[Systemic mechanisms of premature aging and their correction by complex physiotherapy application]

Area of Science:

• Gerontology and aging research
• Preventive medicine and healthspan extension
• Physiotherapy and rehabilitation

Background:

• Human aging is associated with diseases that accelerate biological aging and shorten active longevity.
• Identifying predictors of pathological reactions is crucial for developing effective anti-aging strategies.
• System analysis of age-related functional changes is needed to understand and mitigate aging processes.

Purpose of the Study:

• To conduct a system analysis of pathological changes across functional systems during ontogenesis.
• To evaluate the effectiveness of polymodal physiotherapy in preserving health in elderly patients.
• To explore preventive strategies for enhancing active longevity.

Main Methods:

• A study involving 80 patients aged 20-90 years at the Russian National Cancer Center.
• Patients were randomized into a comparison group (standard care) and a main group (standard care + polymodal physiotherapy).
• Polymodal physiotherapy included Alpha LED Light-Spa, hyper-hypoxitherapy, pressotherapy, and dry carbon dioxide baths, repeated twice over 6 months.

Main Results:

• Aging accelerates biological age due to metabolic disorders, inflammation, and shorter telomeres, with earlier onset than previously thought.
• Standard preventive measures (activity, diet, vitamins) showed no benefit and worsened lipid metabolism in the comparison group.
• Complex physiotherapy significantly reduced biological age, optimized metabolism, and decreased inflammatory markers.

Conclusions:

• Metabolic disorders, particularly insulin resistance, are key drivers of increased biological age and accelerated aging.
• Standard preventive recommendations are inadequate for combating pathological aging.
• Polymodal physiotherapy offers a side-effect-free approach to activate sanogenetic reactions and promote healthy longevity.