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Biochemistry

About Department

GOAL
The Department of Biochemistry is committed to providing high-quality education and research for undergraduate and postgraduate (PG) students. We integrate biochemical principles with clinical applications to enhance the understanding of disease mechanisms and treatment. Our Clinical Biochemistry Lab plays a vital role in diagnostics, research, and training, equipping students with hands-on experience in laboratory techniques. Through comprehensive teaching, advanced training, and research, we strive to develop skilled medical professionals and researchers, contributing to improved patient care and medical advancements.
OBJECTIVES
- Knowledge
  At the end of course, the student should be able to:
  1. Provide Quality Education: Deliver comprehensive teaching to MBBS and postgraduate (PG) students, integrating biochemical concepts with clinical applications.
  2. Enhance Clinical Understanding: Strengthen students’ knowledge of the molecular basis of diseases to support better diagnosis and treatment.
  3. Promote Research & Innovation: Encourage scientific inquiry and research in biochemical and molecular sciences to develop novel diagnostic and therapeutic approaches.
  4. Hands-on Training: Offer practical exposure through the Clinical Biochemistry Lab, enabling students to acquire essential laboratory skills.
  5. Foster Critical Thinking: Develop analytical and problem-solving abilities among students to enhance their clinical decision-making skills.
  6. Support Healthcare Advancements: Contribute to medical advancements and patient care through continuous learning, research, and collaboration with healthcare professionals.
- Skills
  Skills Developed in the Biochemistry Department:
  1. Theoretical Knowledge: Strong understanding of biochemical principles, metabolism, and the molecular basis of diseases.
  2. Clinical Correlation: Ability to apply biochemical concepts to diagnose and manage medical conditions.
  3. Laboratory Skills: Proficiency in biochemical techniques, including spectrophotometry, electrophoresis, chromatography, and enzyme assays.
  4. Data Interpretation: Competence in analyzing laboratory reports and biochemical test results for clinical decision-making.
  5. Research & Analytical Skills: Ability to design, conduct, and interpret biochemical research with a focus on innovation and problem-solving.
  6. Critical Thinking & Problem-Solving: Development of logical reasoning and analytical skills for medical and laboratory applications.
  7. Technical Expertise in Clinical Biochemistry: Hands-on experience in working with automated analysers and other diagnostic tools in the Clinical Biochemistry Lab.
  8. Communication & Presentation Skills: Effective scientific communication, report writing, and presentation of research findings.
  9. Teamwork & Collaboration: Ability to work in multidisciplinary healthcare and research teams.
  10. Ethical & Professional Responsibility: Understanding of ethical guidelines in biochemical research and clinical practice.
Integration of Biochemistry in Medical Education and Healthcare:
Biochemistry is seamlessly integrated with clinical subjects to enhance the understanding of disease mechanisms, diagnostics, and treatment. Through interdisciplinary learning, collaboration with physiology, pathology, pharmacology, and medicine strengthens clinical application. The Clinical Biochemistry Lab provides hands-on training in diagnostic techniques, bridging theory with real-world practice. Case-based learning, research, and advanced technologies further connect biochemistry with patient care. Additionally, its role in public health, nutrition, and preventive medicine ensures a comprehensive approach to medical education and healthcare advancements.