Prevention and Education for RED-S Through Fueling Outcomes and Research in Metabolic Health

OBJECTIVES: Combat student athletes' under fueling before, during and after the competitive season and assess financial feasibility for scaling to the university level.

STUDY OVERVIEW: This project proposes an open label, pilot research endeavor between the Department of Nutrition at Case Western Reserve University (CWRU), Pennington Biomedical Research Center (PBRC) and the NCAA Division III CWRU Athletic Department. The proposed study design will implement improved nutrition screening and support, applying standard-of-practice processes that are used at the highest level of collegiate sport (Division I) modified for the Division III athlete. This study will utilize minimal-risk/standard-of-care nutrition screening procedures along with standard-of-care nutrition advice from dietitians trained in sports nutrition. All athletes will be screened with minimal risk items such as anthropometrics, questionnaires, grip strength and body composition testing. While additional voluntary metrics will be provided in a subset of individuals based on team and individual availability and include aerobic fitness (VO2), resting metabolic rate, physical activity, body composition and sports performance. Data will be collected at three timepoints: pre-season, mid-season, and post-season. Notably, this work expands upon the investigators' prior pilot study that showed nutrition support improved athlete health and performance metrics. This study has streamlined the protocol and transition to standard-of-care nutrition support to improve scalability and reduce risk to participants.

GENERAL AIMS/HYPOTHESIS: This research program will evidence the importance of nutrition to improve athlete health and performance in Division III athletes. The investigators hypothesize that nutrition screening and support will improve athlete health and performance metrics. As a feasibility study, the primary aim is to assess the feasibility of scaling this nutrition support to a larger student athlete population than the first pilot trial (estimated 100-200 athletes compared to the original 27 from the pilot study). The investigators will assess feasibility from both logistic and financial perspectives. Secondary aims include athlete health and wellness metrics, such as body composition, strength, and health and wellness questionnaires, involving body image, injuries, energy levels and other important mental and physical factors.