What Makes You Unique The Secrets Of Genes And Heredity

Why do twins look alike? How are we similar to our parents? What is the genetic code? Professor Lin He, an Academician of the Chinese Academy of Sciences, shares his childhood stories and knowledge of genetics in this vividly illustrated popular science book.

Genes have a huge impact on who we are, from defining us as humans, to governing how we behave. Whether controlling our cells or creating new forms of life, discover how DNA makes each of us unique. In The Secret Life of Genes, you'll learn all about the past, present and future of the human genome. Filled with colourful, graphic illustrations to help you to understand the world of genetics, from the basics to the most complex theories, this book brings the inner workings of the human body to life. Derek Harvey answers the biggest questions, from the nature of inheritance, evolution and reproduction, to how genes are arranged and how DNA is read. Take a trip through the history of the world's DNA and unlock the future of the field.

In this volume, the psychiatrist Robert Klitzman explores how individuals confront the complex issues associated with genetic testing in their daily lives.

Top 13 Infertility and Miscarriage genes How to increase your chances of a successful pregnancy by 90% How you can finally get pregnant and have a family Solutions for fertility, infertility, and miscarriage using your own genetics, priceless information for a successful pregnancy Introduction This book contains advanced solutions to how genetics play a role in your reproductive health. Men and women who have tried to get pregnant and have been left disappointed and or discouraged, feeling that they can’t have a family of their own, have gene mutations. Genes that influence their reproductive health in a negative way, which more often than not get undiagnosed by mainstream medical science. How well your infertility genes function and or express themselves, can mean the difference between having a healthy pregnancy or experiencing infertility and or miscarriage. When you have a genetic mutation, you may have a reduced ability to produce the right balance of biochemistry that is essential to reproductive health. Understanding your fertility genes, infertility genes, how they work, and how they can affect your reproductive health, is now more vital than ever. Not only can you have your own family, but also have a healthy pregnancy, having healthy offspring with improved health for you as their parents and your new baby. Being prepared in the right way can be life-changing for how your new family, experiences their life with their genetics. In this book, we will explore the most common gene mutations that are the leading cause of reproductive health today. Much of which you won’t hear anywhere else and what you can do about them to dramatically improve your chances of having your own family. The information in this book has been used in practice to produce many healthy, successful pregnancies despite many genetic disadvantages. Contents Chapter 1 – Fertility, infertility, and miscarriage What is fertility? What is Infertility? What is miscarriage? Chapter 2 – Infertility and miscarriage genes Chapter 3 – Infertility & miscarriage genes and nutritional breaks What is a nutritional break? Chapter 4 – The fertility influencers Genes Fertility and methylation Co-factors Inhibitors Toxins, chemicals, pollutants Metals Hormones Stress Timing Impotence Folic acid Diet EMF radiation Parasites Bacteria Viruses Mycotoxins Age Chapter 5 – MTHFR gene mutations and fertility Why 5 MTHF (methyl folate) supplements can be dangerous SLC19A1 Mutations and folate absorption Chapter 6 – DHFR gene mutations and fertility DHFR and radiation and miscarriages Chapter 7 – MTR & MTRR gene mutations and fertility TCN mutations and B12 absorption Chapter 8 – APOE gene mutations and fertility Chapter 9 – VDR gene mutations and fertility Chapter 10 – FVL & F2 gene mutations and miscarriages Chapter 11- NOS gene mutations and fertility NOS & Heart health & miscarriage Chapter 12 – PEMT gene mutations and fertility Chapter – 13 GST/GPX gene mutations and fertility Chapter 14 – PON gene mutations and fertility Chapter – 15 Key fertility nutrients Essential fertility supplements Chapter 16– How to check if you have bad genes Chapter 17 – Summary & actions Resources

