
Aubrey de Grey (here, here and here) is an iconoclastic anti-aging researcher living in Cambridge, UK who approaches the science of anti-aging medicine from an engineering perspective (requires free registration). He lectures extensively and constantly pushes the boundaries of anti-aging research. He isn’t trained in biology or medicine, but as an engineer. His extensive knowledge of medicine and the biological sciences is pretty much self taught. He doesn’t subscribe to any particular medical or scientific ideology, i.e., alternative medicine verses mainstream medicine, or any specific dietary practices other than the idea that caloric restriction has been shown in animal studies to prolong life. But Dr. de Grey isn’t interested in the mere 20-30 percent increase in lifespan brought about by caloric restriction; he’s more interested in increasing lifespan 100 to 200 years or more. Which he believes can be done if we look at forestalling aging from an engineering point of view.
He has written (co-written, actually) a book titled, appropriately enough, Ending Aging describing his theories of aging and discussing the problems that must be overcome to undo the forces of our own biochemistry and physiology that grind us down over time. I read the book when it first came out and found it fascinating. I wouldn’t think it’s a particularly an easy read for one not scientifically inclined. If you thought Gary Taubes’ book was difficult, I wouldn’t recommend this one. If you do get it and are prepared to spend some time really digging in, you will come away rewarded, if not in understanding (which you will certainly get) at least in the knowledge that there are many extremely clever people working to keep us living longer. If you just want to read a little of the book, I recommend Chapter 5, Meltdown of the Cellular Power Plants, which is a virtuoso piece of scientific reasoning. Dr. de Grey published his theory of mitochondrial survival of the slowest, the subject of this chapter, a few years back, and I thought it a brilliant piece of scientific detective work.
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