Progressing Rapidly After 70: Sarcopenia
Walking difficulties and muscle weakness, frequently encountered in individuals aged 60 and over, are among the most critical health problems of the elderly period. Although often confused with myopathy (muscle disease), this condition is a state of decreased muscle mass and loss of tissue surrounding the muscle, referred to in medical literature as sarcopenia.
What is sarcopenia?
Sarcopenia is the age-related loss of muscle mass and strength. It becomes particularly prominent in individuals over the age of 60 who do not exercise and do not eat correctly. While the process begins in the 60s, it gains serious momentum after the age of 70.
In terms of the course of the disease, the greatest risk factor is inactivity. In elderly individuals who experience mobility restrictions or become bedridden due to any illness or trauma, muscle loss progresses so rapidly that it can become nearly impossible to get the patient back on their feet.
Nutrition Against Muscle Loss: Protein Requirement
Eating habits, and especially protein consumption, are of vital importance in the fight against sarcopenia. Although the need for protein exists at every age, this requirement increases in elderly individuals experiencing muscle loss.
Experts recommend that individuals with sarcopenia consume 1.2 grams of protein per kilogram of body weight daily.
- Example Calculation: For an individual weighing 60 kilograms, the daily amount of protein to be taken is 72 grams.
Meat products are not the only source for protein intake. Even in people who do not consume any meat, this need can be fully met with eggs or plant-based proteins. However, it is not possible to stop muscle loss without protein intake.
Balance Problems and Fracture Risk
Muscle strength alone is not enough; for standing and taking safe steps, the element of balance is at least as critical as muscle strength. In cases where balance cannot be maintained, the risk of falling and injury increases.
Fractures that can be treated with casts or conservative methods in young individuals lead to much more serious consequences in advanced ages. Especially for femoral neck fractures or long bone fractures seen in the elderly, surgical intervention (operation) is generally mandatory to unite the fractured ends.
Bed Rest and the Muscle Atrophy Cycle
The post-operative process is the most dangerous period that increases the risk of sarcopenia. Having the patient stay in bed for an average of 15-20 days due to fracture treatment exacerbates the existing muscle wasting (sarcopenia). This situation can cause a vicious cycle that complicates the patient’s healing process.
Prevention of Falls and Fractures
Loss of balance can lead to falls, particularly to hip and long bone fractures. In elderly individuals, these fractures often require surgical repair, and bed rest lasting up to 15–20 days can further accelerate sarcopenia. Therefore, preventing falls is the primary goal.
Frequently Asked Questions About Sarcopenia
1- With which exercises should I start the fight against sarcopenia?
Make a safe start with chair sit-to-stands, single-leg balance exercises, and short walks.
2- Does long-term bed rest increase sarcopenia?
Yes. Bed rest accelerates muscle loss; the goal should be mobilization at the earliest possible time.
3- Do fractures always require surgery?
The location and type of the fracture are important; femoral neck and long bone fractures often require surgical repair.
4- Are vitamin and mineral supplements necessary?
If nutrition is insufficient and the physician recommends it, supports such as Vitamin D and calcium can be considered.
5- How soon should I expect recovery?
The response varies according to the individual and adherence to the program. The goal is to gradually improve strength and balance with safe increases.
6- Should I use a walking cane?
A suitable cane or walker can be beneficial for those with balance problems to reduce the risk of falling.
7- How many steps should I target during the day?
Set gradual goals according to your starting level; for example, weekly increases of 500–1000 steps are safe.