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Longevity

What Makes An Individual Mortal, But A Species Immortal?

Posted on 6 September 2015

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Could studying our origins help us turn back time?  Flickr

Could studying our origins help us turn back time? Flickr

Sacrificing the individual for the species Humans may not be immortal, but many people don’t realise that our germ line is. Just like a show, the species must go on, and life has evolved ways to survive time’s ravages indefinitely; through reproduction. Life for most animals is brutal and short,  so there’s rarely been any pressure for extremely long lifespans to evolve. Each individual may be expendable, but making babies is a way of ensuring the species’ survival; the fact we’re still here at all shows us death isn’t inevitable, at least in molecular terms.  
The abundant Biosphere

The abundant Biosphere

Life has existed for billions of years, but our world is still bursting with it. If cellular aging was truly inevitable then this would be impossible

What does an immortal germ line mean? In simple terms, it means that individuals are mortal, but a species is immortal. Your child has a mixture of two sets of genes, but the actual cells come from people who’ve already outlived many animals. These same cells are the product of millions of years of countless cell division – tracing back to life’s origin. While the rest of your body starts to degrade, germ cells are somehow shielded from this process so that offspring can expect to live to adulthood and repeat the process. If they didn’t receive this protection and children didn’t start life with a (mostly) blank slate, we’d find each generation was born with progressively worse health. This would be extremely bad news for any species. Understanding exactly what goes on in each embryo is therefore extremely important, and could help us learn how to protect against or even rewind cellular aging. Once we know what’s really going on inside an embryo, we’ll also be able to perfect stem cell technology and learn how to regenerate any region of the body. 
Graham Crumb

Graham Crumb

Can studying our beginning lead to breakthroughs that can delay our end?

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