25
Participants
Start Date
January 15, 2025
Primary Completion Date
May 15, 2025
Study Completion Date
December 15, 2025
High Dose Supplement
Participants in this intervention receive approximately 10 grams of the supplement, containing 9,000 mg of L-arginine, 200 mg of resveratrol, 500 mg of tart cherry, and 100 mg of vitamin C. The supplement is consumed in powdered form after an 8-hour fasting period. Following a 60-minute rest, participants eat an ad libitum meal to assess the supplement's effect on hunger and food intake. Blood samples are collected at eight specific time points to measure metabolic markers, including GLP-1 levels, while hunger is tracked using a 7-point satiety scale. This intervention aims to determine the effects of a high dose of the supplement on appetite suppression and metabolic responses.
Low Dose Supplement
In this intervention, participants consume approximately 5 grams of the supplement, which contains 4,500 mg of L-arginine, 100 mg of resveratrol, 250 mg of tart cherry, and 50 mg of vitamin C. The protocol mirrors that of the high-dose intervention: participants arrive after fasting for 8 hours, consume the supplement, rest for 60 minutes, and eat the standardized ad libitum meal. Blood samples are taken at the same eight time points to assess metabolic responses, and hunger levels are measured using the same satiety scale. This intervention investigates whether a lower dose of the supplement can still significantly affect hunger and GLP-1 secretion.
Placebo
The placebo intervention involves participants consuming a \~5 g inert powder with no active ingredients. Participants follow the same protocol as the other two interventions, including fasting, baseline blood collection, supplement (placebo) consumption, a 60-minute rest, and an ad libitum meal. Blood samples are collected at eight time points, and hunger levels are assessed with the 7-point scale. This intervention serves as a control, helping to determine whether observed effects in the other two interventions are attributable to the active supplement ingredients.
Texas Christian University, Fort Worth
Collaborators (1)
Healthrite Partners
UNKNOWN
GMT Nutrition, LLC
UNKNOWN
Texas Christian University
OTHER