Say Cheese! How Adding Cheese to Resistance Training Can Improve Your Body and Gut Health

Looking to maximize your resistance training benefits with something tasty from your fridge? Recent research suggests adding cheese to your workout routine might do more than just please your taste buds—it could optimize your body composition and even positively influence your gut microbiome.

A fascinating study published in the Journal of Exercise Science & Fitness by researchers Yi-Hsuan Lin, Xue-Han Li, and colleagues from Beijing Sport University examined how combining resistance training with cheese supplementation affected body parameters and gut bacteria in healthy adults.

The Cheese-Training Combo Study

The researchers recruited 35 untrained male adults and divided them into four groups to undergo a 4-week resistance training program (3 times per week). The twist? Three of the groups received different amounts of cheese on their training days:

• Control group: resistance training only
• Low-dose group: 108g of cheese (6.7g of food-borne protein)
• Medium-dose group: 216g of cheese (13.4g of food-borne protein)
• High-dose group: 324g of cheese (20.1g of food-borne protein)

The resistance training program was comprehensive, including chest presses, leg presses, seated rowing, knee extensions, and triceps pushdowns. Each exercise consisted of 3 sets of 8-12 repetitions at 70% of their repetition maximum, with 2-minute rest periods between sets.

The Surprising Benefits

After just 4 weeks, the results were eye-opening—especially for the medium-dose group. Compared to the low-dose group, those consuming a medium amount of cheese showed:

• Lower body weight and BMI
• Reduced body fat mass and body fat percentage
• Lower total cholesterol and LDL (the “bad” cholesterol)
• Higher HDL (the “good” cholesterol)

Interestingly, all groups showed improved muscle strength regardless of cheese consumption, suggesting that the resistance training itself was effective for strength gains across all participants.

What’s Happening in Your Gut?

Perhaps the most intriguing finding was the effect on gut bacteria. The researchers collected fecal samples throughout the study and found that different doses of cheese altered the intestinal microbiota composition.

The abundance of beneficial bacteria varied between groups, with some notable differences:

• The low-dose group had higher levels of Actinobacteria
• The medium and high-dose groups had lower levels of Erysipelotrichaceae (a family of bacteria associated with lipid metabolic disorders)
• The high-dose group showed an increasing trend in microbial diversity

These changes might explain why the medium and high-dose groups saw improvements in body composition and lipid profiles.

The Goldilocks Zone: Not Too Little, Not Too Much

One key takeaway from this research is that more isn’t always better. The medium dose (216g of cheese providing 13.4g of food-borne protein) appeared to be the “sweet spot” for most benefits.

The researchers suggest that the low protein dose may not have been sufficient to alter body parameters, while the high dose didn’t provide significantly greater benefits than the medium dose.

For everyday athletes looking to enhance their resistance training, this research suggests that incorporating a moderate amount of cheese into your diet might be a simple, accessible way to boost results beyond what exercise alone can achieve.

Next time you hit the gym, perhaps consider having some cheese as part of your pre or post-workout nutrition—your muscles, body composition, and even your gut microbiome might thank you!

This article is based on research by Yi-Hsuan Lin et al., published in the Journal of Exercise Science & Fitness, Volume 22, Issue 2.