Bio-Age


Book Description

How Young Do You Want to Feel? Your calendar age is just a number. What really matters is how you look, how you feel and how much energy you bring to your day. Your biological age— your Bio-Age— is what counts. You can't make yourself younger chronologically (be honest now, do you really want to be 15 again?) but you can change your Bio-Age. We all know people who look and perform like someone 10 years older than the age on their birth certificate. We also know others who seem to be at least 10 years younger. What are their secrets? Brad King and Dr. Michael Schmidt shed some light on that question. The authors of Bio-Age have brought together the most up-to-date research on how the human body works and how it ages— a complex subject that has exploded with new discoveries in recent years. They explain what is actually happening to your body. Eight other experts, invited to contribute their news and views on aging-related topics, will tell you about specific anti-aging strategies. Then the authors take it to the next level with a 10-step plan to help you change your own aging process and promote healthy longevity. Read the book. Make the lifestyle choices that will keep you on the move and on the ball. Don't let your birth certificate fool you— how young do you want to feel?




Younger You


Book Description

Based on the groundbreaking study that shaved three years off a subjects' age in just eight weeks, discover a proven, accessible plan to prevent diseases and reduce your biological age. It’s true: getting older is inevitable and your chronological age can only move in one direction. But you also have a biological age, which scientists can measure by assessing how your genes are expressed through epigenetics. Exciting new research shows that your bio age can actually move in reverse—and Dr. Kara Fitzgerald’s groundbreaking, rigorous clinical trial proved it’s possible. By eating delicious foods and establishing common-sense lifestyle practices that positively influence genetic expression, study participants reduced their bio age by just over three years in only eight weeks! Now Dr. Fitzgerald shares the diet and lifestyle plan that shows you how to influence your epigenetics for a younger you. In Younger You you’ll learn: It’s not your genetics that determines your age and level of health, it’s your epigenetics How DNA methylation powerfully influences your epigenetic expression The foods and lifestyle choices that most affect DNA methylation Simple swaps to your daily routines that will add years to your life The full eating and lifestyle program, with recipes and meal plans, to reduce your bio age and increase vitality How to take care of your epigenetic expression at every life stage, from infancy through midlife and your later decades We don’t have to accept a descent into disease and unwellness as we age as inevitable: when you reduce bio age you reduce your odds of developing all the major diseases, including diabetes, cancer, and dementia. With assessment tools for determining your bio age, recipes, and plans for putting it all into practice,Younger You helps you repair years of damage, ward off chronic disease, and optimize your health—for years to come.




Younger You


Book Description

Based on the groundbreaking study that shaved three years off a subjects' age in just eight weeks, discover a proven, accessible plan to prevent diseases and reduce your biological age. It’s true: getting older is inevitable and your chronological age can only move in one direction. But you also have a biological age, which scientists can measure by assessing how your genes are expressed through epigenetics. Exciting new research shows that your bio age can actually move in reverse—and Dr. Kara Fitzgerald’s groundbreaking, rigorous clinical trial proved it’s possible. By eating delicious foods and establishing common-sense lifestyle practices that positively influence genetic expression, study participants reduced their bio age by just over three years in only eight weeks! Now Dr. Fitzgerald shares the diet and lifestyle plan that shows you how to influence your epigenetics for a younger you. In Younger You you’ll learn: It’s not your genetics that determines your age and level of health, it’s your epigenetics How DNA methylation powerfully influences your epigenetic expression The foods and lifestyle choices that most affect DNA methylation Simple swaps to your daily routines that will add years to your life The full eating and lifestyle program, with recipes and meal plans, to reduce your bio age and increase vitality How to take care of your epigenetic expression at every life stage, from infancy through midlife and your later decades We don’t have to accept a descent into disease and unwellness as we age as inevitable: when you reduce bio age you reduce your odds of developing all the major diseases, including diabetes, cancer, and dementia. With assessment tools for determining your bio age, recipes, and plans for putting it all into practice,Younger You helps you repair years of damage, ward off chronic disease, and optimize your health—for years to come.




Younger


Book Description

It's true: getting older is inevitable and your chronological age can only move in one direction. But you also have a biological age, which scientists can measure by assessing how your genes are expressed through epigenetics. Exciting new research shows that your bio age can actually move in reverse--and Dr. Kara Fitzgerald's groundbreaking, rigorous clinical trial proved it's possible. By eating delicious foods and establishing common-sense lifestyle practices that positively influence genetic expression, study participants reduced their bio age by just over three years in only eight weeks! Now Dr. Fitzgerald shares the diet and lifestyle plan that shows you how to influence your epigenetics for a younger you. In Younger You you'll learn:




True Age


Book Description

Cutting-edge research shows how to determine and decrease your true biological age. What if there was a way to measure our biological age? And what if there were strategies to slow down—or even reverse—the aging process? The answers to these questions lie at the heart of the groundbreaking work Dr. Morgan Levine is doing in her lab at Yale. True Age introduces readers to the latest developments in the science of aging and longevity. It provides an in-depth understanding of biological age and the methods now available to estimate our own. It helps us target an individualized plan to eat, exercise, and sleep, as well as pointing to other lifestyle practices like intermittent fasting and caloric restriction that have been shown to slow or reverse the aging process. The goal is to guide every reader toward a personal regimen to keep them as youthful as possible—both inside and out—with low risk, data-driven biohacking. The book gives readers and their doctors unprecedented ways to identify their personalized aging process and increase not only their lifespan but also then their healthspan.




