|Programme Run:||2 X 60 Minutes|
|First Transmitted:||2011 HD available|
It is the most ingenious code in the known universe. Ten years ago, scientists finally read every single piece of the human genome, the code within our DNA. So what are the consequences of one of the biggest scientific projects of all time? If DNA can help us find out how we got here, can it tell us what our future holds?
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The Book of Life
The last ten years have been incredible. Since we cracked the genetic make- up of humans in 2001, we’ve gone on to unravel the code of hundreds of other species. We have decoded the DNA of creatures on nearly every branch of the tree of life. It’s an amazing story we’ve uncovered. Our DNA can help us discover our past and find out and how we got here... and perhaps what our future holds...
As scientists began to explore the chemical structure of our genome, they found a collection of stories, tales of the successes and failures of our human and non human ancestors as they struggled for existence over the last three or four billion years. Hidden within the letters of everybody’s genome is an eye witness account, first hand testimony of events that happened hundreds of millions of years ago.
Meet the scientists trying to answer one of the most basic questions: how did the incredible journey that led to a human begin? The genes we share with all other living things hold a clue as to why, around 2 billion years ago, life quite suddenly evolved from simple cells like bacteria to the complex cells like the ones we are made of.
It’s a crucial event in evolution. Yet scientists can’t agree whether evolution happens by jerks or by creeps. Did humans arrive in a dizzying leap of evolution or did this new form of life take its time? The evidence is not what the scientists might expect.
Unlocking Our Code
It took 13 years to read what has been called The Book of Life. President Clinton claimed that the discovery meant we were “learning the language in which God created life”. Unlocking the hidden code within our double helix has changed the world, but not always as we expected.
How does this microscopic code render four chemical letters into flesh and blood? It influences what we look like, how smart we are, our personal qualities and how long we might live. Can tracking down specific mutated genes help us to address devastating diseases?
This episode meets the scientist who, with a little help from a lab and a home testing kit, read his own daughter’s genetic code. When doctors were left baffled by her unknown and unique medical condition, he discovered the key to her muscle development condition, offering insights unimaginable ten years ago.
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