Department of Biochemistry

Facilities of the department

The Department of Biochemistry is equipped with well-developed facilities that support both teaching and research activities within the Faculty of Medicine. A multidisciplinary teaching laboratory provides an integrated environment where students carry out their biochemistry practical sessions, gaining hands-on experience in a range of laboratory techniques while linking theoretical knowledge to practical application. In addition, a research laboratory is available to facilitate undergraduate and postgraduate research, encouraging scientific inquiry and independent investigation. The department is furnished with essential modern instruments, including gel electrophoresis apparatus for molecular separation techniques, a gel documentation system for visualization and analysis, and an ELISA plate reader for quantitative biochemical and immunological assays. Together, these facilities create a supportive and resourceful setting for academic training, skill development, and research advancement.

Research Facilities

The Department of Biochemistry is actively engaged in diverse research areas that contribute to scientific innovation, healthcare advancement, and educational development. Current research focuses on the identification of local medicinal plants with antibacterial and anti-diabetic properties, green synthesis of nanoparticles using plant extracts, and investigations into the interactions of peptide-based drugs and conventional antibiotics with bacterial ribosomes. The department also explores the functional organization of bacterial RNA degradosomes in membraneless organelles, diabetes mellitus and pancreatic β-cell dysfunction, antioxidant therapeutics, redox regulation in metabolic diseases, and enzyme inhibition studies related to diabetes management. Additional research areas include food biochemistry, nutraceutical and antioxidant properties of coconut oil, nutritional awareness, community health, non-communicable disease awareness, genomic medicine, pharmacogenomics education, and career development through experiential learning and research engagement. Alongside scientific research, the department is committed to promoting career development and experiential learning in higher education by creating opportunities for practical training, research engagement, and professional skill enhancement among students.