Epigenetics of Aging


Book Description

Recent studies have indicated that epigenetic processes may play a major role in both cellular and organismal aging. These epigenetic processes include not only DNA methylation and histone modifications, but also extend to many other epigenetic mediators such as the polycomb group proteins, chromosomal position effects, and noncoding RNA. The topics of this book range from fundamental changes in DNA methylation in aging to the most recent research on intervention into epigenetic modifications to modulate the aging process. The major topics of epigenetics and aging covered in this book are: 1) DNA methylation and histone modifications in aging; 2) Other epigenetic processes and aging; 3) Impact of epigenetics on aging; 4) Epigenetics of age-related diseases; 5) Epigenetic interventions and aging: and 6) Future directions in epigenetic aging research. The most studied of epigenetic processes, DNA methylation, has been associated with cellular aging and aging of organisms for many years. It is now apparent that both global and gene-specific alterations occur not only in DNA methylation during aging, but also in several histone alterations. Many epigenetic alterations can have an impact on aging processes such as stem cell aging, control of telomerase, modifications of telomeres, and epigenetic drift can impact the aging process as evident in the recent studies of aging monozygotic twins. Numerous age-related diseases are affected by epigenetic mechanisms. For example, recent studies have shown that DNA methylation is altered in Alzheimer’s disease and autoimmunity. Other prevalent diseases that have been associated with age-related epigenetic changes include cancer and diabetes. Paternal age and epigenetic changes appear to have an effect on schizophrenia and epigenetic silencing has been associated with several of the progeroid syndromes of premature aging. Moreover, the impact of dietary or drug intervention into epigenetic processes as they affect normal aging or age-related diseases is becoming increasingly feasible.




Human Clocks


Book Description

Age is a complex cross-cutting notion for at least two reasons: the intricate interweaving of its biological and socio-cultural meanings and its dual significance as both a benchmark in an individual's life course and a foundation for social structure. This book offers new perspectives on age and ageing by combining achievements in the biological sciences and their different applications and interpretations in demography, anthropology, psychology and other pertinent disciplines. Thirty contributors from these various fields revisit the measures and the biological models of ageing, the borderline between normal and pathological ageing, the pertinence of chronological age as a benchmark along the life course, its interrelations with psychological development, with reproductive phases and other life events, the «normalizing» role ascribed by age classes and the risk of falling into ageism, the cross-cultural diversity and temporal changes of its meanings, the gender divide (real and perceived), as well as the rights that should be enjoyed at each age.




Biodemography of Aging


Book Description

This volume is a critical exposition of the data and analyses from a full decade of rigorous research into how age-related changes at the individual level, along with other factors, contribute to morbidity, disability and mortality risks at the broader population level. After summarizing the state of our knowledge in the field, individual chapters offer enlightening discussion on a range of key topics such as age trajectory analysis in select and general populations, incidence/age patterns of major chronic illnesses, and indices of cumulative deficits and their use in characterizing and understanding the detailed properties of individual aging. The book features comprehensive statistical analyses of unique longitudinal data sets including the unique resource of the Framingham Heart Study, with its more than 60 years of follow-up. Culminating in penetrating conclusions about the insights gained from the work involved, this book adds much to our understanding of the links between aging and human health.




Aquarian-Age Healing, Vols 1 And 2


Book Description

1933 in this second book the material ventures further to define the work taught as Bio-Mechanics. Contents include: from Bio-Mechanics to Bio-Engineering, Colloids & Crystalloids, Bio-Colloids, Gravity, Mechanics of the Human Body, the First Approac.




Practical Handbook of Human Biologic Age Determination


Book Description

This landmark book focuses on the methodology used to measure human biological age. Although functional decline appears to be an inevitable and inescapable consequence of aging, there are often considerable differences between individuals with respect to the rate and extent of this decline. Individuals may be young or old in relation to their number of years. As a result, age-related disease or age-related death may occur at different chronological ages. It follows that the true or practically relevant age of an individual is not adequately defined by the time that has elapsed since birth; rather, it is expressed as "biological age"-a figure reflecting the individual's progressive inability to respond adaptively to an environmental stress that leads to a decreased viability and increased vulnerability to death. This book features contributions from leading investigators in the field and represents a comprehensive worldwide collection of the most recent research on estimating human biological age. Tests described in the book can be used to monitor the effects of any interventional therapy, including drug treatment, behavioral therapy, and lifestyle modification.