That's the drawback of the modern lab mouse. It's cheap, efficient, and highly standardized—all of which qualities have made it the favorite tool of large-scale biomedical research. But as Mattson points out, there's a danger to taking so much of our knowledge straight from the animal assembly line. The inbred, factory-farmed rodents in use today—raised by the millions in germ-free barrier rooms, overfed and understimulated and in some cases pumped through with antibiotics—may be placing unseen constraints on what we know and learn.
Slate has just finished a three part series on the pitfalls and promises of laboratory animals. (
Part 1,
Part 2,
Part 3)
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posted by tocts
on Nov 18, 2011 -
21 comments
The structure functions as a living and working environment, solar powered, and able to support 3 people for up to 40 days. Avowedly utopian in
its objectives, the insulation/isolation strategy aims to achieve total independence from social conditions in order to create a reflective space.
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posted by circular
on Jun 14, 2010 -
3 comments
Last August, six Harvard scientists went to the hospital after drinking
coffee laced with sodium azide, in what appears to be a delibarate posioning. Previous laboratory-related poisonings have occured at other prestigious institutions, although radioactivity is generally the method of choice.
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posted by emd3737
on Nov 7, 2009 -
57 comments
How to Build Your Own Scientific Laboratory For Free: Parts
One,
Two, and
Three.
(Though I suppose if you have a bit of cash and happen to live in Boston, you can always check out the MIT Swap Meet to pick up those endless piles of oscillators or half-functioning VAX computers you almost certainly need...)
posted by kaibutsu
on Aug 23, 2004 -
2 comments