Endocrinology, Metabolism and Molecular Medicine

Research efforts have centered on diabetes detection and management including participation the diabetes prevention trial, Phase 3 and 4 efficacy trials for diabetes treatment.

The primary area of interest of the Lowe lab is maternal metabolism during pregnancy, fetal growth and their interaction. Genetic-, genomics- and metabolomics-based technologies together with a multi-ancestry, population-based cohort of mothers and their offspring from the Hyperglycemia and Adverse Pregnancy Outcome Study are being used to pursue these areas of interest.

genetics/genomics of complex diseases/traits; genetic epidemiology; statistical genetics; genomewide association studies; linkage; whole genome sequencing; candidate gene studies; genetic architecture of complex diseases/traits; population genetics; evolutionary genetics; signatures of selection.

Dr. Wenyu Huang is currently an Assistant Professor at the Division of Endocrinology, Metabolism and Molecular Medicine, co-director of the Comprehensive Metabolic Core and Core Lab Director of the Clinical Research Unit at Northwestern University Feinberg School of Medicine. Dr. Huang received his MD degree from Beijing Medical University and his PhD degree in neuroendocrinology at Northwestern University. After completing his residency in internal medicine and fellowship in endocrinology at Northwestern McGaw Medical Center, Dr. Huang has stayed on faculty at this prestigious academic medica...

Genetics of complex diseases, PCOS, Obesity, Metabolic syndrome, diabetes

I have devoted my career to maintaining a state--of-the-art but individualized approach to primary care medicine, endocrinology, and, most specifically, the care of patients with all forms of diabetes. My main area of academic focus is to advocate for a minimization of bureaucratic obstacles that interfere with the primacy of the patient-physician relationship.

Samuel Stupp's research is focused on self-assembly and supramolecular materials with special emphasis in regenerative medicine, organic electronics, solar energy, and cancer therapies.

My primary clinical interest is Diabetes, especially Diabetes and Technology and the application of the use of Insulin pump Therapy and real Time Continuous glucose monitoring sensor therapy to Diabetes type 1 and Diabetes type 2. My primary research interest is Diabetes

Epidemiological and genetic studies have shown that disruption of the circadian clock is a factor in multiple pathologies, including metabolic disease, myopathy, and cancer. Our laboratory aims to uncover the physiological impact of the circadian clock on nutrient-responsive regulatory pathways, including oxygen-sensing transcriptional networks. Indeed, we have recently identified a key connection between skeletal muscle clocks and the hypoxia-inducible factor (HIF) pathway, which drives circadian control of the hypoxic response and glucose metabolism. The goal of our laboratory is to understa...