>
Iranian Media Reports Another US Strike Against Iran's Qeshm Island
Is Learning by Starvation and Civil War the Only Way to Return to the Constitution?
What the New $20 Million Bounty for Iran Intel May Be Telling Us
WATCH LIVE: More White House Sources Confirm President Trump Strongly Considering Imminent...
The Greatest Theft in Human History
3D-Printed Tungsten Survives 74 Fusion Plasma Discharges, Advancing the Engineering...
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
Virgin Galactic's new rocket plane revives its bid for a space airline

In a promising step towards eternal youth, scientists have reversed the ageing process in middle-aged and elderly mice using a cellular 'rejuvenation' technique.
The California-based experts have shown they can partially reset mice cells to 'more youthful states', using four molecules known as the Yamanaka transcription factors.
After injecting these molecules into mice of various ages, the animals' kidneys and skin showed promising signs of rejuvenation, while their skin cells had a greater ability to proliferate and were less likely to form permanent scars.
Researchers say their 'safe' treatment could one day help humans wind back their biological clock, lowering risks of cardiovascular disease and cancer.
According to the findings, a treatment period of seven to 10 months may be required to stave off the unwanted side effects of ageing.
'The technique is both safe and effective in mice,' said Juan Carlos Izpisua Belmonte, co-corresponding author and a professor at the Salk Institute, San Diego, California.
'We are elated that we can use this approach across the life span to slow down ageing in normal animals.
'In addition to tackling age-related diseases, this approach may provide the biomedical community with a new tool to restore tissue and organismal health by improving cell function and resilience in different disease situations, such as neurodegenerative diseases.'