Cell Aging Risk Assessment Program

Preventing premature physical degeneration allows you to live life to the fullest and enjoy every stage of life with happiness. It helps improve your ability to carry out daily activities, improves quality of life, reduces the risk of chronic diseases, lowers healthcare costs, and supports healthy aging. It also benefits mental health by improving mood and reducing stress – key factors that cause cellular aging. When you are healthy, you can engage more with society and support others.

To slow degeneration, the following factors must be addressed:

External factors

• Beauty: Appearance, skin, and physical features
• Personality: Behavior, emotions, and social interactions
• Facility management: Environment and living conditions
• Food and medication: Nutrition, supplements and vitamins

Internal factors

• Mental health: Mental state
• Annual check-up: Physical check-up results 
• Disease screening and early detection: Organ function
• Genetics and telomere screening: Cells, tissues, genes  and chromosomes

• Sirtuin 1 
  Sirtuin 1 protein screening is a test that measures the level of Sirtuin 1 protein, which helps protect DNA and regulates the aging process of cells. This screening measures cellular degeneration and aging. The Sirtuin 1 protein level indicates the function of NAD+ (a coenzyme that plays a key role in DNA-level cellular repair and determines the lifespan of cells) and reflects the efficiency of cellular energy production.
• What is a telomere?
  A telomereis the end portion of a chromosome that protects it from damage. Telomeres gradually shorten every day. Lifestyle and surrounding factors significantly influence how quickly chromosomes degrade. Measuring telomere length allows us to determine cellular age. DNA is our genetic code, and telomeres protect DNA strands from being damaged too early. Simply put, telomeres are like protective caps on shoelaces that prevent them from fraying and breaking down prematurely.
  Why Do Telomeres Matter?
  Dr. Elizabeth Blackburn, Nobel Prize winner and discoverer of the importance of telomeres, explained that telomeres naturally shorten with age. In other words, the older we get, the shorter our telomeres become. However, the rate at which our telomeres shorten varies depending on our lifestyle choices. Factors such as diet, exercise, stress, smoking, alcohol consumption, sleep, exposure to toxins, and radiation all contribute to accelerated telomere shortening.
  What happens if our telomeres become shorter than normal?
  When telomeres shorten abnormally, it can lead to illness more easily and earlier than in others. This is also linked to degenerative diseases such as cancer, heart disease, Alzheimer’s, diabetes, and more.

If a risk is detected, we can slow down cellular degeneration and maintain youthfulness by taking good care of our health, reducing risk factors that damage cells, restoring body balance, and controlling the elements that cause cellular aging. This includes enhancing both internal and external aspects of the body to stay youthful.

Early testing for cellular aging can help prevent degeneration, extend cellular life, and preserve cellular function. It also helps reduce risk factors and supports the maintenance or even extension of telomere length.