|
|
|
t
EXOCELLULAR SOLUBLE
|
SOLUBLE
Ween,
| continuous
EXPOSURE
n
1
9
fun
SOLSBLE
vLA®
|
|
\v
td
2
|
|
|
1
A
|
CONTROL
|
| INTRACELLULAR
|
|
mee
|
10
1%
60
||
10
a
19
_L.
210
“DA,
|
__j
Pu, JTRA,
i
t
IM TRACIL, wh AR
SCLUBLE
|
|
VOLUME, ml
Fig. 9.
Separation of soluble plutonium complexes in microbial cultures
by gel permeation chromatography (Senior authors, unpublished).
158
CONTROL
sowuste
[—
i
yy
SINGLE EXPOSURE
(24 HR)
TENT FONT
/
|
|
FROCELLULAR
SOLUBLE
Se,
a TQA CELLULAR
SOLUBLE
\
i
7, INTRACELLULAR
s
|
159
cout Rul
i™s.
hoN
f
an
FL
|
EXOCELLULAR SOLUBLE
SOLVENT 6
ie
SOLVEN™ a
Pu CONCENTRATION {d/m/mi ELUANT)
L
Pu, d*PA,3
|
{
|
i |
;
Sdualt
|
Thin-layer chromatographic behavior in three solvent systems of plutonium complexes
separated by gel permeation chromatography (Senior authors, unpub lished).
|
(4000)
Fig. 10.
LNTRACELLULAR
SOLUGLE
|
|
EROCEL LULAR
SOLVENT G
| EXCLUSION LIMIT