Department of
Biochemistry

Vision

To be recognized as a center of excellence in Biochemistry that fosters an environment where students acquire the skills to bridge biological and chemical sciences, transforming this knowledge to enhance the quality of human life.

Mission

The Department of Biochemistry embraces an interdisciplinary culture that transcends traditional boundaries in both teaching and research. We play a pivotal role in providing prudent solutions to global challenges and addressing millennium goals. We believe the vast strategic potential of Biochemistry must be harnessed at the institutional level to create meaningful impact.

History & Evolution

• 1999: Established with the inception of the Undergraduate program in amalgamation with Zoology and Microbiology.
• 2005: Launched the UGC-sponsored Add-on course in Clinical Biochemistry to empower students with self-employment and professional potential.
• 2006: Introduced the Post-Graduate program to explore fast-emerging frontiers in the field.

The department remains a roadmap for evolving dynamics in pedagogy. Our faculty combines seasoned experience with innovative methods to instill resilience and confidence in our students. We are devoted to cutting-edge research that unearths new intellectual chapters as we advance into the 21st century. As the central discipline of the natural sciences, Biochemistry is truly the "Wave of the Future."

Course Outcomes: B.Sc. Biochemistry (2020-2021)

I Year

• BIC.T1-1 (Biochemistry I): Students will master quantitative analysis, atomic structure, chemical bonding, and the impact of thermodynamics on biological systems. Topics include radiation properties, coordination compounds, and environmental toxicology.
• BIC.T2-2 (Biochemistry II): Focuses on reaction kinetics, equilibrium, and the states of matter. Students gain insights into electrochemistry (redox reactions), surface chemistry (viscosity/adsorption), and advanced structural elucidation techniques like X-ray crystallography.
• BIC.P1-1 (Practicals): Hands-on proficiency in calibration, diverse titration methods, and calculating unknown concentrations.

II Year

• BIC.T3-3 (Biochemistry III): A deep dive into organic chemistry, covering reaction mechanisms (Grignard, Aldol condensation), secondary metabolites, heterocyclic compounds, and stereochemistry.
• BIC.T4-4 (Biochemistry IV): Explores human physiology and nutrition. Students study organ systems (Digestive, Renal, Respiratory, Cardiovascular), endocrine signaling, and the biochemical impact of free radicals and aging.
• BIC.P3-3 & P4-4 (Practicals): Skills in systematic organic analysis, chromatography (TLC), buffer preparation, and clinical parameter testing.

III Year

• BIC.T5-5 to T8-7: Focuses on advanced metabolism (Carbohydrates, Lipids, Proteins), Molecular Biology (DNA replication, Transcription, Translation), Immunology, and Recombinant DNA Technology.
• Practicals: Qualitative analysis of biomolecules, enzyme kinetics (amylase/urease), DNA isolation, and microbiological staining techniques.

M.Sc. Biochemistry: Program Outcomes (PO) & Specific Outcomes (PSO)

Program Outcomes (PO)

1. Originality: Understand applied sciences to promote original ideas and manage scientific ambiguity.
2. Societal Solutions: Apply technology-oriented knowledge to develop creative solutions for social issues.
3. Critical Thinking: Formulate and solve complex issues in the Biotech, Pharma, and Academic sectors.
4. Lifelong Learning: Develop the attitude and values required for self-directed professional development.
5. Modern Tool Usage: Master analytical software and advanced laboratory equipment.

Program Specific Outcomes (PSO)

1. Metabolic Mastery: Understand macromolecular metabolism and the regulation of associated disorders.
2. Research Skills: Develop cognitive and analytical skills for independent biological exploration.
3. Structure & Function: Demonstrate comprehensive knowledge of chemical/biological structures and applications.
4. Community Linkage: Build trust and responsibility between the scientific community and society.

M.Sc. Course Outcomes (Selected Highlights)

I Year (BCT-101 to 105)

• BCT-101: Physical biochemistry, thermodynamics, and organic reaction mechanisms.
• BCT-102: In-depth study of biomolecular structures (Carbohydrates, Lipids, Proteins, and Nucleic Acids).
• BCT-103: Clinical Biochemistry, focusing on lab quality control, organ function tests (Liver, Kidney, Gastric), and diagnostic enzymology.
• BCT-104: Human Physiology, emphasizing the cytoskeleton, neuromuscular coordination, and endocrine regulation.
• BCT-105: Nutrition and Toxicology, covering BMR, malnutrition syndromes, food fortification, and the pharmacokinetics of toxicants.

II Year (BCT-301 to 404)

• BCT-301/401: Advanced Molecular Biology, including eukaryotic gene expression, chromatin remodeling, and RNA interference (RNAi).
• BCT-302: Biophysical Techniques, mastering HPLC, GC-MS, NMR, and Mass Spectrometry (Proteomics/Metabolomics).
• BCT-403: Genetic Engineering, covering cloning vectors, PCR modifications, and downstream processing in fermentation.
• BCT-404: Cell Signaling and Cancer Biology, exploring GPCRs, signal transduction, and the molecular basis of malignancy.

Research Project (BCP-406)

This capstone experience introduces students to research culture, igniting young minds to solve biological and environmental issues through novel thinking, experimental design, and data interpretation.