Diabetes, Endocrinology and Metabolism (DEM) Research Activities
IntMed Research Bulletin highlights Endocrinology research (2006)
FACULTY RESEARCH INTERESTS:
- Role of relaxin in repair of fibrosis;
- Role of insulin degrading enzyme in the pathophysiology of diabetes.
- Improving outcomes in diabetes and obesity patients using treatment algorithms;
- Mechanisms of diabetes and metabolic syndrome on vascular endothelial function;
- Role of atypical antipsychotic agents in the development of diabetes.
- Improving outcomes after thyroid cancer including identifying possible environmental causes of and optimizing evaluation and treatment;
- Improving glucose control in the hospitalized patient;
- Consequences of morbid obesity surgery.
- Role of insulin degrading enzyme in insulin resistance caused by protease inhibitors;
- Role of insulin degrading enzyme in the pathophysiology of diabetes.
- Improving glucose control in the hospitalized patient;
- Improving outcomes after islet, pancreas and/or kidney transplant;
- Nontraditional risk factors for vascular disease after kidney transplantation;
- Primary prevention of diabetes and its complications, particularly renal, eye, and cardiovascular disease in African Americans, Native Americans, and/or adolescents with diabetes or obesity.
- Improving outcomes after islet, pancreas and/or kidney transplant
- Effects of immunosuppressants on insulin resistance and islet function.
- Improving outcomes in women with diabetes during and after pregnancy;
- Improving outcomes with cystic fibrosis related diabetes or bone disease;
- Prevention and treatment of bone disease associated with transplantation.
- Improving glucose control in the hospitalized patient
- Effects of immunosuppressants on insulin resistance and islet function;
- Improving outcomes after islet, pancreas and/or kidney transplant.
ENDOCRINOLOGY RESEARCH

Dr. Robert Bennett, Principal Investigator on NIH-funded research study entitled "Relaxin Family Peptides and Hepatic Fibrosis"

Dr. Cyrus Desouza (center) instructs VA team on "Bod Pod" diagnostic tool for treatment of obesity.