This book is cutting edge in how your genetics play a role in your health. Most people have bad genes. Genes that influence their health in a negative way, which more often than not get undiagnosed by mainstream medical science. How well your bad genes function and or express themselves, can mean the difference between having a healthy life or suffering from most of the common diseases people experience today. “If your health practitioner is not familiar with these genes, they are missing 90% of the problem”. When you have a genetic mutation or bad gene/s, you may have a reduced ability to produce the right balance of biochemistry that is essential to good health. Understanding your bad genes, how they work and how they can affect your health, is now more vital than ever, as we see a large percentage of the population now suffering from mutations in these genes. This has resulted in literally millions of health problems, largely overlooked by medical professionals. Today more than ever, it is extremely important to look deeper into these genes for yourself and understand just how deeply they may be affecting your health, well-being and how you can take actions that most health professionals, don’t even know are possible, to restore your health at a genetic level. In this book, we will explore the most common bad genes that are leading to some of the worst health problems people are having today. Contents Chapter 1 – What are BAD genes? Chapter 2 – Undiagnosed, misunderstood, missing the root cause Chapter 3 – Bad genes and nutritional breaks Chapter 4 – The usual suspects Chapter 5 – MTHFR gene mutation Methylation imbalance symptoms from Bad MTHFR genes MTHFR and mental health Why 5-MTHF (methyl folate) supplements can be dangerous What about folic acid? SLC19A1 mutations and folate absorption MTHFR infertility, miscarriage and other pregnancy genes Top 12 Infertility & miscarriage bad genes list Chapter 6 – DHFR gene mutations Chapter 7 – COMT gene mutations Chapter 8 – MAO gene mutations Chapter 9 – MTR & MTRR gene mutations TCN mutations and B12 absorption Chapter 10 – DDC gene mutations Chapter 11 – GAD gene mutations Chapter 12 – FUT2 gene mutations FUT2 Secretors VS Non-sectors Bad FUT2 gene mutations and autoimmune disease Chapter 13 – APOE gene mutations Alzheimer’s disease & APOE genes Dementia and APOE genes Chapter 14 – VDR gene mutations Chapter 15 – FVL & F2 gene mutations Chapter 16 – AGT gene mutations Chapter 17 – NOS gene mutations NOS & Heart health problems Chapter 18 – PEMT gene mutations PEMT & fatty liver & high triglycerides Chapter 19 – DAO gene mutations Food and environmental allergies/sensitivities Chapter 20 – GST/GPX gene mutations MCS (multiple chemical sensitivity) Chapter 21 – How to check if you have bad genes Chapter 22 – Summary & actions

Since the discovery of DNA scientists have believed that genes are fixed entities that cannot be changed by environment - we inherit them, pass them on to our children and take them with us when we die. We can make choices that influence our environment, but we cannot change our genes. Or so we have long been prepared to believe. Professor Tim Spector reveals how the latest genetic research and his own pioneering studies are rewriting everything we thought we knew about genes, identity and evolution. Conceptually, he explains, our genes are not fixed entities but more like plastic, able to change shape and evolve, and these changes can be passed on to our children and grandchildren. In the face of these astonishing new discoveries, the old nature-nurture debate instantly dissolves and can be replaced with a much deeper understanding of our genes and the complex role they play in shaping our identities. Tim Spector's dazzling guide to the hidden world of our genes will make you think again about everything from sexuality to religion, cancer to autism, politics to pubic hair, clones to bacteria, and what it is that makes us all so unique and quintessentially human.

It's inside every living plant and animal, from the tiniest seed to the person standing next to you, but how much do you know about DNA? From why we have different coloured eyes to why we age, this book gives children an in-depth look at DNA and its role in all living things. Discover what DNA is, what it does, and how it shapes our lives, including inheritance and why we look like our parents; forensic science and how DNA evidence helps catch criminals; and how genetic engineering could theoretically bring dinosaurs back to life. With fun illustrated characters, clear diagrams, and fascinating photographs, children will love learning about themselves and this all-important molecule. The DNA Book is packed with colourful illustrations and mind-boggling facts, a great addition to any STEAM library. Perfect for curious young minds, this is an ideal introduction to the amazing science of genetics, and what makes you you.

Bestselling author Dr. Mark Hyman presents the definitive guide for reversing disease, easing pain, and living younger longer. Aging has long been considered a normal process. We think disease, frailty, and gradual decline are inevitable parts of life. But they’re not. Science today sees aging as a treatable disease. By addressing its root causes we can not only increase our health span and live longer but prevent and reverse the diseases of aging—including heart disease, cancer, diabetes, and dementia. In Young Forever, Dr. Mark Hyman challenges us to reimagine our biology, health, and the process of aging. To uncover the secrets to longevity, he explores the biological hallmarks of aging, their causes, and their consequences—then shows us how to overcome them with simple dietary, lifestyle, and emerging longevity strategies. You’ll learn how to optimize your body's key longevity switches; reduce inflammation and support the health of your immune system; exercise, sleep, and de-stress for healthy aging; and eat your way to a long life, featuring Dr. Hyman's Pegan Diet. You’ll also get exclusive insight from Dr. Mark Hyman on which supplements are right for you, where the research on aging is headed, and so much more. With dozens of science-based strategies and tips, Young Forever is a revolutionary, practical guide to creating and sustaining health—for life.