The Department of Applied Cellular Sciences focuses on the study of cellular structure, function, and regulation, emphasizing their direct relevance to human health, disease mechanisms, and medical practice. Through a curriculum that integrates cell biology, molecular biology, and applied laboratory techniques, the department provides students with a clear understanding of cellular processes such as signal transduction, cell cycle control, apoptosis, differentiation, and cellular responses to physiological and pathological stimuli. Practical training is a central component of the program, enabling students to work with modern laboratory methods including cell culture, microscopy, molecular assays, and analytical techniques used to investigate cellular behavior. Faculty research areas encompass cancer cell biology, stem cell science, cellular therapeutics, molecular regulation of disease pathways, and the development of applied cellular models for diagnostic and therapeutic purposes. By collaborating with clinical and research departments across the university as well as national biomedical institutes, the Department of Applied Cellular Sciences contributes to the advancement of translational research and strengthens the bridge between basic cellular knowledge and its clinical applications. Its efforts support the development of scientifically competent medical students equipped with an in-depth understanding of cellular mechanisms that underpin modern medical diagnostics and treatments.
