>
The Greatest Theft in Human History
Trump Judges Most Likely to Be Confirmed Before New Senate Takes Over
How Washington Think-Tanks Paved The Road To Serfdom
Drones Built To Look Like Birds Evaded Detection At Air Force Tech Exercise
Dude turns a $23 used smartphone into the 4G brain of an RC aircraft.
China's World-Beating Supercar Just Hit 312 MPH
Pentagon Delivers 25,000+ Drones And Counter-Drone Systems To CENTCOM In A "Massive Surge"
Prism puts an eye-controlled Linux computer on your face
Remember Yesterday: AI For Today and Tomorrow
Robot Mowers Invade America's Golf Courses, Putting Groundskeepers On Notice
Monstrous 13-foot mecha craves the dangerous jobs humans avoid
Scentronic tech lets you smell the internet
Virgin Galactic's new rocket plane revives its bid for a space airline
The metal kept moving east while the sellers ran, and Ronnie called the flush a week early

The geneticist whose work helped map the human genome, the first step in the quest to manipulate what is essentially the software of human life, says reversing the aging process in humans may be less than 20 years away. George Church takes Scott Pelley into his Harvard Medical School lab to see his latest work for a 60 Minutes report to be broadcast Sunday, December 8, at 7:30 p.m. ET and 7 p.m. PT on CBS.
Thanks to Church and others whose work decoded DNA, called the building blocks of life, the day when humans will no longer be prone to viruses or genetic diseases is coming. But one of the next breakthroughs could be reversing the basic process of age itself. "Age reversal is something that's been proven about eight different ways on animals," says Church. He tells Pelley that in mice, tissue damage has been repaired, reaction times sped up and cognition improved.
Knowing the specific functions of genes in a creature's DNA allows scientists to edit or add genes to the sequence and change outcomes. A paper just published by Church and several other scientists shows how added multiple genes in mice improved heart and kidney function and levels of blood sugar. "The gene function is going down [with age] and so we're boosting it back up by putting in extra copies of the gene," he explains, saying that this is gene therapy.
The next step toward replicating this science in humans is to achieve the same results in a clinical trial using dogs that he is conducting now. The process could be perfected in humans in less than 20 years says Church. "That veterinary product might be a couple years away. And then that takes another 10 years to get through the human clinical trials."