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Contact: Thomas Ebert, MD, PhD (PI/PD), Department of Anesthesiology, tjebert@mcw.edu.

The goal of the Anesthesiology Research Training Program is to develop competent investigative anesthesiologists, intensivists, and basic scientists suitable for entry-level, full-time, academic faculty positions and to prepare these individuals for productive academic careers including the ability to acquire extramural funding. This subset of investigators will meet the research needs of the specialty of anesthesiology and perioperative medicine in the future including the training of other academic anesthesiologists. The Program is designed to provide laboratory research training for postdoctoral fellows who have completed their clinical anesthesiology residency (Research Track 1; traditional), those residents who are participating in the integrated research and clinical track (Research Track 2: integrated), or who are outstanding PhD scientists (Research Track 3: basic scientist) with a clear commitment to basic research in anesthesiology.

Contact: Reza Shaker, MD (PI/PD) Department of Medicine Division of Gastroenterology, rshaker@mcw.edu

The goal of the Gastroenterology Training Program is to train and prepare interested fellows for a research career in academic gastroenterology. This rigorous, multidisciplinary program leverages a well-established, interdisciplinary collaboration between faculty investigators from the Gastroenterology Division and the Biophysics, Neurology, Otolaryngology and Physical Medicine Departments at 老澳门六合彩图库. The program offers training in two understudied areas of gastrointestinal research with paramount clinical significance in terms of human suffering and health care resource utilization namely 1) upper Gl and aerodigestive tract sensory motor function and their functional relationship, and 2) neurogastroenterology and brain-gut interaction.

The Vascular Biology and Hypertension Training Program is open to both MD and PhD fellows in various disciplines. The program aims: 1) to provide outstanding research training in the areas of vascular biology, cell signaling and pathologic states, which lead to pathological events, including hypertension, stroke, CAD and other cardiovascular anomalies; 2) to prepare trainees for careers as physicians and/or research scientists in biomedical research either as a primary career pursuit or in conjunction with clinical practice; and 3) to increase the number of MD/DO trainees who pursue careers in academic medicine associated with translation of research findings into clinical practice. Skill sets will focus on a fundamental understanding of genetics, molecular biology, analytical chemistry, vascular biology, and whole animal physiology.