Impact of hydration and exercise on electrolyte beverage preferences
Explores how hydration and exercise intensity affect preferences for electrolyte beverages, aiming to enhance fluid intake and flavor enjoyment. The study assesses taste preference shifts and hedonics under various conditions.
Overview
The RISE study investigates how hydration levels and exercise intensity influence the preference for electrolyte beverages. By examining how these factors affect beverage hedonics, the research aims to optimize flavor offerings to enhance fluid intake and satisfaction. The study hypothesizes that individuals will prefer electrolyte drinks more when hydrated and that their flavor preferences will shift with hydration levels and exercise intensity.
Technical specifications
- Study Design: A randomized crossover study involving 30-50 participants over 9 weeks.
- Conditions: 9 unique conditions based on hydration state and exercise intensity.
- Beverage Profiles: Standardized electrolyte content with sweet, salty, and neutral flavors.
- Data Collection: Utilizes a 9-point hedonic scale for beverage liking, pre/post-exercise hydration status via bodyweight and USG, and self-assessment surveys.
- Outcome Measures: Includes mL fluid intake, beverage consumption, and flavor preference shifts.
Technology readiness level
This research is at TRL 3, indicating it is at the experimental proof of concept stage, with further validation involving more comprehensive participant testing and data analysis planned.
About Salix Sciences
Salix Sciences provides comprehensive scientific and regulatory services to help organizations in high-growth industries like pharmaceuticals, natural health products, cannabis, and psychedelics translate concepts into market-ready products. The company offers end-to-end support across research and development, clinical trials, and regulatory affairs, including formulation studies, proof-of-concept development, and strategic navigation of Health Canada and US FDA requirements. Their team acts as an integrated collaborator, often serving as a fractional Chief Scientific Officer to provide scientific leadership, strategy development, and project management throughout the product lifecycle.
By employing a decentralized clinical trial model, Salix Sciences offers a cost-effective alternative to traditional research methods, helping small-to-medium-sized businesses and startups overcome the financial and operational barriers associated with product development. The firm assists clients with protocol design, regulatory submissions, quality assurance, and navigating complex compliance landscapes, ensuring that projects meet rigorous scientific standards and ethical requirements. Their services ultimately enable businesses to substantiate health claims and accelerate commercialization, reducing the time and stress involved in managing intricate vendor relationships and regulatory documentation.
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