Stem Cells
- Stem cells help existing tissues form new cells to repair areas that have been damaged
- Tissue stem cells are undifferentiated cells that form the building blocks of all organs in the human body. Stem cells in adults are partially specialised, and can be categorised by the type of organ cells they can eventually grow into.
- Stem cell is able to renew itself and retain its ability over a long period of time to differentiate into specialised cells. Under the right conditions, stem cells can be guided to differentiate into specialised cells with specific functions.
- The ability of stem cells to differentiate into a wide variety of cells makes them the ultimate multi-purpose cells.
Animal Stem Cells
Sheep Placenta
Sheep Stem Cells
Rodent Stem Cells
Plant Stem Cells
Apple Stem Cells
Lemon Stem Cells
Human Stem Cells
Mesenchymal Stem Cells (MSCs)
Hematopoletic Stem Cells (HSCs)
Are all stem cells suitable for human use?
Human Stem Cells
- New technology
- Work effectively in the human body
- Effectively absorbed by the human body
- Work continuously in the body over a longer period of time
- Does not cause any undesirable side effects.
Animal Stem Cells
- Old technology
- Cannot work effectively in the human body
- Will be rejected and ultimately eliminated by the human immune system
- Work for only a short period of time
- May cause undesirable side effects
Red Blood Cells
0
types
White Blood Cells
0
types
Kidneys
0
types
MSCs
0
types
Stem Cells
Umbilical cord - The best source of adult mesenchymal stem cells (MSCs)
MSCs found in the umbilical cord are the healthiest and most lively
Stem Cells
- Cell research laboratory approved by the Malaysian government
- Recognized by the industry
Source of Stem Cells
Stem Cells
- A certificate will be issued to patients who receive stem cell treatment to assure that only authentic stem cells are used
- The certificate records the source of the stem cells. Each batch of stem cells has its unique identification number
- Diabetes and its associated complications such as foot ulcer, poor blood circulation to the extremities and kidney functions impairment.
- Significant growth of new blood vessels and complete recovery of foot ulcers
- Reduce the incidents of foot amputation
- Improvement in diabetes and reduction in kidney damage
- Serious cardiomyopathy and heart failure
- Improvement in heart functions
- Scans of the heart show new tissue growth and reduction in scar tissue
- Better results are seen when angioplasty or coronary artery bypass surgery is supplemented by stem cell therapy
- Acute major stroke
- A stroke patient undergoing stem cell therapy within 90 days following a major stroke is able to recover up to 90% of his physical functions
- Sports injury, joint inflammation and autoimmune diseases
- Significant reduction in pain and improvement in movement
- Formation of new and healthy cartilage
- Overall health
- Heart diseases
- Liver diseases
- Stroke
- Arthritis
- Diabetes
- Kidney diseases
- Autoimmune diseases
- Skin & hair conditions
Stem Cell Possibilities
A stem cell can become any one of the 220 different cells in the body
Stroke
Kidney failure
Diabetes
Cardiovascular diseases
Arthritis in elderly
Sports injury
Osteoporosis
Macular disease
Parkinson’s disease
Alzheimer’s disease
Spinal injury
Stem Cells Repair Liver Ailments
Treatment period – 6 months
Stem Cells Regulate Insulin And Improve Blood Sugar Level
Treatment period – 6 months
Stem Cells Regulate Insulin And Improve Blood Sugar Level
Treatment period – 5 months
Stem Cells Regulate Insulin And Improve Blood Sugar Level
Treatment period – 5 months
Stem Cells Improve Retina Problems
Treatment period – 4 months
Helps In Hair Growth
Treatment period – 5 months
Helps In Eliminating Cysts And Tumours
Revitalize with Stem Cells
Discover the healing power of stem cell therapy for rejuvenation and recovery.
