Posted on 02/01/2006 7:20:46 PM PST by jmcenanly
Smith conducted the research as an undergraduate in Williams' biologist Steven J. Swoap's laboratory, as part of the college's HHMI-supported undergraduate science education program. Steven J. Swoap
The work on torpor began in Swoap's lab when he observed that knock-out mice that cannot synthesize the neurotransmitters norepinephrine or epinephrine do not enter torpor when they fast.
In 2004, Smith joined Swoap's research team as an HHMI summer research fellow. Up to now, most research on torpor focused on which animals enter the state. Some scientists are already thinking about the human applications of torpor research, Swoap added.
(Excerpt) Read more at spaceref.com ...
See Dick's mouse.
See the knock-out mice that cannot synthesize the neurotransmitters norepinephrine or epinephrine do not enter torpor when they fast.
Fast knock-out mice! Fast!
So, what language is this in?
"In particular, a knock-out mouse is one in which a gene has been inactivated on purpose through genetic engineering techniques."
A rare dialect of jargon.
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