Hydration beverage validation for enhanced exercise performance and recovery
A hydration beverage validation program using an environmental heat exposure model to test and optimize beverage compositions for maximizing exercise performance and recovery in hot, humid conditions.
Overview
Bioanalysis Center at UNT is advancing the validation of hydration beverages to enhance exercise performance and recovery, particularly in hot and humid environments. This program is designed to develop beverages that effectively promote hydration, addressing the prevalent issue of dehydration during strenuous activities. By leveraging an environmental heat exposure model, this initiative aims to optimize beverage formulations that can improve both subjective and biological hydration responses, potentially benefiting a wide range of exercising individuals.
Technical specifications
Key features:
- Utilizes a validated environmental heat exposure model to simulate real-world exercise conditions
- Tests various beverage compositions for pre-exercise, during exercise, and post-exercise recovery
- Measures both subjective hydration perceptions and biological responses to validate efficacy
- Designed to support specific marketing and health claims for beverage formulations
Technology readiness level
The current stage of development is at Technology Readiness Level 4. The project is preparing for further validation, including pilot testing, human subject trials, and comprehensive biological sample analysis, with a planned completion by Q3/Q4 2025.
About Bioanalysis Center - UNT
The Bioanalysis Center at the University of North Texas is a research core facility that provides expert support in experimental design and comprehensive sample analysis for academic and industry partners. Operating under a fee-for-service model, the center utilizes a range of advanced laboratory techniques, including automated chemistry assays, enzyme-based assays, protein analysis via Luminex and ELISA, flow cytometry, and molecular analysis of DNA and RNA. Additionally, the center offers support services such as supplement preparation, Redcap survey design, data interpretation, and long-term sample storage. It is directed by Dr. Brian K. McFarlin, a Professor of Exercise Physiology and Nutrition, and emphasizes a translational approach that bridges laboratory science with real-world applications in nutrition, chronic disease prevention, and biomarker discovery.
The center functions as a critical resource for researchers looking to validate experimental outcomes, perform claims testing, or conduct complex bioanalytical studies. By providing flexible access to its instrumentation and expertise, the Bioanalysis Center enables partners to conduct rigorous research on blood, serum, tissue, and other biological samples. Its services cater to internal university projects as well as external academic and industrial research needs, supporting diverse use cases from basic assays to complex molecular and microbiome analysis. The center's established protocols and professional guidance help ensure that projects meet high scientific standards for both internal research and external commercial claims.
Inquire about this partnering listing
Looking for
Industry applications
delivered to your inbox.