Low Sugar Protein Pacing, Intermittent Fasting Diet in Men and Women

Weight Loss Clinical Trial

Official title: Comparison of Protein Pacing, Intermittent Fast vs. Heart Healthy Diet on Body Weight and Composition, Cardiometabolic, Mood, and Gut Microbiome Health, in Overweight Men and Women During Weight Loss; 24 Months Follow-up Case Study of 100 Pound Weight Loss in a Male Study Participant

Status Active, not recruiting

Clinical Trial Summary

This study will systematically quantify the effects of protein pacing and intermittent fasting (P-IF) on total and regional (abdominal) body composition (lean mass and fat mass), blood glucose and lipids, and anti-aging biomarkers, hunger ratings, and the gut microbiome in 40 overweight/obese adult men (n=20) and women (n=20) following a 8-week weight loss intervention. Participants will be enrolled in the study as a single cohort and participate in a 8-week weight loss (WL) trial consisting of a single dietary intervention phase. The purpose of the additional 12 month follow up case study (in addition to the initial 12-month case study period) is to scientifically document a significant weight loss and improved body composition following combined protein pacing intermittent fasting nutrition and a safe, effective exercise program in a study participant who achieved successful weight loss maintenance during the previous 12 month follow up study period.

Clinical Trial Description

Previous research has shown combined protein pacing and intermittent fasting (PP-IF; 1-2 days per week) combined with moderate (20-30%) caloric restriction (CR) favorably enhance weight loss, body composition, cardiometabolic disease risk, oxidative stress, and toxin levels compared to a heart healthy diet in obese individuals following both weight loss and weight loss maintenance (Arciero et al. 2016; He et al. 2017; Zuo et al. 2016). However, less is known about whether a low sugar intake with this dietary pattern induces other significant health improvements, such as enhanced brain health (mood state), as well as gut microbiome and anti-aging indices, compared to a heart healthy diet. The novelty of the current proposal is of particular relevance and importance given the heightened popularity of low sugar dietary patterns shown to enhance health status. Most notably, among these low sugar diets touting the health benefits, are the ketogenic, paleolithic and Mediterranean diets. In addition, there is a great deal of public health emphasis on reducing overall carbohydrate intake, especially simple sugars, to improve cardiometabolic, gut, and body composition health. The dangers of high simple sugar intake are numerous, including increased risk for cardiometabolic disease (high blood lipids, hyperglycemia, insulin resistance, systemic inflammation, oxidative stress, obesity, elevated visceral fat, etc.). Thus, improvements in body composition and reductions in disease risk provides compelling evidence to pursue this study with vigor so as to generate a viable and healthy weight and fat loss strategy over the long term. Another major factor to augment long-term (>1 year) weight loss success, is inclusion of a safe and realistic exercise program (4 days/week) consisting of walking, stretching, and simple body weight movements such as sit-ups and push-ups. To date, there are no documented case studies of a human participant achieving a one hundred pound plus weight loss using protein pacing and intermittent fasting combined with a proven, safe and time-efficient exercise program. The purpose of this study is to compare the effects of a low sugar protein pacing, intermittent fasting (P-IF) diet versus a heart healthy (HH) diet on indices of body weight, total and regional body composition, mood state, anti-aging, and cardiometabolic outcomes, and the gut microbiome during weight loss (0-8 weeks). Specifically, this study aims to compare a P-IF diet comprised of a calorie-restricted (1500 calories/day women; 1800 calories/day men) protein pacing diet (P, 4 meals/day women, 5 meals/day men) followed by a fast (IF, ~350-450 kcals/day) compared to an established calorie-restricted (1200 calories/day for women; 1500 calories/day men) heart healthy (HH) diet. The P-IF group will be divided into two subgroups for weeks 1-4. One subgroup will consist of five days of P and two days of IF, and the second subgroup will consist of six days of P and one day of IF. For weeks 5-8 both subgroups will follow 6 days of a P diet and 1 day IF. The purpose of the additional 12 month follow up case study (in addition to the initial 12-month case study period) is to scientifically document a significant weight loss and improved body composition following combined protein pacing intermittent fasting nutrition and a safe, effective exercise program in a study participant who achieved successful weight loss maintenance during the previous 12 month follow up study period. ;

Related Conditions & MeSH terms

• Anti-Aging
• Gut Microbiome
• Weight Loss

• NCT number: NCT04327141
• Study type: Interventional
• Source: Skidmore College
• Status: Active, not recruiting
• Phase: N/A
• Start date: September 3, 2020
• Completion date: December 31, 2024