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Overview

Introduction

What’s in a Number?
by Jeanene Swanson

 

Section 1: A Matter of Time: The Aging Process

1.1   Why Can’t We Live Forever
        by Thomas Kirkwood

1.2   Longevity: The Ultimate Gender Gap
        by Harvey B. Simon

1.3   “Super Agers” Stay Young in the Mind
        by Sandra Upson

 

Section 2: Genetic Metronome: Telomeres

2.1   Genetic Variant Linked to Faster Biological Aging
        by Katie Moisse

2.2   Do Phobias Hasten Aging?
        by Katherine Harmon

2.3   Telomeres, Telomerase and Cancer
        by Carol W. Greider and Elizabeth H. Blackburn

2.4   Actuary of the Cell            
        by Thea Singer

2.5   Quiet Little Traitors            
        by David Stipp

 

Section 3: Radical Damage

3.1   The Myth of Antioxidants
        by Melinda Wenner Moyer

3.2   Free Radical Shift
        by Kate Wilcox

3.3   A Radical Proposal
        by Kathryn Brown

3.4   Your Brain on Blueberries            
        by Mary Franz

 

Section 4: Caloric Restriction: Does Less Mean More?

4.1   Cutting Calories May Not Mean a Longer Life
        by Gary Stix

4.2   Does Overeating Cause Dementia?
        by Larry Greenemeier

4.3   Unlocking the Secrets of Longevity Genes
        by David A. Sinclair and Lenny Guarente

4.4   A New Path to Longevity
        by David Stipp

 

Section 5: Alzheimer’s Disease and Age-Related Dementia  

5.1   Cracks in the Plaques: Progress in Alzheimer’s Research            
        by Daisy Yuhas

5.2   Alzheimer’s Disease Symptoms Reversed in Mice            
        by Gary Stix

5.3   Shutting Down Alzheimer’s            
        by Michael S. Wolfe

5.4   Alzheimer’s: Forestalling the Darkness            
        by Gary Stix

 

Section 6: The Quest for Longevity  

6.1   Is 100 the New 80?            
        by Barbara Juncosa

6.2   How We All Will Live to Be 100            
        by Katherine Harmon

6.3   Quest for Anti-Aging Drugs Goes Mainstream            
        by David Stipp

6.4   Fit Body, Fit Mind?            
        by Christopher Hertzog, Arthur F. Kramer, Robert S. Wilson, and Ulman Lindenberger

Forever Young: The Science of Aging

An infant born in the US today will probably live more than 20 years longer than the average lifespan a century ago. While living well into the 80s and 90s is becoming more and more attainable, how many more years can humanity expect to gain? And how can we raise the quality of those later years? The two main barriers are accumulated damage to cells and organs that occurs over time and age-related illnesses like cancer and Alzheimer’s disease. Researchers are divided over where to pour their efforts, and in this eBook, Forever Young: The Science of Aging we take a look at what science knows—and what it’s striving to learn—about the aging process.

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