2%,
r
TT
i
t
TT
T
'
q
qT
FEMALES ~
17.0
MALES
7
HEMOGLOBIN (GRAMS)
1
UNEXPOSED
t
TTT
HEMATOCRIT [%)
TT
T
RBRESERKSESKERSS
52+
24
0
L
L
j
0
20
j
8
1
L
1
8
1
40
$
©
AGE (YEARS)
70
1
90
aL
1
1
}
100
Figure 32. Hematocrit values of exposed females
plotted against age. Solid line represents mean level
of unexposed female population.
|
bere
70
40
©
6
AGE (YEARS)
i,
*
80.
lH
Figure 33. Hemoglobin values of exposed males plotted against age. Solid line represents mean level of unexposed male population.
56
FE
16.0
OD
an
oF
MALE
7
qT
FEMALES
@
*
5 IsO-
,
ge
°
°
@MOk
z
~
Sisob
4
Ww 125 =
=
WO Pp
_
1a0
L
1
iL
10
20
3O
tL.
40
J
50
al
60
7
AGE (YEARS)
i
l
so
63
Figure 34. Hemoglobin values of exposed females
plotted against age. Solid line represents mean level of
unexposed female population.
%
82
T
.
TT
—
T
pd
20
BH
e
4
MALES
@ 20
“ 40
he
&
0
r
|
wee
L
—
e
40r1
1
10
20
x
L
j
40
$0
AGE (TEARS)
a
e
e
1
i
60
i.
70
1
70
1
80
=
90
L
o -20w
|
ry
FEMALES
:
wac
[+] 4
_
7
“4
WBC-WHITE BLOOD COUNT ||
N- NEUTROPHILS
L- LYMPHOCYTES
P-PLATELETS
to WH: HEMATOCRIT
to)
Figure 36. RBC values of exposed females plotted
against age. Solid line represents mean level of unexposed female population.
40
50
6&6
AGE (YEARS)
Figure 35. RBC values of exposed males plotted
against age. Solid line represents mean level of unexposed male population.
3
—
2
zaa4r-
36
1
09
T
FEMALE
.
.
o 48
=
0
Figure 37. Sex and age distribution of percent differences of pcriphcral blood clements in children of exposed parents (one or both exposed) compared with
children of unexposed parents.