معرفی
Austin Elliott is a Lecturer in Physiology at the University of Manchester's Division of Diabetes, Endocrinology & Gastroenterology, specializing in intracellular signaling mechanisms using advanced fluorescence microscopy techniques. His research bridges fundamental cellular physiology with clinical disease contexts, particularly focusing on calcium dynamics in epithelial and cardiac tissues.
Education:
- B.Sc. in Chemistry from University of Bristol (1983)
- Ph.D. in Physiology from University College London (1987)
Elliott's research centers on calcium ions as universal cellular regulators, investigating their transport mechanisms in pancreatic acinar/ductal cells, human placenta, and cardiac myocytes. His laboratory examines pathological disruptions in calcium signaling caused by reactive oxygen species in pancreatitis and iron overload in beta-thalassaemia, employing real-time fluorescence imaging to track subcellular ion dynamics. Current projects include identifying calcium channels in placental epithelium and elucidating iron transport mechanisms in heart tissue.
His publication record reveals a dual focus: primary research on cellular signaling mechanisms and significant contributions to physiology history, particularly regarding high-altitude physiology pioneers like Griffith Pugh and A.V. Hill. This historical work, featured in Physiology News and The Conversation, demonstrates his commitment to contextualizing modern research within scientific heritage.
Elliott has maintained active engagement with the Physiological Society (2012-2018 committee membership) and regularly delivers invited lectures on scientific integrity ('Bad science and how to spot it') and historical topics. His teaching portfolio spans foundational cell physiology, cardiovascular/respiratory systems, and science communication, reflecting his belief that diverse subject mastery keeps academic work intellectually vital.
