Biochemistry

Medicine is only rational if you know what is going on at the molecular level. Why does the blood glucose of a diabetic patient keep rising? A rising troponin indicates that the heart has been damaged. What is the panel of enzyme levels that indicates liver disease? These questions sit at the chemistry/clinical interface, and the Department of Biochemistry was created to give medical students the tools to answer them and to provide the laboratory infrastructure that allows clinicians to act on those answers every day.

The department has three inter-related strands of activity: undergraduate teaching, research and the provision of diagnostic laboratory services. None of these works in isolation. Students who learn biochemistry in a department that is also running a functional diagnostic laboratory experience the material differently not as abstract theory, but as the foundation of real clinical decisions happening around them. Faculty engaged in research bring the latest scientific thinking into the classroom. Clinicians who use the central laboratory receive diagnostic information generated by people who understand the clinical meaning of the results, not just the technical meaning.

Teaching is based on the Competency-Based Medical Education (CBME) model and includes lectures, demonstrations, integrated sessions and clinical correlation exercises. The aim is not rote learning but analytical thinking and clinical application. Research includes metabolic disorders, oxidative stress, cardiovascular disease, nutritional biochemistry, molecular diagnostics and cancer biomarkers, where the department’s work links directly with patient care outcomes.

Key Differentiators

Molecular-Level Clinical Reasoning

Students are trained to understand why disease happens at a biochemical level, why glucose climbs in diabetes, what a troponin rise actually means, and which enzyme pattern points to liver injury. This kind of mechanistic thinking builds diagnostic instincts that surface-level memorisation never does.

Integrated Teaching, Research and Diagnostics

Undergraduate teaching, active research, and a working diagnostic lab operate within the same department rather than as separate units. Students learn biochemistry while a live clinical lab runs around them, connecting the subject to real patient care from the start.

Research-Driven Curriculum

Faculty engaged in active research bring current scientific findings directly into their teaching, keeping coursework from becoming dependent on static textbook content alone. Students are exposed to live research questions alongside established knowledge.

Clinically Aware Diagnostic Reporting

Results from the central lab come with clinical context attached, not just raw numbers. Lab personnel are trained to understand both the technical and clinical dimensions of what they are reporting, making the connection between test data and bedside decisions more direct.

CBME-Based Teaching Model

Instruction follows the competency-based medical education framework through lectures, demonstrations, integrated sessions, and clinical correlation exercises. The emphasis is on building analytical reasoning and practical application rather than memorisation.

Advanced Technologies

Diagnostic Laboratory Infrastructure

A fully operational diagnostic lab within the department serves both clinical and teaching purposes, processing real patient samples while giving students direct exposure to authentic lab workflows and hospital-grade diagnostic practice.

Molecular Diagnostics Capability

The lab supports molecular and genetic-level testing beyond standard biochemical assessment, enabling sophisticated diagnostic work in metabolic and hereditary conditions and feeding into the department's research output in molecular medicine.

Enzyme Panel & Biomarker Testing Systems

Dedicated testing setups cover troponin measurement, liver enzyme panels, and cancer biomarker assessments, forming the diagnostic backbone for conditions clinicians encounter daily and supporting ongoing departmental research in oxidative stress and metabolic disorders.

Procedures

Estimation of Blood Glucose

Fasting and postprandial glucose testing for diagnosis of diabetes, glycemic monitoring and metabolic assessment. One of the most commonly requested investigations in the laboratory has direct implications for treatment decisions in a large patient population.

Renal Function Tests

Serum creatinine, blood urea, uric acid, and electrolytes. Generally used to check renal function plus renal disease, but also helps a lot in the daily evaluation. They are crucial for managing acute kidney injury, chronic kidney disease, and for keeping an eye on drug-related nephrotoxicity.

Liver Function Tests

A complete work up of hepatic health includes bilirubin, liver enzymes, serum proteins and albumin. These panels identify different patterns of liver disease and help direct further investigation and treatment.

Lipid Profile Analysis

Cholesterol, triglycerides, HDL, LDL and VLDL measure cardiovascular risk and metabolic status. A cornerstone of the prevention and treatment of heart disease and dyslipidemia for all patients.

Hormonal Assays

Thyroid profile, insulin, cortisol and reproductive hormone panels diagnose a wide variety of endocrine conditions thyroid dysfunction, adrenal disorders, infertility, metabolic syndrome. In all these areas, accurate hormonal data changes clinical management significantly.

Electrolytes and Blood Gases

Important tests in emergency and critical care. Sodium, potassium, chloride, bicarbonate and blood gas parameters provide a broad overview of acid-base and fluid status of critically ill patients and guide immediate management.

Cardiac Biomarker Testing

Testing for troponin, CK-MB, D-dimer, and NT-pro BNP aids in the rapid and accurate diagnosis of myocardial infarction, heart failure, and thromboembolic events. The outcome of the patient in a cardiac emergency is directly related to the speed of reporting.

Tumour Marker Testing

PSA, AFP, and CEA in cancer screening, diagnostic confirmation, staging, and monitoring therapy. Such markers provide longitudinal data, tracking the course of a disease or response to therapy over time.

Vitamin and Nutritional Assessment

Estimation of Vitamin D, Vitamin B12, and Ferritin identifies the deficiencies that lead to anaemia, bone disease, neurological symptoms and general fatigue. Nutritional assessment is important in diagnosis and management of conditions with complex, overlapping presentations.

Enzyme Assays

Amylase, lipase, and other enzymes are used for diagnosis monitoring of pancreatic and also metabolic disorders, like you know it helps keep track, sort of. Enzyme patterns provide diagnostic specificity in acute presentations and follow resolution or progression in chronic disease.