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Looking at this on 2 gro2s picture does not really
mean much in terns of concentration bseause this roeprosents
@1l1 types of isotopes which ere present in tho efilucnt.
We
aae interosticed in sn2cifie isotonas, how much ox an individval
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fate
This will cive you soma idea of the
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thing is concentrated,
catins) and this is sinilar to
the figures which Dr. Fearce gave you yesterday with a predonlbo
nance of the shorter lived matorial, P-SO2 raking up this is loss
than one porcent of the activity, but when wo go ovor inte the
animal forms, these short-lived materials have tended to disanogar
or ere not picked up,
P-32, very essentially, physiolezicaliy, wa Enov, makes
up the bulk of the activity -- coven a greater percentage of P-32.
This is on the basis of 100 percent of the activity.
It doos not
represent the relationships that wo were looting at before,
If we extended the hoisghts of these things so that they
would be in relationship to one anothor, we would have to use a
log type of scale in order to get them on the pansr. As we saw
before,
thas animal forms, something on the order of three orders
of magnitude higher than that of water itself.
: The concentration of activity phosphorous mainly, here
(indicating), of course, is primarily 2 function of the porcentacz
composition of phesvhorous in the various tissues.
As Dr. Mrumhol