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10:30 AM\nDavid McMillan, MS\u000bUniversity of Miami\nCV:\u000bBIOGRAPHICAL SKETCH \u000b\u000bNAME: McMillan, David William, MS \u000b\u000bPOSITION TITLE: Doctoral Candidate, Graduate Student Research Assistant \u000b\u000bA. Personal Statement \u000bMy global research interests pertain to the role of the central nervous system in controlling whole-body energy expenditure and macronutrient processing. I was first introduced to techniques used to study energy expenditure, fuel homeostasis, and central hemodynamic function in the laboratory of Dr. Todd Astorino where we studied high intensity exercise. In his laboratory I inspired and lead a project that showed that self-pacing during maximal-effort cycling can augment the central hemodynamic response to exercise independent of external power production and the duration of exercise, illustrating the importance of perception in the brain’s control of the physiological processes required to meet the demands of exercise. Following my undergraduate I began my formal spinal cord injury (SCI) training in the laboratory of Dr. Christine Dy where, due to her research interests, we conducted a project in the area of systems neural circuitry during locomotion. I am now examining various cardiometabolic responses to different forms of exercise in persons with spinal cord injury. Specifically, I have recently completed a study focusing on changes in fuel homeostasis during recovery from a single bout of a guideline established (American Physical Therapy Association) circuit resistance exercise. Data from this project has been presented by myself and others at multiple conferences. I am now working on a project examining a prototype device that use non-linear dynamic control theory to control transcutaneous neuromuscular electrical stimulation (tNMES) to achieve recumbent leg cycling. I strive to continue research in the area of cardiometabolic function in persons with SCI because 1) the results have the potential to benefit persons with SCI, 2) SCI is a viable model for studying the central control of energy expenditure in living humans, and 3) the field exists on the apex of biotechnology where study and treatment involves bioengineering and/or regenerative medicine. \u000b\u000bB. Positions and Honors \u000b\u000bAcademic and Professional Honors \u000bCSU San Marcos “Dean’s Award”, 2013 \u000bCSU Pre-Doctoral “Sally Casanova Scholar” ($10,000/yr for 1 yr), 2014 \u000bCSU Lost Angeles “Special Recognition in Graduate Studies”, 2015 \u000bUniversity Miami Barbara Marks Scholarship ($4,000/yr for 2 yr), 2015 - 2017 \u000b\u000bC. Contribution to Science \u000b1. Undergraduate Research: I spent three years work and conducting research at the Project Walk, Inc and at CSU San Marcos in the biomechanics and exercise physiology laboratories of Dr. Jeff Nessler and Todd Astorino, respectively. The topics of the studies included acute plasma neurotrophin responses to multi-modal, activity-based therapy in persons with spinal cord injury, recovery of perturbations to synchronization of gait during side my side treadmill walking, cardiometabolic adaptations to interval training in sedentary women, and the effect of perception on cardiometabolic control during maximal exercise. Through these projects I was trained in techniques involving whole-body vibration, body weight support treadmill training, transcutaneous neuromuscular electrical stimulation, optical-passive motion capture, non-linear data analysis, respiratory gas analysis, body composition assessment, and impedance cardiography. I presented the data from these projects in the form of 6 posters and 4 slide presentations at various local and regional conferences. \u000b\u000ba. Nessler JA, McMillan DW, Schoulten M, Shallow T, Stewart B, Delone C. Side by side treadmill walking with intentionally desynchronized gait. Annals of Biomedical Engineering. 41(8), 1680–91, 2013 \u000bb. Astornio TA, Schub","cbCaiv5gQo8R7HhK","https://ap.wps.com/l/cbCaiv5gQo8R7HhK","docx",1506871,1418,"English","# BIOGRAPHICAL SKETCH\n## A. Personal Statement\n## B. Positions and Honors\n## C. Contribution to Science\n### 1. Undergraduate Research\n### 2. Master’s Research","[{\"question\":\"What are David McMillan’s primary research interests?\",\"answer\":\"His research centers on the role of the central nervous system in controlling whole-body energy expenditure and macronutrient processing, with emphasis on cardiometabolic responses to exercise in spinal cord injury.\"},{\"question\":\"What recent and current projects does the CV mention?\",\"answer\":\"It reports a completed study on fuel homeostasis changes during recovery after a circuit resistance exercise bout, and a current project developing a prototype device that uses non-linear dynamic control for transcutaneous neuromuscular electrical stimulation to enable recumbent leg cycling.\"},{\"question\":\"What honors and positions are listed under the CV?\",\"answer\":\"The CV includes academic and professional honors such as Dean’s Award (2013), Sally Casanova Scholar (2014), Special Recognition in Graduate Studies (2015), and the Barbara Marks Scholarship (2015–2017), along with his doctoral-candidate graduate assistant position.\"}]","ASIA-2018 Accreditation CVs - David McMillan | DOCX",1788332186,496]