Bio-identical Hormones and Telomerase

The Nobel Prize–Winning Research into Human Life Extension and Health

by Dr. Edmund Chein & Dr. Hiroshi Demura


Formats

Softcover
$24.95
Hardcover
$34.95
E-Book
$9.99
Audio
$3.99
Softcover
$24.95

Book Details

Language : English
Publication Date : 8/25/2011

Format : Softcover
Dimensions : 5.5x8.5
Page Count : 376
ISBN : 9781450255776
Format : Hardcover
Dimensions : 5.5x8.5
Page Count : 376
ISBN : 9781450255752
Format : E-Book
Dimensions : N/A
Page Count : 376
ISBN : 9781450255769
Format : Audio
Dimensions : N/A
Page Count : N/A
ISBN : 9781475933598

About the Book

As we grow older, many of us experience a tremendous amount of frustration because something inside us doesn’t work the way it used to. Nutrition experts tell us to eat certain kinds of food … some claim free radicals are the sole cause of aging, and that the only way to longevity is through antioxidant supplements. Fitness gurus tell us the only answer is exercise. When we do exercise or go on a diet, we feel a little better—but not much, and not the way we felt when we were younger. We exercise or diet twice as much to stay at the same place, and even that is a challenge.

The story has been the same throughout history, so we wonder if we should continue to fight the battle, or if we should just learn to grow old gracefully.

Improvements in medical technology and new knowledge about exercise, nutrition, and rest are all part of the solution to remaining young and healthy. However, we continue to see some people who do not take particularly good care of themselves, yet are aging more gently—and we know instinctively that parts of the anti-aging puzzle must still be missing.


About the Author

Dr. Edmund Chein, M.D., received his training at the University of Southern California Medical Center for Rehabilitation Medicine, earned a juris doctorate degree from Southwestern University School of Law, and founded the Palm Springs Life Extension Institute. He is the author of Aging Reversals: From Hormones to Telemerase.