Monday, September 28, 2026 Sydney Today 14° / 18°
Radio • News • Matrimonial
BREAKING NEWS
Monday Night Club - Man City reaction   •   Orange Order parade dispute continues after main players hold talks   •   Watch: RAF Fairford suspects are bailed, what happens now?   •   Man City CEO defiant over Premier League charges   •   What a US diesel export ban could mean for you   •   Best thing we can offer young people is a job, not benefits, says chancellor   •   Mahmood signals rethink on migrants' right to remain   •   Aldi boss says some of rivals' loyalty discounts 'dupe' customers   •   Twelve women have been killed in one part of South Africa since July. Here's what we know so far   •   Iran court upholds lashes sentence for singer who performed without hijab   •   UK tries to stop Trump's diesel export ban   •   Slipknot fans threaten boycott after Marilyn Manson announced as support act for UK show       
Do you take after your dad’s RNA?

Do you take after your dad’s RNA?

On a bright afternoon in Jiangsu, China, Xin Yin is playing personal trainer to some mice. One by one, he sets the rodents on a miniature treadmill that starts slow and gradually speeds up. These littermates are born athletes, able to run farther with less lactic acid buildup than average laboratory mice.

The secret to their speediness isn’t carried in their genes—the animals come from the same genetic stock as a group of control mice. And they haven’t received any special training. Instead, their fitness seems to stem from their father’s exercise habits before they were even conceived. It’s a finding suggesting that running might benefit not just the exerciser, but also his unborn children.

“I was very surprised when I first saw the data,” says Yin, a biochemist at Nanjing University.

Read full article

Comments

Log in
Navtarang Live Radio Navtarang Live Radio
Scroll to Top