"This paper provides the first direct biochemical explanation for how cell growth is inhibited under conditions when nutrients are low," reports Shaw. "This very simple bio-circuit is literally the bare bones signal that most organisms use to say, 'We've got food!' " Full story HERE.
Sunday, April 27, 2008
Got food?
"This paper provides the first direct biochemical explanation for how cell growth is inhibited under conditions when nutrients are low," reports Shaw. "This very simple bio-circuit is literally the bare bones signal that most organisms use to say, 'We've got food!' " Full story HERE.