REVISALUT LONGEVITY LINE

Aging is a natural part of life. However, the body can age physiologically (normally) or accelerated, for example due to stress, illness, or an unhealthy lifestyle.

Today we know that aging does not have a single cause. Instead, several mechanisms interact and reinforce each other.

Free radicals (oxidants) are constantly produced in the body. These are highly reactive molecules that can damage cells.

With increasing age, our natural defense systems (antioxidants) are no longer able to neutralize all of them.

Consequences:

• Damage to cell membranes and DNA
• Loss of cellular function or cell death
• Repair mechanisms can no longer keep up
• The immune system becomes overburdened

As a result, tissues age faster and diseases can develop more easily.

For this reason, many researchers focus on antioxidants to slow down oxidative damage and decelerate aging.

At the ends of our chromosomes are telomeres – a kind of biological “wear indicator.”

Each time a cell divides, these protective caps become shorter.

When telomeres become too short:

• The cell receives the signal: “Your lifespan is over”
• The cell stops dividing and eventually dies

Longer telomeres = longer cellular lifespan

Shorter telomeres = faster aging

Peptides are small protein fragments that transmit signals to cells, such as:

• “Repair!”
• “Renew!”
• “Start growth!”

With increasing age and chronic stress, the body produces fewer peptides.

Consequences:

• Gene activity decreases
• Cells function less efficiently
• Tissue regeneration slows and damage accumulates
• Organs must perform with fewer functioning cells → accelerated wear 

When this occurs throughout the body, the entire organism ages faster.

For this reason, one anti-aging concept focuses on replacing missing peptides to restore cellular regulation.

Special peptide bioregulators were already developed in Russia in the 1970s and 1980s.

The nervous system controls all bodily functions: movement, cognition, emotions.

It relies on neurotransmitters such as:

• Serotonin (mood, sleep)
• Dopamine (motivation, drive)
• Acetylcholine (memory, muscle control)

With age and chronic stress, the body produces fewer neurotransmitters.

This can lead to:

• Reduced concentration and memory
• Slower thinking
• Muscle weakness or muscle loss
• Decreased reaction speed

Medications can partially compensate for neurotransmitter deficiencies. However:

For nerve signals to be effective, cells themselves must be healthy and supported by sufficient peptides to execute these signals.

If neurotransmitters are lacking and cellular regulation is impaired, the nervous system ages more rapidly.

Excess sugar in the blood binds to proteins, causing them to stick together.

Similar to browning during cooking, “sugar caramelization” occurs in the body.

Consequences:

• Proteins lose functionality
• Skin ages faster
• Joints become more vulnerable
• Blood vessels are damaged
• Enzymes function less efficiently
• Peptides are destroyed first → aging accelerates even further

Aging affects the entire body simultaneously – it is a system-wide problem.

Researchers identify three major interacting drivers:

• Stress the body can no longer compensate
• Oxidation caused by free radical damage
• Intoxication due to accumulated toxins 

When these factors converge, aging accelerates like a domino effect.

Consequences include:

• Tissue loss and impaired regeneration
  → increased risk of dementia, muscle wasting, bone disorders
• Vascular damage and chronic inflammation
  → cardiovascular disease, atherosclerosis
• Hormonal decline
  → collagen breakdown, skin aging, increased thrombosis risk

We age significantly faster when our cells are exposed to excessive stress and lack adequate support.

In anti-aging medicine, the focus is therefore on:

• Reducing cellular stress
• Strengthening endogenous defense and detoxification systems
• Preventing sugar-related damage
• Supporting cellular regulation through the targeted use of bioregulator peptides