Andrew Steele

A startling chronicle by a brilliant young scientist takes us onto the frontiers of the science of aging, and reveals how close we are to an astonishing extension of our life spans and a vastly improved quality of life in our later years. Aging--not cancer, not heart disease--is the world's leading cause of death and suffering. We accept as inevitable that as we advance in years our bodies and minds begin to deteriorate and we are more and more likely to be felled by dementia or disease. But we never really ask--is aging necessary? Biologists, on the other hand, have been investigating that question for years, wondering if the decline of our bodies is truly unavoidable. After all, there are already tortoises and salamanders whose risk of dying is the same from birth to death. With the help of science, could humans find a way to become old without getting elderly, a phenomenon otherwise known as "biological immortality"? In Ageless, Andrew Steele, research fellow at Britain's new and largest biomedical laboratory, the Francis Crick Institute, shows us that the answer lies at the cellular level. He takes us on a journey through the laboratories where scientists are studying every aspect of the cell--DNA, mitochondria, stem cells, our immune systems, even age genes that can lead to a tenfold increase in life span (in worms, anyway)--all in an effort to forestall or reverse the body's (currently!) inevitable decline. With bell-clear writing and intellectual passion, Steele shines a spotlight on a revolution already under way and offers reality-based hope.

The New Science of Getting Older Without Getting Old

Ageless

A guide to the biggest issue we all face. Ageing -- not cancer, not heart disease -- is the world's leading cause of death and suffering. What would the world be like if we could cure it? Living disease-free until the age of 100 is achievable within our lifetimes. In prose that is lucid and full of fascinating facts, "Ageless" introduces us to the cutting-edge research that is paving the way for this revolution. Computational biologist Andrew Steele explains what occurs biologically as we age, as well as practical ways we can slow down the process. He reveals how understanding the scientific implications of ageing could lead to the greatest discovery in the history of civilisation one that has the potential to improve billions of lives, save trillions of dollars, and transform the human condition.

“A fascinating look at how scientists are working to help doctors treat the aging process itself, helping us all to lead longer, healthier lives.” —Sanjay Gupta, MD Aging—not cancer, not heart disease—is the underlying cause of most human death and suffering. The same cascade of biological changes that renders us wrinkled and gray also opens the door to dementia and disease. We work furiously to conquer each individual disease, but we never think to ask: Is aging itself necessary? Nature tells us it is not: there are tortoises and salamanders who are spry into old age and whose risk of dying is the same no matter how old they are, a phenomenon known as “biological immortality.” In Ageless, Andrew Steelecharts the astounding progress science has made in recent years to secure the same for humans: to help us become old without getting frail, to live longer without ill health or disease.

The four Roar boys, living in an orphanage in Brooklyn, are mysteriously recruited for spaceship pilot training when they learn that their parents were once space explorers and may have held secret knowledge about life on other planets. Original.

The Galaxy Boys and the Sphere

Francis Kerr Young

Devyn Clement

In the closing hours of Christmas night an old man accidentally knocks a liquid-filled paperweight to the floor. When he picks it up, swirling snow within the glass globe gradually settles to reveal a winter landscape. His mind goes back to the days of his youth in far-off Scotland and a Christmas story unfolds. Changing scenes within the snow dome reflect glimpses of memory that tell a wondrous tale of Christmas.

Andrew Steele

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