author of death of death He is a regular at conferences on aging research. longevity industry, and patient advocacy for the treatment of aging as a medical condition. The book was originally written in Spanish but was eventually translated into English. This is an advance toward technologies that first slow aging, then allow aging to be controlled, and ultimately at some point significantly extend human healthy lifespan and essentially postpone death due to aging indefinitely. A general scientific overview of. This book and its authors also take an unapologetically outspoken stand against the fear of having to decline, get sick, and die when we don’t want to. I think the world needs more of that kind of feeling. Little acceptance and outrage over the extinction of light is the path to rejuvenating medical technology.
It is commonly believed that death is a natural outcome of life. As time passes, everything decays. Sooner or later, the old must give way to the new. In that case, wouldn’t death always be with us?
In fact, biology provides ample evidence that organisms do not need to age and die. The more we learn about biology, the more we understand that life has the potential to continue. That’s what we learn from various single-celled organisms and from the sad example of cancer cells. It’s also something we can learn from living things like: Negligible aging: These animals are old chronologically, but not biologically old. This means that the chance of dying within the next 12 months remains constant throughout adulthood. In other words, nature already has inherent mechanisms for rejuvenation, damage repair, and indefinite longevity. It is the job of rejuvenators, or rejuvenation technologists, to understand, improve, and enhance these mechanisms so that humans can similarly experience an indefinite lifespan.
Different organisms have evolved and have different lifespans. In fact, some organisms have evolved to the point where aging is negligible. But aren’t these lifespans fixed?
On the contrary, over recent decades, much evidence has emerged of lifespan plasticity. Numerous experiments have extended the standard lifespan. healthy life expectancy – Creatures such as worms, fruit flies, mice, rats, and fish. Among other things, we now know about the role of enzymes in a number of genes that control parts of the aging process. telomerase To allow cells to continue dividing, Various “pillars” of aging, about the problems caused by the accumulation of different types of damage within and between cells, and importantly how we can address these types of damage by removing, renewing, repairing, or reprogramming aspects of our cells. for interventions that may comprehensively address each of the injuries. Biological composition.
For more than 100 years, scientists have been debating extending human lifespans. So far, progress has been slow. Since 1997, no one has reached the age of 119. Problems often arise when transferring potential treatments from mice to humans. Isn’t a significant increase in human lifespan not an immediate possibility but a distant future?
We need to recognize a common path to major technological advances. A visionary’s hopes often progress slowly and with disappointment before reaching a tipping point and then taking a leap forward. Before the tipping point, general skepticism often prevailed and then was forgotten. Examples include transportation, communications, energy, and computing sectors. The solution to aging will follow the same trajectory, from “impossible” to “essential.” From a practical perspective, what will accelerate progress is the simultaneous emergence of the anti-aging industry, perhaps the world’s largest industry, and the world’s largest activist community, the anti-aging community. Until recently, many scientists were shy to talk about their ideas for solving aging, but they are becoming increasingly vocal. The combination of science, business, finance, activism, and government will drive a new paradigm in which aging can and should be treated and cured.
These new treatments may be decades away, but for many people it may be too late and they may die from the disease before they happen. What advice can you give them?
The best advice, Plan A, is to take steps to stay healthy long enough to take advantage of rejuvenating treatments when they become available. In other words, they live long enough to live forever. However, there are also “Plan B” options to consider. Low temperature frozen storage The moment you are declared legally dead. The argument against cryoscience mirrors the argument against reversing aging. Probably it’s not possible, and even if it were possible, it shouldn’t be done. In both cases the arguments are incorrect. There is a lot of evidence that refrigeration technology can provide ‘.Ambulance to the futureThe idea is to give those unfortunate enough to die at the wrong time a second chance to be reunited with their family and friends.