Subject | Age/level and price |
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Degree - £20 - 60min
Adult Learner - £20 - 60min
Graduate - £20 - 60min
Post-Graduate - £25 - 60min
Ages 19 - 21 - £20 - 60min
Ages 22+ - £20 - 60min
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Degree - £20 - 60min
Adult Learner - £20 - 60min
Graduate - £20 - 60min
Post-Graduate - £25 - 60min
Ages 19 - 21 - £20 - 60min
Ages 22+ - £20 - 60min
|
|
Degree - £20 - 60min
Adult Learner - £20 - 60min
Graduate - £20 - 60min
Post-Graduate - £25 - 60min
Ages 19 - 21 - £20 - 60min
Ages 22+ - £20 - 60min
|
Institution | Town | Speciality | Degree | Class |
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Jawaharlal Institute of Postgraduate Medical Education and Resea | Puducherry, India | Medical Physiology | Doctor | 2022 |
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Chiranjeevi had six years' experience as a tutor, demonstrator, instructor, and teaching assistant in Medical Physiology before being hired in his current role. In addition, he had five years of research experience as a doctoral researcher. He works in the field of Medicine (Physiology).
Chiranjeevi is responsible for delivering theoretical, practical, and concept-driven approaches to the Core, Cardiorespiratory, Gastrointestinal, Musculoskeletal, Neuroendocrine and Genitourinary blocks. He believes that up-to-date media clips, in-class simulations, diagrammatic representation, step-by-step flowchart explanations, and thought-provoking activities help students understand concepts at an accessible level. Chiranjeevi is also responsible for developing objective structured clinical examinations (OSCE), pedagogical techniques, lab exercises, group project presentations, problem-based learning, competency-based learning, and short group teaching (SGT) concepts. Chiranjeevi is interested in cardio-vascular autonomic functions, molecular physiology, diagnostic biomarkers and metabolic diseases. During his time as a Doctoral researcher, he investigated the role of organokines, their gene polymorphisms. He also explored their association with physical activity and cardiac-autonomic functions in individuals with metabolic syndrome in the South-Indian population. His thesis work primarily focused on identifying genes that predispose individuals to, or protect against metabolic syndrome, highlighting critical regulatory pathways and suitable targets for intervention. |
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