CLINICAL KNOWLEDGE MAGAZINE
4 min read
Does Excess Adipose Tissue Impede Muscle Mass Development?
Tim Klein
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Diets Premium Medical Expert • 17.03.2026
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Scientifically reviewed by a clinical dietitian:
This article has been peer-reviewed for adherence to IŻŻ, WHO, and PTGiP clinical nutritional standards.
| CLINICAL KNOWLEDGE MAGAZINE CLINICAL KNOWLEDGE MAGAZINE | min read 4 min |
| Diets Premium Medical Expert Tim Klein | Scientifically reviewed by a clinical dietitian 17.03.2026 |
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Key Takeaways
Obesity is considered the scourge of the 21st century. This disease affects an increasing number of people, regardless of age. A sedentary lifestyle, insufficient movement during the day, unrestricted access to processed foods, and uncontrolled calorie intake lead to rapid weight gain. Nowadays, more and more people are paying attention to their figure, wishing to have a sporty and muscular build. Unfortunately, many of them cannot choose the right goal depending on their current fat tissue. What mechanisms are responsible for the fact that excess adipose tissue hinders muscle mass development, and what do scientific studies say about it?
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The significance of adipose tissue for the body
The significance of adipose tissue for the body is not limited to the accumulation of fatty acids and regulation of body temperature (maintaining a constant temperature level). By releasing various biologically active substances (adipokines) through the adipose tissue, it plays a crucial role in numerous processes, including the regulation of appetite and satiety, control of energy intake, blood pressure, inflammatory processes, and blood clotting. Adipose tissue is also highly metabolically active, participating in glucose and lipid metabolism and influencing fertility. Research on adipose tissue is still ongoing.
Excess fat tissue and the process of muscle mass construction
A high level of fat tissue may disrupt the body's homeostasis due to the excessive release of biologically active substances (K. Zorena et al. 2020). This can lead to disturbances in controlling hunger and insulin secretion, as well as the development and exacerbation of inflammatory conditions. There are indications that excess fat tissue in humans may impair the anabolic sensitivity of myocytes (muscle cells) to access amino acids from the blood (E. S. Chambers et al. 2019). This means that a slender person will be able to build more muscle protein than an obese person, assuming that both consume the same amount of protein in a meal and engage in the same type of training. However, research on this topic is still ongoing, and it would be necessary to conduct a study that takes into account the function of lysosomes, which can provide a certain pool of amino acids.
Muscle mass construction in individuals with excessive adipose tissue
In a 2018 study, 18 individuals with either normal body weight or obesity participated. All participants led a sedentary lifestyle. The subjects performed unilateral leg exercises on a machine in 4 sets of 10-12 repetitions, with each set being performed to exhaustion. After the physical exertion, the subjects consumed a meal containing 170 g of lean pork (36 g of protein and 4 g of fat). The study found that the rate of myofibrillar and sarcoplasmic protein synthesis after the meal was similar in both the trained and untrained limb. However, strength training enhanced myofibrillar protein synthesis after the meal only in the group with normal body weight. No decline in the rate of sarcoplasmic protein synthesis was observed in either group. It was also shown that the anabolic muscle response in obese individuals is weaker than in those with normal body weight. In another study involving 30 participants, it was found that excess body fat reduces protein synthesis after a meal, but does not negatively affect the transport of amino acids into the cell.
Physical activity as a key component in the treatment of obesity and overweight
Consistent physical activity, even in the form of daily walks, increases the caloric deficit necessary for the correct process of weight loss. It also reduces the likelihood of the yo-yo effect and improves well-being. Moreover, strength training allows for the preservation of a greater amount of muscle mass, especially during fat reduction; it enhances fitness and overall physical performance. To avoid obesity, it is recommended to engage in moderate physical activity daily for about 45-60 minutes. To prevent weight gain in overweight or obese individuals, it is recommended to engage in activity for about 60-90 minutes daily (M. Zegan et al. 2017). Overweight and obese individuals are advised to engage in aerobic activity that does not strain the joints, such as swimming, water exercises, Nordic walking, cycling, or walking.
Summary
An excessive amount of adipose tissue can significantly impede the efficient augmentation of muscular mass. Individuals of appropriate body weight, implementing the same nutritional and training regimen, will attain superior results in muscle development compared to obese individuals. Prior to setting the training objective, it is worth contemplating whether the level of adipose tissue is appropriate and will ensure effective muscular development. Physical activity is highly significant, it is worthwhile to ensure the suitable quantity of motion during the day and enjoy good health and physical fitness over an extended duration.
Tim Klein
Diets Premium Medical Expert
Member of the Diets Premium clinical editorial board. Specializes in medical diet therapy, metabolic health, and nutritional planning.
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