Nate Crosby Email & Phone Number

Durham, Nc, Us

Chapel Hill, Nc

Chapel Hill, Nc

Chapel Hill, Nc

Raleigh-Durham, North Carolina Area

Advisor: Dr. Warren Grill - Investigated the mechanisms of spinal cord stimulation to promote the development of more effective and efficient treatments for chronic pain in collaboration with industry partner. - Developed and implemented preclinical and clinical research projects focused on translating technologies from the laboratory to the clinic to improve efficacy of neuromodulation therapies.

Raleigh-Durham, North Carolina Area

- Contributed as a project team member to creative and strategic solutions related to drug development and clinical and regulatory strategy. - Provided literature-based research, data analysis, and technical writing expertise for over 10 client engagements. Researched, wrote, and reviewed a wide range of scientific and regulatory documentation, including Investigational New Drug Applications (INDs), New Drug Applications (NDAs), and pre-IND and pre-NDA meeting packages, for submission to the FDA and other regulatory agencies.

Raleigh-Durham, North Carolina Area

- Received training on basic IND/IDE submissions and relevant FDA guidance documents, including completion of a mock IND for an FDA-approved drug using clinical protocols, literature searches, and drug label information. - Reviewed submissions from DTMI Regulatory Affairs archives including INDs, IDEs, IND exemption requests, pre-IND meeting briefing packets, and other FDA communications.

Philadelphia, Pa

Advisor: Dr. Beth Winkelstein - Investigated mechanisms that induce and maintain chronic joint pain and central sensitization using electrophysiological techniques to quantify spinal neuronal activity in vivo. - Evaluated astrocyte-secreted synaptogenic molecules as potential novel targets for drug development by measuring spinal plasticity and synaptogenesis after painful joint injury. - Collaborated with St. Jude Medical to develop, optimize, and test new applications of medical devices for spinal cord stimulation to treat neuropathic pain. Managed scientific direction and facilitated communications with industry partners throughout the project.

Lewisburg, Pa

Advisor: Joe Tranquillo- Investigated dynamics of simulated networks of neurons and modifications to network structure leading to epileptic activity- Wrote custom MATLAB code to run and analyze computational models of network communication- Collaborated with neurologists to provide clinical context for the computational study of epileptogenesis- Presented work as an undergraduate at 2 national conferences.

Lewisburg, Pa

- Key member of an interdisciplinary team that provided strategic recommendations regarding commercialization of two medical devices for the venture capital arm of a major regional healthcare provider. - Performed scientific and engineering analysis, industry and competitor analysis, market research, clinician survey and focus group analysis, risk assessment, and developed pricing strategies for a novel drug delivery system. - Presented findings and recommendations to the client in a comprehensive prospective business model and plan for commercialization.

Doctor Of Philosophy (Phd), Bioengineering And Biomedical Engineering

Activities and Societies: Career Opportunities Chair, Graduate Association of Biomedical Engineers

Bachelor Of Science, Bioengineering And Biomedical Engineering