28
T
T
FEMALES 7
i
i
J
Oo
\
x
°
I
HEMATOCRIT (%)
UNEXPOSED
—
MALES
170
e
T
.
T
°
T
!
T
a
oO
T
HEMOGLOBIN (GRAMS)
a
a
5
oO
°
°o
.
T
T
]
Y
pt ot to
PRBSSRERSGSERRESESESRE
T
=
J
t
30
oO
Oo
o
i
J
i
1
40
§80—l—s
BOC
AGE (YEARS)
100
1
0
FOB
F
i]
L
20
30
J}
i
—L.,
1.
40
50
«66
AGE (YEARS)
\
70
8
WO
Figure 33. Hemoglobin values of exposed males plot-
ted against age. Solid line represents mean level of unexposed male population.
i !
Figure 32. Hematocrit values of exposed females
plotted against age. Solid line represents mean level
of unexposed female population.
1
10
TO
KEMOGLOBIN
nN
o
]
°
T
(GRAMS)
fh
FEMALES
13,0 —
4
Hor
7
4
iao L
Ll
{
t
{0
20
30
\
Ll
1a
40
50
60
AGE (YEARS)
7O
1
!
80
30
30
0
t
1
lio
20
4
30
i
1
!
L
t
40
50
60
#=70
60
AGE (YEARS)
—L.
4
8690
Figure 34. Hemoglobin values of exposed females
Figure 35. RBC values of exposed males plotted
unexposed female population.
exposed male population.
plotted against age. Solid line represents mean level of
6
—-J
52}o
—
T
t
’
T
1
FEMALE
*
°
4
®
> 46
against age. Solid line represents mean level of un-
~
1.
2 a4
df
oe
40 --
~
3
i 20
u
10
So
°
EO
W og}
@ 20
w
MALES
wac
FEMALES
[>],
wae
6
0
t
10
L
20
1
30
l
l
40
5o
AGE (YEARS)
1
l
79
[+] H
1
—
Tall
WEC-WHITE BLOOD COUNT
»
e
L
4
4
N- NEUTROPHILS
L-LYMPHOCYTES
P- PLATELETS
H: HEMATOCRIT
80
Figure 36. RBC values of exposed females plotted
against age. Solid line represents mean level of unexposed female population.
Figure 37. Sex and age distribution of percent differences of peripheral blood elements in children of exposed parents (one or both exposed) compared with
children of unexposed parents.