During weight loss, the softening of meat is usually the result of a combination of fat loss and muscle relaxation. Mainly caused by factors such as accelerated water loss, fat breakdown metabolism, muscle fiber adaptation changes, decreased skin elasticity, and adjustment of basal metabolic rate.

1. Accelerated water loss
Rapid weight loss in the early stages of weight loss is often accompanied by significant water loss. Restricting calorie intake can lead to a decrease in glycogen reserves in the body, and each gram of glycogen typically binds to 3-4 grams of water. The loss of this water can reduce the filling of subcutaneous tissue, resulting in a soft sensation when touched. It is recommended to drink 2000-2500 milliliters of water per day to avoid a high salt diet that exacerbates dehydration.
2. Fat breakdown metabolism
Adipose cells release stored triglycerides in a state of calorie deficit. As the volume of fat shrinks, the skin that was originally supported by fat appears relaxed. This change is more pronounced in people with higher body fat percentage, especially in fat accumulation areas such as the abdomen and thighs. It can be supplemented with high-quality protein and vitamin C to help maintain skin structure.
3. Changes in muscle fiber adaptation
Improper weight loss methods may lead to muscle loss, and a decrease in muscle fiber diameter can weaken the pulling force on the skin. When excessive aerobic exercise is performed without resistance training, fast muscle fibers preferentially decompose, leading to a decrease in muscle elasticity. Engaging in 2-3 strength training sessions per week and consuming 1.2-1.6 grams of protein per kilogram of body weight can reduce muscle loss.

4. Decreased basal metabolic rate
Long term low calorie diet can put the body into energy-saving mode, and a decrease in thyroid hormone levels may lead to an increase in the deposition of mucopolysaccharides in the dermis layer, causing the skin to appear swollen and soft. This condition is usually accompanied by symptoms such as fatigue and chills. It is recommended to adopt a step-by-step calorie adjustment to avoid daily intake below the basal metabolic rate.
5. Temporary redistribution of body fluids
The inflammatory response caused by muscle micro injury after exercise can increase the amount of fluid in local tissue gaps, which may produce a brief soft touch during repair. This physiological change usually subsides within 48 hours. After exercise, proper electrolyte supplement and relaxation of foam shaft can accelerate recovery.

It is recommended to adopt a scientific weight loss rate, with a weekly weight loss of no more than 1% of total weight, and avoid extreme dieting. Reasonably combining aerobic exercise and strength training, ensuring daily protein intake, and supplementing collagen peptides and vitamin E in moderation can help maintain skin elasticity. If there is persistent and significant skin laxity, consult a professional physician and consider auxiliary methods such as radiofrequency tightening if necessary. Maintaining a regular schedule and sufficient sleep are also of great significance in improving basal metabolic rate.
Comments (0)
Leave a Comment
No comments yet
Be the first to share your thoughts!