Steve Bray
About Steve Bray
Steve Bray's Educational Background
Steve Bray holds an impressive academic background, pivotal to his career in science and research. He earned a Master of Science in Biochemistry, laying a strong foundation in the study of chemical processes related to living organisms. Furthering his academic pursuits, Bray obtained a PhD in Genetics from Duke University, where he focused his doctoral research on the genetic control of neurological function. His academic journey continued with post-doctoral training at Emory University, further honing his expertise in genetics and research methodologies.
Steve Bray's Role at Eli Lilly and Company
At Eli Lilly and Company, Steve Bray worked as a genetics research scientist. In this role, Bray utilized DNA sequencing of tumor samples to delve into the genomic landscape of cancer. His work aimed to understand cancer better and how various pharmaceuticals can impact treatment, providing crucial insights into drug responses. His contributions helped in the advancement of personalized medicine, where treatments can be tailored based on individual genetic profiles.
Steve Bray: VP of Translational Science
Steve Bray currently holds the title of Vice President of Translational Science. In this executive role, Bray oversees the integration of scientific research and clinical applications. His leadership ensures that findings from genetic research and other biotechnological advances translate effectively into clinical treatments and therapies. His position demonstrates his expertise in guiding complex research projects from theoretical understanding to practical medical applications.
Steve Bray's Expertise in Neurological Genetics
Steve Bray’s expertise extends notably into the genetic control of neurological function, which was the focus of his doctoral research at Duke University. This specialized area of study involves understanding how genes influence the development and functioning of the nervous system, which can have significant implications for treating neurological disorders. Bray's research contributions provide valuable insights into the underlying genetic mechanisms that affect neurological health and disease.