Daniel Kelly is a lecturer in Biochemistry at Sheffield Hallam University with research interests in cardiovascular disease, type 2 diabetes, obesity and the role of testosterone in these diseases. Following his PhD studying the anti-inflammatory effects of testosterone on atherosclerosis, Daniel undertook a postdoc at the University of Sheffield to work with Professor Hugh Jones to investigate the tissue-specific actions of testosterone related to the pathogenesis of type 2 diabetes and cardiovascular disease. This research continues at Sheffield Hallam University and extends through on-going collaborations with partners at the University of Sheffield, University of Chile, Barnsley NHS foundation trust and Bayer Healthcare where he is currently using cell culture systems, pre-clinical models and medical trials of replacement therapy to uncover the underlying mechanisms of testosterone action. He has published in several high-impact journals in the field of endocrinology and acts as a reviewer for many of these journals more.
Daniel has an honorary lectureship position at the University of Sheffield allowing close collaboration across the Sheffield Universities. He is the deputy course leader for the undergraduate Biomedical Science degree at Sheffield Hallam University where he uses his current and prior research to inform his teaching in areas related to metabolism, endocrinology, cell biology, and biological basis of disease.
Lecturer, Sheffiedl Hallam University
Postdoctoral research associate, Univesity of Sheffield
Sheffield Hallam University, PhD
Aston University, Birmingham, BSc (hons) Human Biology and Psychology
Randomized controlled trials - mechanistic studies of testosterone and the cardiovascular system., Asian Journal Andrology
Testosterone differentially regulates targets of lipid and glucose metabolism in liver, muscle and adipose tissue of the testicular feminised mouse., Endocrine
Testosterone and Obesity., Obesity Reviews
Testosterone and cardiovascular risk in men., Vol. 43 Frontiers of Hormone Research
Testosterone suppresses regulatory enzymes of fatty acid synthesis and protects against hepatic steatosis in cholesterol-fed androgen deficient mice. , Life Sciences
Testosterone: A Vascular Hormone in Health and Disease., Journal of Endocrinology
Testosterone and insulin resistance in the metabolic syndrome and T2DM in men. , Nature Reviews Endocrinology
Testosterone: A Metabolic Hormone in Health and Disease., Journal of Endocrinology
Effect of Testosterone on Inflammatory Markers in the Development of Early Atherogenesis in the Testicular-Feminized Mouse Model., Endocrine Research