Treatment response
Treatment response
Professor Andrew Hattersley’s team first discovered that neonatal diabetes was caused by a single gene mutation that rendered the pancreas’ potassium channels unresponsive. They developed a life-changing treatment that allowed these patients to take daily tablets rather than insulin injections. The Exeter diabetes team have found the single genetic mutation that cause 15 different sub-types of diabetes. Identifying the cause means getting the right treatment and support for people with diabetes.
Treatment Response - primary investigators
Name | Role | Keywords |
---|---|---|
Dr Angus Jones | NIHR Clinician Scientist | Type1, Type 2, insulin, c-peptide, classification, biomarkers, diagnosis, hypoglycaemia |
Dr Timothy McDonald | NIHR Clinical Scientist | Monogenic diabetes, insulin production, c-peptide, creatinine, type 2, glycaemic deterioration, biomarkers, genetics |
Professor Maggie Shepherd | Honorary Clinical Professor | Monogenetic diabetes, genetics, misdiagnosis, patient experience, type 1, type 2, c-peptide, clinical care |
Professor Andrew Hattersley | Gillings Chair of Precision Medicine, Professor of Molecular Medicine & Consultant Physician | MODY, Neonatal diabetes, islet antibodies, gestational diabetes, genetic risk score, Bioinformatics, BMI Diagnosis |
Dr Katarina Kos | Senior Lecturer (E&R) (Clinical) | adipose tissue function, gene and protein expression and function, human physiology, weight loss, obesity related complications, fatty liver disease, tissue oxygenation, vascular disease |
Harry Keen Research fellow | β cells, Type 1 diabetes, C-peptide, translational research, autoantibodies, autoimmune disease, Type 1 diabetes, Genetic risk score, T1D GRS, Extremely early onset type 1 diabetes | |
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Senior Lecturer (E&R) | Microvascular Complications, Ophthalmic markers, Early Diagnosis, Screening , Implementation, Neurodegenerative biomarkers |