Mostrando títulos en Genética

Since the birth of civilization, human beings have manipulated other life-forms. We have selectively bred plants and animals for thousands of years to maximize agricultural production and cater to our tastes in pets. The observation of the creation of artificial animal and plant variants was a key stimulant for Charles Darwin's theory of evolution. The ability to directly engineer the genomes of organisms first became possible in the 1970s, when the gene for human insulin was introduced into bacteria.

One in 3,000 people is born with neurofibromatosis. It affects all of them in different ways. For some, neurofibromatosis is as clear as the tumors on their face. For others, it hides beneath the surface, creating tumors that destroy hearing, vision, and more. Many of them are misdiagnosed, misunderstood, and often simply missed by a world of medicine that doesn't have a full grasp on all the effects of NF.

In this gripping nonfiction book, "CRISPR Wars" delves into the startling realities and potential futures shaped by genetic engineering in warfare. Blending well-researched facts with a few hypothetical scenarios, the book explores how CRISPR technology could create enhanced soldiers with unparalleled physical and cognitive abilities

A captivating exploration of the remarkable ways our DNA mutates over the course of our lives, with radical implications for the future of medicine Our DNA is the indispensable set of instructions that guides our growth and vitality. The common misconception is that this molecular blueprint...

Part 1 will show you exactly what exercises you need to build muscle as a hardgainer: - What you need to know about cardio as a hardgainer. 3 different workout programs for beginners, intermediates, and advanced trainees. Each exercise includes a detailed explanation. Part 2 is all about nutrition. It includes: - 2 hardgainer meal plans that show you exactly what you need to eat (normal and vegetarian). The secret weapons of a hardgainer - 5 tips to help you stay consistent with your diet no fluff, or bro science! With this guide you will build muscle faster than ever!

Taking us on an incredible journey across centuries and galaxies, accompanied by his characteristic wit, Professor Luke O’Neill explains how it all began, how it will all end and everything in between. Listeners will benefit from Luke’s insatiable curiosity for life when they dive into this ultimate journey through life and death. Among other fascinating facts, you’ll discover the science behind how we got to be so smart, why sex with a caveman was a good idea, the science of finding love, why we follow religions and how robots will become part of everyday life.

The emergence of genomic science in the last quarter century has revolutionized medicine, the justice system, and our understanding of who we are. We use genomics to determine guilt and exonerate the falsely convicted; devise new medicines; test embryos; and discover our ethnic and national roots. One might think that, given these advances, most would favor the availability of genomic tools. Yet as Jennifer Hochschild explains in Genomic Politics, the uses of genomic science are both politically charged and hotly contested.

The science of epigenetics has been scientifically proven to give anyone the power to change the expressions of their genes. Genes can be altered by either the external environmental or internal mental and emotional signals without altering the gene sequence itself. The protocols in this book take a person through the step-by-step process of doing it. By using the detailed processes given, anyone can send new signals to their genes to produce and manufacture the different proteins to restore health, gain new strength, and extend life expectancy.

What happens when your family tells you one thing, but a DNA test tells you another? Georgina Lawton grew up in a loving family but she didn’t look like anyone else. She has dark eyes, curly hair and brown skin. Both her parents were white. Georgina took a DNA test. The results changed her life forever. With millions around the world using 'do-it-yourself' DNA testing kits, Georgina follows the stories of those learning to live with the results.

In a world where science has ceased to be a mere tool and has become a power capable of redefining life itself, a question arises—one that cuts across every laboratory, every ethical debate, and every human decision: what can we, and what should we, do with the power to rewrite our own genetic code? THE FORBIDDEN CODE: Power and limits in redesigning Life invites us to journey through the fascinating and perilous landscapes of contemporary biotechnology, exploring how humanity now confronts its most intimate ambition, the possibility of creating, modifying, and enhancing human life. This ...

