The Department of Physiology provides comprehensive teaching, training, and research in alignment with the National Medical Commission (NMC) Competency-Based Medical Education (CBME) curriculum. It caters to undergraduate students of MBBS, BDS, Physiotherapy, Nursing, and Allied Health Sciences programs, including Biomedical Sciences, Medical Laboratory Technology, Medical Imaging Technology, Anesthesia& Operation Theatre Technology, Renal Dialysis Technology, and Radiation Therapy Technology. The department also offers MD (Physiology) and Ph.D. programs.
The department is well-equipped with modern infrastructure to support competency-based training. It houses specialized laboratories including Clinical Physiology, Hematology, Human Physiology, Amphibian and Mammalian Physiology, and a dedicated Research Laboratory. The Clinical Physiology Laboratory plays a pivotal role in implementing the CBME curriculum by providing a structured, skills-oriented environment for early clinical training. It facilitates the acquisition of core clinical competencies through hands-on sessions in basic clinical examination, including general physical examination, vital signs assessment, and systemic examination. These sessions are aligned with defined competencies, enabling students to integrate physiological principles with clinical application from the early phases of training.
The Hematology Laboratory provides hands-on training in various hematological tests. The Human Physiology Laboratory is equipped with 10 digital data-acquisition systems for conducting pulmonary function tests, autonomic function tests, muscle fatigue studies, and neurophysiological studies. The Clinical Physiology Laboratory facilitates training in basic clinical examination skills and Basic Life Support (BLS). At the same time, Amphibian and Mammalian laboratories support both conventional and simulation-based experiments in accordance with ethical standards.
In addition, the department offers a robust teaching-learning environment with demonstration rooms, a seminar hall, and a departmental library. Teaching methodologies are aligned with CBME and include Small Group Discussions, Early Clinical Exposure, Simulation-based learning, and Self-Directed Learning supported by an e-learning platform. The training is reinforced through skill stations, checklists, and Objective Structured Practical Examination (OSPE) formats, ensuring competency attainment, documentation in logbooks, and readiness for real-life clinical scenarios, as mandated by the NMC CBME guidelines. Assessment methods include formative and summative evaluations, OSPE, and competency-based logbook tracking.
The department is actively engaged in research, encouraging undergraduate, postgraduate, and doctoral scholars to undertake innovative studies. The department emphasizes research aligned with current health priorities, with focus areas including cardiorespiratory physiology, neurophysiology, exercise physiology, autonomic function, and clinical physiology, as well as emerging domains relevant to lifestyle disorders and aging. The department actively promotes publications in indexed journals, presentations at national and international conferences, and participation in funded research initiatives. Overall, the department fosters academic excellence and advances research in the physiological sciences.
The Department of Physiology at KSHEMA is a vibrant hub for research, with key thrust areas in Exercise physiology, Evoked potentials, Muscle physiology, Neurophysiology, Cardiovascular Autonomic function, Pulmonary Function and Medical Education. It is supported by advanced laboratory infrastructure, including a multi-channel digital data acquisition system that enables detailed neurophysiological assessments such as EEG, EMG, Nerve Conduction Studies, Evoked potentials, and Cardiovascular autonomic function testing. The department also provides specialized facilities for psychophysiological research, including electrodermal activity/sympathetic skin response recording and stimulus presentation systems. Additional equipment for exercise and muscle physiology assessments further strengthens its research capabilities. Through active collaboration with clinical departments, the department promotes translational research. With ongoing intramural and extramural funded projects and publications in indexed journals, it continues to make significant contributions to research.
List of related Research Projects (In last Five years)
Ongoing Research projects| Sl.No | Title of the Project | Funding agency |
| 1 | A novel dietary approach for foetal programming of major chronic disorders in adult life using albino wistar rats- a prospective case control study. | ICMR-Adhoc |
| 2 | Evaluation of Cardio-Metabolic Risk Factors in Relation to Serum Vitamin D Levels: A Cross-Sectional Study | Nitte University |
| 3 | Perinatal stress and dietary modulation on gut microbiota and their impact on cardio metabolic outcomes in Albino Wistar rats. | Nitte University |
| Sl.No | Title of the Project | Funding agency |
| 1 | Electrophysiological and Biochemical Indicators in Autism spectrum Disorders | ICMR-DHR |
| 2 | Correlation of salivary bio-markers with anthropometric indices for screening cardio metabolic risk in professional under graduates | Nitte University |
| 3 | Perinatal programming of adult health-an observational study | Nitte University |
Number of Student short term projects funded by ICMR in last five years-11
Ph.D. Program
1. Number of Ph.D. awarded -03
2. Number of students pursuing Ph.D. - 05