Overview
The Department of Basic Medical Sciences, comprising Anatomy, Biochemistry and Physiology, serves as the foundation of medical education by providing essential knowledge of the human body's structure, biochemical processes and physiological functions. This Department plays a critical role in preparing medical, nursing, and allied health students to understand the complexities of human health, disease mechanisms, and clinical medicine. Anatomy focuses on the structural organization of the body, using cadaveric dissection, histology and modern imaging techniques to enhance learning. Biochemistry explores the molecular and chemical processes that sustain life, emphasizing metabolism, enzymology and genetics. Physiology delves into the functions of various organ systems, providing a deep understanding of homeostasis, neurophysiology, cardiovascular regulation and endocrine control. By integrating traditional teaching methods with innovative technologies such as 3D anatomical visualization, molecular imaging and computational biology, the Department ensures that students develop a strong scientific foundation necessary for advanced clinical training and medical research.
Mission
To provide foundational medical education and research in human anatomy, biochemistry and physiology, equipping students with the scientific knowledge essential for understanding health, disease mechanisms and clinical practice.
Vision
To be a centre of excellence in basic medical sciences education and research, driving innovation and scientific discoveries that contribute to improved healthcare and medical advancements.
Functions
The Department is committed to delivering high-quality education by teaching foundational courses in human anatomy, biochemistry and physiology to medical, nursing, and allied health students. Hands-on training is an essential component, allowing students to gain practical experience through cadaveric dissection, histological analysis, and physiological experiments. The Department actively engages in research on human biological functions, disease mechanisms, molecular biology and systems physiology, fostering scientific discoveries that contribute to medical advancements. It provides crucial support to clinical departments by offering a strong scientific basis for understanding disease pathology and treatment mechanisms.
The Department facilitates laboratory-based research in cellular physiology, molecular biochemistry and neurophysiology, ensuring students and researchers have access to modern tools and methodologies. It offers postgraduate training and mentorship for research students in biomedical sciences, helping to cultivate future scientists and educators. By integrating modern technologies such as 3D anatomical modelling, computational simulations and molecular imaging into medical education, the Department enhances student learning and diagnostic skills. Collaboration with other health science departments to promote interdisciplinary research and training programs, fostering a more comprehensive approach to medical education and patient care.
Beyond academia, the Department actively engages in community outreach programs to promote awareness of human biology, disease prevention and public health education. Additionally, it develops and implements standardized assessments to evaluate student competency in anatomy, biochemistry and physiology, ensuring that graduates meet the highest standards of medical knowledge and practice. Through its multifaceted approach to education, research and community engagement, the Department plays a pivotal role in shaping the future of medical and health sciences.