This book provides a highly authoritative introduction to the promising and fast-advancing field of Plant Tissue Culture, examining the latest methods and technologies used in the Botany / Biotechnology industry to produce new varieties of crop plants. It helps readers understand the future of plant tissue culture, and how it aims to find solutions for millions of people suffering every year due to food shortages by producing new varieties of crop plants. In a world with an ever increasing population, and an unpredictable environment, especially in future decades, the use and development of...

≪累計300万部突破!『眠れなくなるほど面白い図解シリーズ』≫環境や努力は遺伝に勝てない!?行動遺伝学者が語る“遺伝のタブー”を図解でわかりやすく解説!【遺伝の話】

We all know the autistic genius stereotypes. The absentminded professor with untied shoelaces. The geeky Silicon Valley programmer who writes bulletproof code but can't get a date. But there is another set of (tiny) geniuses whom you would never add to those ranks - child prodigies. We mostly know them as the chatty and charming tykes who liven up day­time TV with violin solos and engaging banter. These kids aren't autistic, and there has never been any kind of scientific connection between autism and prodigy. Until now.

Walter Isaacson vertelt het verhaal van DNA-expert en Nobelprijswinnaar Jennifer Doudna. In oktober 2020 ontving biochemicus Jennifer Doudna samen met haar collega Emmanuelle Charpentier de Nobelprijs voor de Scheikunde voor hun doorslaggevende bijdrage aan de ontwikkeling van CRISPR-Cas. Met deze techniek kunnen wetenschappers het menselijk genoom bewerken door te knippen en plakken in DNA-sequenties.

Discover the fascinating world of anti-aging research and the groundbreaking advancements in this eye-opening eBook, "The End of Aging." Delve into cutting-edge technologies, revolutionary scientific breakthroughs, and the ethical considerations surrounding an extended human lifespan. A future free from the constraints of time and aging awaits you in this captivating, thought-provoking read. "The End of Aging" takes you on an intriguing journey that will reshape your perceptions about aging and longevity. Explore the complexities of genetic and epigenetic factors, as well as the vital role ...

Die CRISPR-Methode und die Zukunft der Medizin. Was macht die Natur, wenn ein neuer Feind auftaucht? Sie findet eine neue Strategie. Wenn eine Bakterie von einem Virus attackiert wird, verteidigt sie sich beispielsweise, indem sie ihre genetische Struktur ändert. Doch wie können diese Mechanismen nachgewiesen werden? Und welchen Nutzen hat dieses Wissen für die Medizin? Der Amerikanerin Jennifer Doudna und der Französin Emmanuelle Charpentier sind bahnbrechende Erkenntnisse im Bereich der Biochemie gelungen.

Helena Greenwood, a doctor with a Ph.D. in chemical pathology, was working in biotechnology when she was the victim of sexual assault. She survived and was scheduled to testify against her attacker until she was found brutally murdered in her garden. Everyone believed the killer was her past attacker; but there was not enough evidence to convict him, until ten years later when a local District Attorney working the "cold cases" used Helena's own DNA research to finally bring her killer to justice.

The language of genes has become common parlance. We know they make your eyes blue, your hair curly or your nose straight. The media tells us that our genes control the risk of cancer, heart disease, alcoholism or Alzheimer's. The cost of DNA sequencing has plummeted from billions of pounds to a few hundred, and gene-based advances in medicine hold huge promise. So we've all heard of genes, but how do they actually work?

This audiobook is your roadmap to personal transformation. Learn where you are weak and how to get strong in all areas of life. Immediately start unlocking energy, finding deep, restorative sleep, and boosting mental clarity to upgrade your quality of life. Follow a customized strategy using simple steps to unlock your genetic potential and maximize your results.

From evolutionary biologist Rowan Hooper, an awe-inspiring look into the extremes of human ability—and what they tell us about our own potential—“an intriguing…look at some of the things that make us human—and more” (Kirkus Reviews). In 1997, an endurance runner named Yiannis Kouros...