My postdoctoral research focuses on understanding mitochondria structural changes and altered calcium signaling during breast cancer progression. I am interested in using various imaging techniques (i.e., serial block-face scanning electron microscopy, transmission electron microscopy) complemented by clinical observations using generic data obtained from patient samples. My current research focuses on breast cancer etiology, where I hope to discover novel and effective treatments that migrate and overcome chemoresistance, an unmet clinical need. New personalized medicines will benefit from understanding how mitochondrial proteins influence treatment outcomes, especially in aggressive breast cancer molecular subtypes. My passion focuses on underserved communities in efforts to achieve health equity.
I earned an MS degree in Biology before completing my graduate training at Meharry Medical College in Nashville, TN, where I earned a PhD in Biomedical Sciences with an emphasis in Biochemistry and Cancer Biology. My doctoral training investigated calcium signaling in triple negative breast cancer and the dysregulation of bone metabolism due to comorbidities such as hypercalcemia. My postdoctoral training at Vanderbilt University has uniquely provided me with expertise in cutting-edge biophysical techniques that complement my training thus far. Through many collaborative efforts, I have had several mentors who have significantly impacted my research and career goals, especially within AACR. As the first professional society I joined during my first year of grad school, I have found a home and a sense of belonging within AACR. I am incredibly honored to serve on the AMC and champion professional development and peer mentorship. I hope to provide a sense of community and unity for all career stages while supporting the vision of the AACR and AMC.