This is a proposal is for a Scholars in Patient-Oriented Research (SPOR) Program at the University of South Florida '_(USF). USF has made major strides over the past decade toward the goal of becoming a major research university increasing external research funding from less than $25M to nearly $250M annually. Over half of this funding is in the Health Sciences Center (HSC). About half of this funding currently is from industry-sponsored clinical therapeutic trials, and with the other half of the funding is for investigator-initiated research. Thus, it is a priority of the USF HSC to concentrate on developing a strong cadre of faculty members with expertise in patient-oriented research that is capable of receiving peer-reviewed external funding, in addition, we have a clear need to upgrade the subspecialty fellowship training programs to train increasing numbers of subspeciaity fellows to become academic clinical and translational researchers. The K30 grant is an ideal mechanism for jumpstarting these efforts. Fortunately, within our institution the Moffitt Cancer Center, an NCI-designated Comprehensive Cancer Center, has done an outstanding job of building a clinical research program, a clinical and translational research mentoring program for junior faculty, and a NCI K12- funded Clinical and Translational Research Training program. The proposed program will utilize the expertise developed at Moffitt, as well as many of the smaller foci of clinical research expertise at USF, to train junior faculty and fellows. The SPOR Program will lead to a Masters degree. It will consist of a core of classroom and web-based didactic teaching and a mentored clinical research project. Many of the courses already exist, and others will be derived from current courses, whereas some courses will be designed specifically for SPOR Program trainees. Required courses will include research and professional ethics; grantsmanship; scientific writing; diversity in clinical research; principles of cell biology, physiology, pharmacology, and molecular biology; biostatistics and informatics; fundamentals of successful patient-oriented research. There will be three tracks available: therapeutic clinical researchers (clinical trial design; Phase !/11clinical trial design, conduct, analysis and funding), population-based research (epidemiology and trial design), mechanisms of human disease (molecular basis of metabolism, clinical pharmacology, bioinformatics). A thesis or peer-reviewed publication(s) based on mentored research will be required. The executive committee will oversee the Program and will have subcommittees for (1) trainee selection, (2) mentor selection (3) curriculum (4) evaluation processes; and (5) overall SPOR Program progress. Process assessment will be based on evaluations of courses, mentored research, and the Program overall. The major long-term outcomes evaluated will include the number of trainees in academic positions, trainees doing productive clinical research (manuscripts and abstracts), and trainees with national Deer-review funded clinical and translational research Droqrams.

Agency
National Institute of Health (NIH)
Institute
National Center for Research Resources (NCRR)
Type
Clinical Research Curriculum Award (CRCA) (K30)
Project #
5K30RR022270-03
Application #
7282089
Study Section
Special Emphasis Panel (ZHL1-CSR-R (O1))
Program Officer
Wilde, David B
Project Start
2005-09-01
Project End
2010-08-31
Budget Start
2007-09-01
Budget End
2008-08-31
Support Year
3
Fiscal Year
2007
Total Cost
$300,000
Indirect Cost
Name
University of South Florida
Department
Internal Medicine/Medicine
Type
Schools of Medicine
DUNS #
069687242
City
Tampa
State
FL
Country
United States
Zip Code
33612
Lura, Derek J; Wernke, Matthew W; Carey, Stephanie L et al. (2017) Crossover study of amputee stair ascent and descent biomechanics using Genium and C-Leg prostheses with comparison to non-amputee control. Gait Posture 58:103-107
Kahle, Jason T; Klenow, Tyler D; Highsmith, M Jason (2016) COMPARATIVE EFFECTIVENESS OF AN ADJUSTABLE TRANSFEMORAL PROSTHETIC INTERFACE ACCOMMODATING VOLUME FLUCTUATION: CASE STUDY. Technol Innov 18:175-183
Kahle, Jason T; Highsmith, M Jason; Schaepper, Hans et al. (2016) PREDICTING WALKING ABILITY FOLLOWING LOWER LIMB AMPUTATION: AN UPDATED SYSTEMATIC LITERATURE REVIEW. Technol Innov 18:125-137
Houston-Hicks, Michele; Lura, Derek J; Highsmith, M Jason (2016) PLAY HANDS PROTECTIVE GLOVES: TECHNICAL NOTE ON DESIGN AND CONCEPT. Technol Innov 18:207-210
Highsmith, M Jason; Kahle, Jason T; Wernke, Matthew M et al. (2016) EFFECTS OF THE GENIUM KNEE SYSTEM ON FUNCTIONAL LEVEL, STAIR AMBULATION, PERCEPTIVE AND ECONOMIC OUTCOMES IN TRANSFEMORAL AMPUTEES. Technol Innov 18:139-150
Highsmith, M Jason; Andrews, Casey R; Millman, Claire et al. (2016) Gait Training Interventions for Lower Extremity Amputees: A Systematic Literature Review. Technol Innov 18:99-113
Highsmith, M Jason; Kahle, Jason T; Miro, Rebecca M et al. (2016) BIOENERGETIC DIFFERENCES DURING WALKING AND RUNNING IN TRANSFEMORAL AMPUTEE RUNNERS USING ARTICULATING AND NON-ARTICULATING KNEE PROSTHESES. Technol Innov 18:159-165
Kahle, Jason T; Klenow, Tyler D; Sampson, William J et al. (2016) THE EFFECT OF TRANSFEMORAL INTERFACE DESIGN ON GAIT SPEED AND RISK OF FALLS. Technol Innov 18:167-173
Highsmith, M Jason; Kahle, Jason T; Kaluf, Brian et al. (2016) PSYCHOMETRIC EVALUATION OF THE HILL ASSESSMENT INDEX (HAI) AND STAIR ASSESSMENT INDEX (SAI) IN HIGH-FUNCTIONING TRANSFEMORAL AMPUTEES. Technol Innov 18:193-201
Highsmith, M Jason; Klenow, Tyler D; Kahle, Jason T et al. (2016) EFFECTS OF THE GENIUM MICROPROCESSOR KNEE SYSTEM ON KNEE MOMENT SYMMETRY DURING HILL WALKING. Technol Innov 18:151-157

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