A result-oriented scientist and an innovative leader with 10 years of research experience in academia, resulting in seven peer-reviewed manuscripts and $20000 in research funding. Extensive knowledge of diabetes pathophysiology and underlying mechanisms of development and progression of diabetes-associated pathologies. Expert in cell signal transduction mechanisms with a focus on mTOR- and cyclic-AMP-mediated signaling pathways. Excellent communication skills developed through presenting research at regional and national conferences. Over 5 years experience in laboratory management and training/mentoring junior scientists. As a graduate student at St. John’s University NY, I developed an appreciation for the rewarding nature of basic research with my interest focused on phenotype changes in cell culture models of diabetes. My colleague and I discovered that modulation of cellular signal transduction in response to elevated glucose concentrations or nutrient supplementation led to altered membrane trafficking of glucose transporters and changes in cellular energetics. My collaborations during my postdoctoral training have focused on a series of studies that evaluate REDD1 in the development of oxidative stress. A novel hypothesis derived from REDD1-influenced retinal pathologies has been rewarded a research grant by the Children's Miracle network. My current research is focused on the cellular mechanisms contributing to pathophysiology associated with diabetic nephropathy.