Queen Sirikit Centre for Breast Cancer provides breast reconstruction surgery with the use of fat stem cells. The patient is interviewed by Channel 3 journalist. She talks about her successful operation.

The following is an animation of how patient derived fat stem cells are used to make breast augmentation. Fat is a rich source of stem cells. They are extracted from the patients own fat sample then activated. The activated fat stem cells are mixed with fat and used to fill chosen areas of the breast.

The following is an animation of how patient derived fat stem cells are used to help repair the damage done by breast cancer. Fat is a rich source of stem cells. They are extracted from the patients own fat sample then activated. The activated fat stem cells are mixed with fat and used to repair or fill damaged areas of the breast.

The following is an animation of how patient derived fat stem cells are used to help repair the effects of aging. Fat is a rich source of stem cells, over 1 million stem cells per 5 oz. The fat/adipose stem cells are capable of regenerating damaged tissue and help in anti-aging. They are harvested from the patient's own fat, isolated, activated and returned using an IV drip.

To get more information please visit www.returninghope.com This video describes the advancements in use of cord blood stem cells as a possible treatment for over 70 diseases. It provides a review of applications in regenerative medicine (rebuilding damaged organs or creating living tissue) including diabetes and heart disease.

To get more information please visit www.returninghope.com Transplanted stem cells can restore function to damaged areas of the brain after a stroke. Stem cell therapy offers the only real, long-term, safe and effective treatment for a condition which, until now, has not had any hope of a cure. A stroke creates serious and, until now, irreparable damage. Now patients can get stem cell therapy that repairs and rejuvenates the damage. This is very life-changing news for anyone whose life has been adversely affected by a stroke. Stem cells are taken from the patient (no rejection issues!) and re-transplanted into the affected area. There are three major types of brain cell; neurons, astrocytes, and oligodendroglia. Stem cells have the ability to take on the characteristics of all three. They are chemically directed to replace the cells that have lost their function after a stroke. In brief, they become neurons that help the brain repair itself.