Logo
Logo
  • Education
    • Certification for Healthcare Professionals (CCMS)
    • Certification for Foodservice Professionals (CCMP)
    • Virtual Learning Opportunities
    • Signup for CME
    • CME Module Descriptions
    • Find a Certified Culinary Medicine Specialist or Professional
  • Conference
    • Conference 2026
    • Agenda 2026
    • Speakers
    • Poster Sessions
    • Hotel / Location / Info
    • Supporter Opportunities
    • Previous Conferences
  • Become a Partner Site
    • How to Become a Partner Site
    • Community Programming in Clinical Practice
    • Culinary Medicine in Dietetics Programs
    • Culinary Medicine in Graduate Medical Education
    • Sign Up for the Health meets Food Newsletter!
  • Logo
  • Eat Well
    • What is a Mediterranean Diet?
    • Diabetes / Diabetic Diet
    • Coumadin (warfarin)
      • Coumadin (warfarin)
      • What Can I Eat?
      • Information en Espanol
    • GERD / Acid Reflux
    • Celiac Disease / Gluten Sensitivity
    • Low Sodium Diets
    • Lactose Intolerance
    • Gout
    • Handouts
    • Eating Healthy Step by Step Guide
  • Recipes
    • Search All Recipes
    • Breakfast
    • Soup
    • Salad
    • Main Course
      • Fish
      • Shellfish
      • Vegetarian
      • Chicken & Turkey
      • Beef, Lamb & Venison
      • Pork
    • Extras, Sides & Sauces
    • Desserts
    • Healthy Cooking Info
      • Ingredients
      • Techniques
      • Equipment
      • Ingredient Equivalents
  • Newsletter
  • Login
    • Register
Search
breadcrumb

How to Suppress Hunger

Vigorous exercise is known to reduce appetite, at least during and immediately after exercising, but what we don't know for sure is why. Researchers have looked at various hormones (known as "gut hormones") associated with appetite regulation and there does appear to be a difference in the effects of different types of exercise on these appetite-regulating hormones. But does that actually translate to an effect on appetite, and is it different for different types of exercise?

Researchers in Japan designed a study to compare weight-bearing exercise with non-weight-bearing exercise (Appetite 2013;66:26-33). Fifteen healthy adult males (average age: 24) of normal weight and without chronic conditions participated in the exercise study.

On three different occasions the participants visited the laboratory for testing. On each visit the participants rated their hunger on a standardized scale that ranged from "not hungry" to "very hungry" as well as their desire to eat sweet, sour, fatty, and salty foods. Hunger was measured at the start of each visit, then at regular intervals thereafter up to the end of the visit at 2 hours, 40 minutes. Blood samples to measure gut hormones were also collected at each visit: upon arrival, then at thirty minute intervals.

Two of the three laboratory visits featured exercise, while the third visit, during which the participant simply rested, acted as the control. During one exercise visit the participant skipped rope at a specific pace for three sets of ten minutes, with a 5 minute rest in between sets. They then remained in the lab and rested while their blood was drawn and they responded to the hunger questionnaires.

The other exercise visit entailed cycling on a stationary bike at a similar intensity designed to burn the same number of calories as the rope-skipping exercise visit. Similarly, after exercising the participant rested, had their blood drawn, and responded to hunger questionnaires.

The researchers could then correlate the levels of gut hormones with the participant's exercise sessions as well as their perceived hunger levels. The participants all experienced reduced feelings of hunger both during and immediately after exercising, with the effects of skipping rope lasting slightly longer than the effects of bicycling. Neither exercise, however, appeared to affect hunger longer than thirty minutes after exercise.

Rope skipping appeared to suppress the desire to eat both sweet tasting and fatty foods longer than cycling. Indeed, the desire to eat fatty foods was decreased even more than the desire to eat sweet foods. Sour and salty foods, on the other hand, were only moderately affected by exercise. Later in the resting period, however, feelings of hunger increased after cycling as compared to skipping rope.

Interestingly. the levels of gut hormones were similar regardless of whether the participant skipped rope or bicycled, suggesting that their reduced feelings of hunger were not only affected by the levels of gut hormones.

What this means for you

This is another very small trial, but it suggests that for the purposes of managing weight, weight-bearing exercise, such as running or skipping rope, may be a better choice than non-weight-bearing exercises such as cycling or swimming.

That said, any type of exercise is better than none. If you don't already have an exercise routine, Dr. Jacques Courseault has put together a simple walking program to help you get moving, along with scores of exercises you can do at home.

First posted: April 17, 2013

Print Icon Print

More Bites for You

Diet quality matters
09/11/24

Mediterranean Diet Advantages Not Limited to Normal Weight
09/11/24

Mushrooms vs. Meat
09/11/24

Cooking at home is cheaper and better for you
09/11/24

Logo Footer

This page was last modified:
September 11, 2024
Contact us at [email protected].

  • Breakfast
  • Soup
  • Salad
  • Main Course
  • Extras, Sides, & Sauces
  • Desserts
  • Eating Healthy
  • Healthy Eating Columns
  • A Healthy Pregnancy
  • Your Privacy
  • Certifications
  • Conference
  • Become a Partner
  • Shop Health meets Food
  • Contact
  • Donate

© 2026 | American College of Culinary Medicine | All rights reserved.

Social Social Social

Would you like to print or download the document?