Reverse Skin Aging: What Copper Peptides Can Do For You - Softcover

Skin aging and hair loss was once believed to be inevitable. Today, scientific studies from leading institutions confirm that many age-related changes in your skin or hair can be reversed! Yes, it is possible to tighten your skin, reduce blemishes, improve skin clarity, density and firmness naturally without the use of alien chemicals and potentially dangerous procedures.

Discover how you can have healthier, thicker, longer and more beautiful hair using copper peptides while restoring your scalp from damaging chemical methods such as relaxer treatments.

In his insightful book, Dr. Pickart discusses his groundbreaking discovery of the copper peptide GHK – a biochemical gem that forever transformed our beliefs about what is possible when it comes to reversing skin aging and hair growth. Copper peptides are natural compounds that work together with your body’s natural repair systems, helping your skin and hair to repair and rebuild itself to maintain its youthful and glowing appearance. Unfortunately, they decline with age and therefore need to be replenished to prevent wrinkles and loss of elasticity on the skin and to strengthen follicle health.

This book is heavily referenced citing dermatological studies and independent research that present an impressive body of scientific evidence on the age-reversal power of copper peptides. The book also reviews common skin and hair problems and gives detailed suggestions on how to solve them naturally, tapping into your body’s own regenerative power. Above all, this is a publication that will help you learn to love and appreciate your skin and hair while taking care of its needs and enhancing its ability to repair, renew and rebuild itself.

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Dr. Loren Pickart discovered the rejuvenating actions of the copper-binding peptide GHK. Loren Pickart has a BA degree in Chemistry and Mathematics from the University of Minnesota and a PhD in Biochemistry from the University of California at San Francisco. He discovered the actions of Copper Peptides while working at research centers in Minneapolis, Santa Barbara, San Francisco, and Seattle.