View basket and checkout
Events Subscriptions Vouchers Contact

Keto for Life: Reset Your Biological Clock in 21 Days and Optimize Your Diet for Longevity

by Mark Sisson

Paperback £16
Published 1st January 2020
You’ll be able to choose Delivery or Click & Collect after you enter your address.
UK postage is £2.95, or free for orders over £60.

Available
online

Available
in Bath

Available to order
in Edinburgh

Available
in Ely

Available to order
in St Andrews

Description

At 65, Mark Sisson is in peak condition and excellent health, and he credits his ketogenic lifestyle as the reason. And, new research confirms that there are anti-aging benefits to a keto diet. In Keto For Life, Mark shows readers how to reset their biological clock in 21 days through a unique program that combines intermittent eating with strategies to lower inflammation and achieve metabolic flexibility.

Readers will read through the Four Pillars of Longevity – Diet, Fitness, Mental Flexibility, and Rest and Restoration – learning best lifestyle practices to slow the aging process. Then, they'll carry out a 21-day Biological Clock Reset, with action items to complete each day from each of the four pillars (including dietary practices, journal exercises, movement routines, and rejuvenation practices) and develop a morning routine that promotes healthy living.

Mark's meal plans detail what to eat for every decade of life, how to reduce carbs and increase protein intake as you age, and how to turbo charge your metabolism for increased energy, appetite, cognitive function, and stabilised mood. The book includes 80 recipes and a 16-page colour insert.

Specifically targeted for the nutrition and lifestyle needs at each stage of life, Keto For Life brings an entirely new facet to the ketogenic eating trend.

Details

Keto for Life: Reset Your Biological Clock in 21 Days and Optimize Your Diet for Longevity
by Mark Sisson

ISBN
9781743796108

Publisher
Hardie Grant Books

Binding
Paperback

Publication date
Jan. 1, 2020

Dimensions
23.3cm x 18.2cm x 3.2cm