The Future Is Here Today...Robots, Genetics, AI, Longevity, Singularity

craig venter at TEDMED

Craig Venter is going to make synthetic life. Prepare yourself.

Craig Venter is pushing the boundaries of what humans can do with DNA and aims to create new life to serve our needs. At TEDMED this past year, he discussed what he and his company, Synthetic Genomics, have accomplished by analyzing and manipulating the genes of simple organisms. While the presentation was titled “What could we do with synthetic life?” it would have been more apt to call it “What we have done so far is going to blow your freakin’ mind.” Venter gives an in depth look at the methods which will lead to custom made organisms. Biofuel, new antibiotics, vaccines – Venter could one day make them all by using yeast and bacteria to reproduce artificially constructed genomes. As many have said, synthetic biology is likely to be the defining technology of the 21st century, and Venter plans on helping to write that definition. Check out his TEDMED video, in its entirety, after the break.

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by Drew Halley on June 24th, 2009

Admit it: you wouldn’t mind winning a Nobel Prize. Well here’s a science project for you: reverse global warming, solve the world’s energy crisis, and pave the way for breakthrough antibiotics and vaccines… all in one fell swoop. The modest task before you? Create the world’s first synthetic life form, and make it dance.

creation-of-adamNow for the bad news. You’ve got competition. Some of the best scientists across the globe are chasing the holy grail of biology, and they’re making some serious headway. The prospect of man-made life is becoming less a question of if, and more a question of when. But can gene engineering really save the world? Can it destroy it?

Welcome to the wonderful world of synthetic genomics.

The Idea

The first step to cooking up your own life form is to understand the language it’s written in: DNA. The genetic revolution of the past few decades has allowed scientists to sequence whole genomes, from fruit flies and rats to our very own species. Once the genomes are mapped, the task becomes making a synthetic copy, A by T by C by G. DNA gets stitched together using a combination of different lab techniques, with the final goal of building a whole genome. Different research teams have taken different approaches, and the race is on to see who succeeds first.

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