New Book Takes New Look At Newborns Gift Of Life

New Book Takes New Look At Newborns' Gift Of Life

Summary: A new book points out that many scientists and clinicians are concentrating their energies on umbilical cord-derived stem cells from healthy babies.

New Book Takes New Look At Newborns' Gift Of Life

Article Body: A new book points out that many scientists and clinicians are concentrating their energies on umbilical cord-derived stem cells from healthy babies. Recent research shows human umbilical cord stem cell therapy (hUCSCT) can help many conditions.

"Umbilical Cord Stem Cell Therapy: The Gift of Healing from Healthy Newborns" by David Steenblock, M.S., D.O, and Anthony G. Payne, Ph.D. (Basic Health Publications, $.) explores this medical frontier, including current research, descriptions of how various conditions respond and the personal stories of many patients. The Steenblock Research Institute is at the forefront of the groundbreaking umbilical cord stem therapy research. Researchers indicate improvements with:

Cerebral palsy

Traumatic brain injury

Diabetic retinopathy and neuropathy and other eye conditions

Stroke and other circulatory problems

Multiple sclerosis

Amyotrophic lateral sclerosis (ALS).

In the book, Drs. Steenblock and Payne describe how scientists retrieve stem cells, expand their numbers and apply them to patients. The doctors explain what happens after a stem-cell treatment and what makes treatments more effective.

A question-and-answer section tackles such frequently asked questions as: is the treatment safe, how quick are the results, what is the cost, what are the pre- and post-treatments, does insurance cover the costs, what are side effects, what is the current status of FDA approval for stem cell treatments and why is this type of therapy permitted in some countries but not others.

There is increasing evidence, the authors report, that relates aging and disease to lack of normal stem cell growth and repair. A new area of study, they explain, is dedicated to exploring the ability to mobilize one's own stem cells to help a body repair itself. Additionally, there are scientifically validated ways of ensuring that stem cells are not compromised in terms of function or ability to mobilize in response to injury or disease.