue culture basic |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Plant tissue culture basic |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Plant tissue culture basic |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Plant tissue culture basic |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Plant tissue culture basic |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Plant tissue culture basic |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Plant tissue culture basic |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Plant tissue culture basic |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Type of plant tissue culture basic |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Plant tissue culture basic media |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Plant tissue culture basic |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Somaclonal variation |
| 5 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | E book of ptc |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Gm birds |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Micro rna |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | MAb |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Anti sense therapy |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Anti sense therapy |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Protein by transgenic animal |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Dolly |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Cloning science |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Gene transfer |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Gene transfer2 |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Technique of genetic engineering |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Transfection methods |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Transgenic animal |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Transgenic animal |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Transgenic animal |
| 6 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(DSE) | Environmental Biotechnology (Bioleaching, VAM, industrial waste water treatment) |
| 6 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(DSE) | Environmental Biotechnology (Biopesticides,Bioremediation, Biofertilizer ) |
| 6 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(DSE) | Environmental Biotechnology (Hydrocarbon degradation by microbes, Biohydrogen )) |
| 6 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(DSE) | Environmental Biotechnology (Biogas) |
| 6 | Dr. DIPANWITA MUKHERJEE | BIOTECHNOLOGY(DSE) | Environmental Biotechnology ( Methanogenesis, Biogas) |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Stem Cell |
| 6 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | NMR spectroscopy |
| 6 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | NMR spectroscopy |
| 6 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | X-Ray crystallography |
| 6 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | 2D PAGE |
| 6 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Details on Bioinstrumentation for UG students |
| 6 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Spectrophotometer |
| 6 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Microscopy |
| 6 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Spectroscopy |
| 6 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Lambert-Beer law and verification |
| 6 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Immuno-electrophoresis |
| 6 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Electrophoresis |
| 6 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Centrifugation |
| 6 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Chromatography |
| 6 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Blotting Techniques |
| 6 | Mr. PALASH PAN | BIOTECHNOLOGY(HCC) | Cell Fractionation |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Stem cell therapy |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | E book |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Human disease |
| 6 | Dr. Kalyani Khanra | BIOTECHNOLOGY(DSE) | Cloning |