The Science and Technology of Growing Young | Sergey Young

Summary of: The Science and Technology of Growing Young: An Insider’s Guide to the Breakthroughs That Will Dramatically Extend Our Lifespan . . . and What You Can Do Right Now
By: Sergey Young

Introduction

Welcome to an exhilarating exploration of the future of human longevity, as brought to life in Sergey Young’s groundbreaking book, ‘The Science and Technology of Growing Young’. Immerse yourself in this riveting summary, where you’ll discover the latest breakthroughs that promise to dramatically extend our lifespan and, more importantly, learn how to harness these innovations for yourself. From cutting-edge diagnostic technology to precision medicine, genetic engineering, and the exciting world of bionics, this is your insider’s guide to the Longevity Revolution. Absorb not only the fascinating future of living even longer and healthier lives, but also learn how to make the right choices today in order to preserve your health for the future.

The Longevity Revolution

Imagine living for 200 years, looking like you’re only 25. Thanks to the Longevity Revolution, this might become a reality. Advances in science have allowed us to live longer, and soon we’ll be able to become biologically younger. The book delves into the potential of the Longevity Revolution, explaining how progress in agriculture, healthcare, and technology has led to increased life expectancy. With developments such as the Human Genome Project and artificial intelligence, we’re on the cusp of a new era of unprecedented longevity. Prepare to have your mind opened to a future where living for 150 or 200 years is not only plausible but achievable. So, put aside your skepticism and get ready to learn about how the Longevity Revolution will change your life.

The Diagnostic Revolution

Health systems are overwhelmed, and millions of people suffer undiagnosed illnesses. However, emerging diagnostic technology is about to change this. From wearables and portable devices to machine learning algorithms, medical startups are developing tools to help identify diseases early on, tailoring treatments to individuals. Additionally, the use of big data will offer a comprehensive snapshot of a patient’s health, including genetics, lifestyle choices, and environmental factors. The result is precision medicine, which will revolutionize healthcare by preventing diseases before they even occur. By adopting proactive approaches, doctors will save many lives.

Tailored Treatment with the Help of AI

Teresa, suffering from stage three breast cancer, was out of options until doctors from Moores Cancer Center used AI to sequence and analyze the DNA in her cancer cells. With that information, they searched the database for available cancer drugs and pinpointed the one that would be most effective, which led to the recommendation of an experimental immunotherapy drug. It worked wonders, and after four months, Teresa was in total remission. The key message here is the use of AI in precision medicine to find tailored solutions for each patient. This approach has already been used to tailor-make drugs for specific patients and can also have a preventive function. While computers won’t replace doctors, they will allow medical professionals to tailor treatment to each patient’s needs, lifestyle, and genetic makeup, leading to more effective and personalized medical care.

Reprogramming the Human Genome

Altering DNA to Cure Incurable Diseases

The advancements in genetic engineering allow scientists and doctors to modify human DNA, making it possible to cure incurable diseases such as sickle cell anemia and HIV. Using a protein called Cas9, gene therapy involves snipping out viruses and introducing healthy cells in our bodies. CAR T-cell therapy, an example of such gene therapy, has shown impressive results in curing pediatric leukemia and non-Hodgkin’s lymphoma even in patients otherwise deemed terminal. Though the technology’s high pricing is a concern, it is very likely that diseases such as cancer will become a thing of the past. The question remains: Can gene therapy further improve our lives?

The Bionic Future

Science fiction has long predicted our technological advancements as well as our cultural anxieties. The line between natural and artificial in our bodies will continue to blur, as we upgrade ourselves with artificial parts. Organ transplantation may soon become unnecessary with companies like LyGenesis and Stratagraft developing the technology to grow organs in your body and new skin in a lab. Engineers at Newcastle University have created 3D-printed corneas, and a U.S company named Second Sight has designed a device that can restore some sight to those with total vision loss. Technologies that were once science fiction are becoming our everyday reality, leading to a bionic future where we may all become part machine.

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