IntelliHealth Plus Rejuvenation Center, Thailand
IntelliHealth Plus, a state-of-the-art stem cell therapy facility, owned and operated by Stem Cells 21, and located in Bangkok, Thailand, is a full-service medical clinic specializing in anti-aging, stem cell therapy, cosmetic surgery, lasers, skin care and regenerative medicine. Their integrative approach to medicine offers individualized treatment programs for patients of all ages and with various disorders.
Regenerative medicine is a rapidly expanding set of innovative medical technologies that restore function by enabling the body to repair, replace, and regenerate damaged, aging or diseased cells, tissues and organs.
They have pioneered a range of cell therapy treatment approaches which offer patients the newest applications of cellular medicine. Their key treatment focuses are:
Autologous Adult Adipose Stem Cell Treatments:
Autoimmune Diseases
With the more than 100 known autoimmune diseases in existence, much research is being done to reduce the social and economic impact and find viable treatment options. According to the American Autoimmune Related Diseases Association (AARDA), autoimmunity is the second leading cause of chronic illness.
COPD / Lung Conditions
Treatment of various lung conditions, including COPD, has shown measurable results. Studies indicate that a particular type of stem cell, mesenchymal stem cells, have the ability to suppress many of the immune system assailants such as macrophages that attack emphysema-ridden lung tissue. Not surprisingly, many people with COPD who have been treated with fat tissue derived stem cells have reported experiencing reductions in shortness of breath and reliance on supplemental oxygen.
Diabetes
Diabetes is the seventh leading cause of death in the United States. Characterized by unusually high levels of sugar glucose in the bloodstream, it is responsible for much of the complications of the disease, including liver disease and stroke. Adult stem cells have been shown to be precursors to embryonic and islet stem cells that produce insulin.
Lupus
Reversing the chronic effects of lupus have been showing promise through stem cell procedures. Using mesenchymal stem cells, organ function can be improved considerably, and patients have responded favorably over time.
Osteoarthritis
A degenerative joint disease that affects the cartilage, stem cell procedures help regenerate the cartilage and develop new blood vessels, thereby improving function and lessening the pain.
Parkinson's Disease
Replacing the damaged or dead cells through stem cell procedures have been proven to help patients restore functioning. Neurotransplantation procedures inject stem cells into areas of the brain that require dopamine. Patients have shown marked improvement in muscle movement and functioning.
Rheumatoid Arthritis
Adult stem cells injected into the joint areas are being shown to help restore normal functioning. Those who have received treatment for the repair and restoration of their joints are reporting not having to rely on medications for easing the pain.
Stroke
Evidence is showing that stem cells can repair damage in the brain by the creation of new blood vessels and help reduce inflammation. This helps reduce the death of brain cells.
Multiple Sclerosis
A degenerative disease that involves the deterioration of nerve cells, the procedure works by resetting the patient's immune system through the use of stem cells. This has helped those patients who don't respond to typical drug treatment.
Joint Repair
Stem cell procedures may eliminate the need for joint replacement surgery. Fat-derived stem cell procedures are showing significant results with joint repair. Quality of life is improved through the significant reduction of pain, and the rebuilding of healthy tissues helps restore normal functioning in joint areas.
Regenerative medicine is a rapidly expanding set of innovative medical technologies that restore function by enabling the body to repair, replace, and regenerate damaged, aging or diseased cells, tissues and organs.
They have pioneered a range of cell therapy treatment approaches which offer patients the newest applications of cellular medicine. Their key treatment focuses are:
- Anti-Aging
- Skin Rejuvenation
- Autologous Cell Therapy for Osteoarthritis, Diabetes, Liver disease, Tinnitus, Heart Disease and more...
- Stem Cell enriched Fat Transfers and/or Adipose Stem Cell Treatments
- Bio-Identical Hormone Replacement
- Body Contouring and Fat Reduction (Liposuction)
- Chelation Therapy
- Cosmetic Laser Treatments
- Detox Program
- Joint repair / Osteoarthritis Treatment
- Medical Laser Therapy
- Ozone and Oxidation therapy
- Personalized Nutrition
- Medical Thermography
Autologous Adult Adipose Stem Cell Treatments:
Autoimmune Diseases
With the more than 100 known autoimmune diseases in existence, much research is being done to reduce the social and economic impact and find viable treatment options. According to the American Autoimmune Related Diseases Association (AARDA), autoimmunity is the second leading cause of chronic illness.
COPD / Lung Conditions
Treatment of various lung conditions, including COPD, has shown measurable results. Studies indicate that a particular type of stem cell, mesenchymal stem cells, have the ability to suppress many of the immune system assailants such as macrophages that attack emphysema-ridden lung tissue. Not surprisingly, many people with COPD who have been treated with fat tissue derived stem cells have reported experiencing reductions in shortness of breath and reliance on supplemental oxygen.
Diabetes
Diabetes is the seventh leading cause of death in the United States. Characterized by unusually high levels of sugar glucose in the bloodstream, it is responsible for much of the complications of the disease, including liver disease and stroke. Adult stem cells have been shown to be precursors to embryonic and islet stem cells that produce insulin.
Lupus
Reversing the chronic effects of lupus have been showing promise through stem cell procedures. Using mesenchymal stem cells, organ function can be improved considerably, and patients have responded favorably over time.
Osteoarthritis
A degenerative joint disease that affects the cartilage, stem cell procedures help regenerate the cartilage and develop new blood vessels, thereby improving function and lessening the pain.
Parkinson's Disease
Replacing the damaged or dead cells through stem cell procedures have been proven to help patients restore functioning. Neurotransplantation procedures inject stem cells into areas of the brain that require dopamine. Patients have shown marked improvement in muscle movement and functioning.
Rheumatoid Arthritis
Adult stem cells injected into the joint areas are being shown to help restore normal functioning. Those who have received treatment for the repair and restoration of their joints are reporting not having to rely on medications for easing the pain.
Stroke
Evidence is showing that stem cells can repair damage in the brain by the creation of new blood vessels and help reduce inflammation. This helps reduce the death of brain cells.
Multiple Sclerosis
A degenerative disease that involves the deterioration of nerve cells, the procedure works by resetting the patient's immune system through the use of stem cells. This has helped those patients who don't respond to typical drug treatment.
Joint Repair
Stem cell procedures may eliminate the need for joint replacement surgery. Fat-derived stem cell procedures are showing significant results with joint repair. Quality of life is improved through the significant reduction of pain, and the rebuilding of healthy tissues helps restore normal functioning in joint areas.
Present and Future Uses for Stem Cells
