On Jul 22, 10:30 am, tkh...@gmail.com wrote:
> Hi:
> we need to build a lab where to raise the mice for experiment.
[quoted text clipped - 8 lines]
>
> Edward
I don't know that any such standard exists. If all you're doing is
raising mice, why can't the office / residence criteria be used? (Mice
raise their own young in offices and residences all the time!)
If, for whatever reason, you need more laboratory-grade criteria,
check out the US Army Technical Manual, TM 5-805-4. (Googling it
should work.) Specifically, Chapter 2, including Figures 2-3 through
2-5. No mention of mice (or any other lab animal), but it will give
you an idea of the range of criteria for human perceptibility,
building damage, and sensitive microscopy equipment. If ISO office /
residence standards cannot work, something between human
perceptibility and electron microscopes should. (IMO) You can develop
your own criteria from there.
Savant
GregS - 22 Jul 2008 20:01 GMT
>On Jul 22, 10:30=A0am, tkh...@gmail.com wrote:
>> Hi:
[quoted text clipped - 23 lines]
>perceptibility and electron microscopes should. (IMO) You can develop
>your own criteria from there.
I would think they get used to whatever noise there is but would likely
try to venture into more quiet zones. The type of experiment would
also make a difference. I never saw anything being done with vibration
in rat rooms, just on the experiment table itself.
greg
Angelo Campanella - 01 Aug 2008 01:17 GMT
> On Jul 22, 10:30 am, tkh...@gmail.com wrote:
>
[quoted text clipped - 6 lines]
>>Did anyone know the vibration criteria for the Lab where to raise
>>mice for experiment.
Way, way back in the past (1950-55), mice were raised at the Penn State
Acoustics Laboratory for experiements on annoyance of sound (we found
that their adrenal glands enlarged when they were exposed to 90 dB sound
for hours each day). But that's not your question.
I think that the only way you will find whether the daily noise and
vibration environment you present to the mice is of perturbing nature is
to raise a few mice in each of several environments, noting the noise
and vibration in each as well as the general heath of the resuting
offsprings. As a fist approximation, the human residential comfort
criteria should be used as a starting point. Regarding vibration, I
suspect that their threshold will be less than that for humans by
perhaps 10 dB. But that's the very parameter you need to evaluate by the
above experiment.
Angelo Campane;;a