Biochemistry Department Training at Siddaganga Medical College & Research Institute
Introduction
The Department of Biochemistry at Siddaganga Medical College & Research Institute helps students understand the biochemical processes essential for life, disease mechanisms, and clinical diagnosis. The subject forms the basis for laboratory medicine, endocrinology, metabolism, and molecular biology. Through a blend of lectures, practical experiments, and clinical integration, the department ensures that students gain deep scientific insight.
State-of-the-Art Biochemistry Laboratory
The biochemistry laboratory is equipped with modern analyzers and instruments used in routine diagnostics, such as spectrophotometers, colourimeters, electrophoresis units, and semi-automated analyzers. Students learn essential laboratory techniques, including sample handling, chemical analysis, enzyme assays, and interpretation of biochemical results. This practical exposure strengthens their understanding of disease mechanisms and diagnostic pathways.
Integrated and Case-Based Learning
The department emphasises clinical biochemistry through case discussions, problem-based sessions, and interpretation of laboratory reports. Students learn to correlate biochemical changes with diseases such as diabetes, liver disorders, renal failure, and hormonal imbalances. Regular lectures explain metabolic pathways, molecular genetics, nutrition, and the regulation of biochemical processes.
Research and Continuous Evaluation
Students are encouraged to take part in research projects and scientific presentations under faculty mentorship. Regular assessments through viva-voce, practical exams, MCQs, and written tests allow students to monitor their progress and strengthen conceptual knowledge. The department fosters scientific thinking and evidence-based understanding.
Conclusion
The Department of Biochemistry at Siddaganga Medical College & Research Institute provides a well-rounded academic experience through laboratory training, integrated teaching, and clinical case discussions. Students develop a strong understanding of biochemical principles that support effective diagnosis, treatment, and future medical research.