Osteoarthritis (OA)

     Osteoarthritis is a mainly adult disease which is caused from articular cartilage damage leading to joint breakdown. The major factors are ages, gender, genetic background, accidence, excessive body weight which results in overload of knees and hip joints, chronic cartilage inflammation and overwork of knees etc. Breakdown of cartilage also affect to friction and stress of bone, and loss of cartilage and bone extracellular matrix (ECM).

     Nowadays, mesenchymal stem cells (MSCs) could be used to stimulate production of type II collagen since MSCs can differentiate into osteocytes and chondrocyte and produce some growth factors for repairing of cartilage. MSCs could be combined with supplements such as Platelet rich plasma (PRP), hyaluronic acid and osteocyte formation stimulants for the most effective treatment for reducing inflammation and relieving pain from this disease.

Erectile Dysfunction (ED)

     Erectile Dysfunction (ED) is the inability to get or keep an erection firm enough to have sex resulting in dissatisfaction of sexual activity and other possible consequences such as loss of self-confidence, shame, depressive disorder, anxiety and relationship problems. Moreover, in some case, ED can be the indication of health conditions such as heart disease, diabetes, obesity, nerve and brain disorders, alcoholism and hypogonadism includes drug abuse.

     ED is found in any age of male, mostly elder person. ED is generally treated by surgery that is pain and need long term recovery. Therefore, stem cell could be good choice to treat ED with efficiently.

     Since stem cell can develop themselves into other cells depend on conditions of organs and can divide to increase amount (self-renewal) endlessly. Hence, this way is could be applied an alternative for ED treatment. Stem cell could be retrieved from adipose tissue or peripheral blood of the patient in order to maximize the treatment efficiency and avoid any adverse or side effects. However, treatment is not included only stem cell transplantation, but also maintain healthy and follow the recommendations of physicians.

Telomere testing

     Telomere is the DNA locates at the end of chromosome. It plays an important role in protecting and controlling cell growth, apoptosis, transformation and immortalization. After each cell replication, telomeres are shortened once by the process. If the telomere length are maintained properly during cell replication, cells will be able to divide further and have normally functions. However, if telomeres are not maintained and shortened until reaching critical point, cells become senescence and cannot be further divided. This mechanism is associated with aging process. 

     Telomeres are regarded as “life clocks” since telomere length relates with cell aging and function. Short telomeres can be used to indicate age-related diseases and premature mortality, whereas long telomeres can be used for indicating healthy and longevity.

     Telomere length measurement is used to evaluate and find the best anti-aging procedures that lead to longevity and having better quality of life.


     Premature aging can be caused by a variety of factors such as stress and dietary habits; however, stem cell treatments can help rejuvenate your body's cells. The primary causes of premature aging and how stem cell treatments can help.

     Stem cells are responsible for regeneration. They help our bodies to renew themselves. These types of cells are present in every human from the intrauterine period. With age and under the influence of negative factors, the number of stem cells found in the body declines, and overall regenerative potential of cells and tissues decreases. This leads to diseases, reduced vitality and energy levels, and the onset of aging’s external signs.

     Stem cell therapy has the most natural effect. Stem cells restore nutrition of all the cellular elements of the skin and activate the process of recovery and renewal. Most importantly, they stimulate the production of collagen and elastin-the key components of the extracellular matrix, which gives the appearance of healthy skin, turgor, firmness, and elasticity.


Stem cells have the beneficial actions to

  • Increase functionality, range of motion, flexibility and sleep quality
  • Reduce muscle fatigue and risk for future injuries
  • Decrease nerve damage
  • Increase collagen
  • Help generate new heart and blood vessel tissue
  • Return patients to their normal activities as quickly as possible.

Stem cell anti-aging treatment infuses the body with a fresh supply of pluripotent MSCs which go to work repairing and rejuvenating all organs, including the skin.

The internal effects can include

  • Reduction in fatigue
  • Improved muscular strength
  • Increased energy and stamina
  • A demonstrable uptick in mood and mental acuity
  • Reduction in joint and bone stiffness and pain
  • The slowing of the effects of degenerative diseases.