The aim of this study is to compare the effects of two different protein supplements (partially hydrolyzed whey protein, PHWP vs. partially hydrolyzed gelatin, PHG) on weight loss in obse individuals with metabolic syndrome (METS). These two supplements will contain equal amounts of protein but differ considerably in their amino acid contents. Whey protein is rich in essential amino acids whereas gelatin is rich in proline. In obese individuals with METS, the hypotheses are: * PHWP will augment fat-mass loss and increase lean-mass to fat-mass ration more than PHG. * PHWP will improve insulin action more than PHG. * PHWP will decrease cardiovascular disease risk more than PHG.
The Metabolic Syndrome (METS) is a clinical disorder characterized by the following problems: Obesity, especially located in the waist area, elevated blood fats (lipids), high blood pressure and insulin resistance. The METS affects one third of the adult population in the USA and increases the risks for both diabetes and hardening of the arteries, leading to heart attacks and strokes. The best treatment for improving the symptoms of METS is weight loss. In previous studies, it has been demonstrated that whey protein (WP) supplementation increased weight loss and especially fat-mass loss in obese, insulin resistant women when compared to carbohydrates. We now propose to compare WP to another protein source in patients with the METS during weight loss. In addition, we will use a special preparation called partially hydrolyzed whey protein, which may have specific properties that increase fat mass loss.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
DOUBLE
Enrollment
35
Participants will reduce their total dietary intake by \~800 kcal/day. \~100 kcal will be replaced by either the PHWP of PHG protein supplement, resulting in a total energy restriction of \~700 kcal/day.
UC Davis CCRC
Sacramento, California, United States
The investigators hope to determine the effects of incorporating PHWP into the diet of a person diagnosed with METS.
Time frame: 2 Years
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