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You are not simply the sum output of your genome," write Deepak Chopra and Rudy Tanzi, Director of the Genetics and Aging Research Unit at Massachusetts General Hospital. "You are the user and inventor of your genome." For years it was accepted knowledge that genes were fixed components of our bodies, and that we as individuals were incapable of altering our genetic make-up. Yet groundbreaking research suggests that changes in lifestyle and diet can greatly influence our genetic predispositions to disease and certain physical and psychological behaviours. Moreover, the adoption of ancient Vedic practices such as yoga and meditation can create genetic mutations that allow us to lead longer and healthier lives. Super Genes includes meditation and breathing practical exercises, as well as information on how to manage risk factors for disease. Combining scientific research with insights from ancient traditions, Chopra and Tanzi show how we need not be at the mercy of our genetic inheritance. Instead, they argue, we have the power to rewire our super genes for health and happiness.
About the Author
Deepak Chopra Acknowledged as one of the world's greatest leaders in the field of mind/body medicine, Dr Deepak Chopra trained as an endocrinologist in India and the United States, and now runs the Chopra Center for Well Being in California. He has written over 50 books, which have been translated into 35 languages. He lectures and conducts seminars and workshops around the world, is a regular guest on e.g. CNN, and is a regular blogger on huffingtonpost.com, belief.net, Yahoo Answers, Yahoo Health and Intent Blog. Visit his website at www.deepakchopra.com Rudolph E. Tanzi (Author) Prof Rudolph E. Tanzi is the Joseph P. and Rose F. Kennedy Professor of Neurology at Harvard University. Dr. Tanzi has been investigating the genetics of neurological disease since the 1980s, when he participated in the first study using genetic markers to find a disease gene (Huntington's disease). Dr Tanzi isolated the first Alzheimer's disease gene and discovered several others; he now heads the Alzheimer's Genome Project.