Washington University (WU) currently has successful K12, K30, T32 and Doris Duke clinical research training programs which were originally completely separate grants. We propose to transform these programs into the backbone of a new Center for Clinical and Translational Research Training (CCTRT). The CCTRT will be a new multi-institutional, multidisciplinary training program with dedicated space in the new Institute of Clinical and Translational Science (ICTS). The mission of the CCTRT is to provide outstanding clinical and translational research training for Washington University (WU) and its regional partners. This will be accomplished by integrating and enhancing existing training programs, developing new clinical and translational courses, promoting multidisciplinary team training, developing new career development programs and providing improved evaluation and tracking for all training programs. This transformation will be aided by the development of a new Education Committee, a new Council of NIH-Funded Training Programs and reorganizing the K12 Multidisciplinary Advisory Committee to oversee all the clinical research training programs. The CCTRT will support faculty, mentors and trainees by enhancing multidisciplinary research opportunities, providing new training and career development resources, fostering career development skills and promoting extensive interactions between faculty, mentors, and trainees. In 2006 we began integrating the K12, K30, T32 and Doris Duke Programs and moved into newly remodeled space as proposed in our initial CTSA application. The WU K12, K30 and T32 are funded through 2010 but can only be renewed as part a CTSA program and so we are resubmitting our application to continue, expand and transform our outstanding clinical and translational training programs through the CTSA. The new CCTRT will serve as the academic home for research training for the ICTS. The CCTRT will build several new research training programs including: ? A PhD program in clinical investigation, ? A training program for research nurses, coordinators and assistants, ? A series of new pediatric clinical research training programs (Program Function 2.11) and ? In collaboration with other CTSA Program Functions we will help develop new translational research curriculum (Biomedical Informatics 2.03, Biostatistics 2.04, Ethics 2.04, Community Engagement 2.07, Translational Pathology/Phenotyping Core 2.08, Human Imaging Unit 2.10, Brain, Behavior, Performance Unit 2.12, and Genetics/Genomics Core 2.13)
| O?Neil, Caroline A; Krauss, Melissa J; Bettale, Jon et al. (2018) Medications and Patient Characteristics Associated With Falling in the Hospital. J Patient Saf 14:27-33 |
| Muenks, Carol E; Sewell, Whitney C; Hogan, Patrick G et al. (2018) Methicillin-Resistant Staphylococcus aureus: The Effects Are More Than Skin Deep. J Pediatr 199:158-165 |
| Chhatwal, Jasmeer P; Schultz, Aaron P; Johnson, Keith A et al. (2018) Preferential degradation of cognitive networks differentiates Alzheimer's disease from ageing. Brain 141:1486-1500 |
| Salloum, Naji C; Buchalter, Erica Lf; Chanani, Swati et al. (2018) From genes to treatments: a systematic review of the pharmacogenetics in smoking cessation. Pharmacogenomics 19:861-871 |
| Smith, Gordon I; Commean, Paul K; Reeds, Dominic N et al. (2018) Effect of Protein Supplementation During Diet-Induced Weight Loss on Muscle Mass and Strength: A Randomized Controlled Study. Obesity (Silver Spring) 26:854-861 |
| Chen, Li-Shiun; Horton, Amy; Bierut, Laura (2018) Pathways to precision medicine in smoking cessation treatments. Neurosci Lett 669:83-92 |
| Ma, Mengxuan; Proffitt, Rachel; Skubic, Marjorie (2018) Validation of a Kinect V2 based rehabilitation game. PLoS One 13:e0202338 |
| Proffitt, Rachel M; Henderson, Whitney; Scholl, Shea et al. (2018) Lee Silverman Voice Treatment BIG® for a Person With Stroke. Am J Occup Ther 72:7205210010p1-7205210010p6 |
| Falvo, Michael J; Rohrbaugh, John W; Alexander, Thomas et al. (2018) Effects of Parkinson disease and antiparkinson medication on central adaptations to repetitive grasping. Life Sci 200:1-5 |
| Ju, Yo-El S; Ooms, Sharon J; Sutphen, Courtney et al. (2017) Slow wave sleep disruption increases cerebrospinal fluid amyloid-? levels. Brain 140:2104-2111 |
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