33
EosINOPHILS, MonacyYTEs, AND BAsopHILs. The

levels of these cells were not remarkably different
between the exposed and unexposed groups and

were similar to the levels in past surveys.
Pratrerets. The platelet levels in the 9 and
10-year surveys both revealed greater deficit in
exposed males than in exposed females. Compared
with the unexposed groups the males had 20% less
in 1963 and 12% less in 1964, and the females 7%
less in 1963 and 2% less in 1964 (see Figure 35).

In the scattergrams (Figures 36 through 39) and
the accumulative distribution curves (Figures 24
and 25) the differences are clearly shown.
ERYTHROPOIETIC ELEMENTS.

Asin the pastsur-

veys no significant differences were noted in the

red blood counts, hemoglobins, or hematocrits

”

]

I

T

T

1

TT

GO ®

-4

2
=

Ww
cd

I

ao

©

re

2

ui

2

|

j

20

|

30

40

[ ge

50

AGE (years)

60

fot

70

80

T

|

T

T

°

40

30

T

T

plotted against age. Solid line represents meanlevel of

unexposed male population, 1964.
8.07

T

FEMALES 1963

TTT

TT
FEMALES 1964

7.0
.

NEUTROPHILS x 1073

NEUTROPHILS «x 10°3

50

Figure 28. Neutrophil counts of exposed Rongelap males

7.0

6.0

y

AGE (years)

Figure 26. Neutrophil counts of exposed Rongelap males
plotted against age. Solid line represents mean level of
unexposed male population, 1963.
8.077

T

MALES \964

4

iO

These analyses

(1961, 1962, 1963, and 1964), sex, exposed Rongelap versus nonexposed, and age (5 to 15, >15
to 40, >40). Thus, for each of the blood components, main effects and interaction effects were

MALES 1963

70k

2oLl

Data Over Past Four Years.

are in progress, and the following represents a
preliminary report by Mr. Keith Thompson of
Brookhaven National Laboratory.
‘A factorial analysis of variance of unweighted
means was madefor each of four blood components: platelets, white blood cells, neutrophils, and
lymphocytes. For these preliminary analyses, the
population wasstratified into four factors: years

NEUTROPHILS x 10>

8.0 .~-

between the exposed and unexposed groups. Figures 40 through 49 demonstrate this point.
STATISTICAL ANALYSIS OF RONGELAP BLoop

5.0
4.0

AGE (years)

Figure 27. Neutrophil counts of exposed Rongelap females plotted against age. Solid line represents mean
level of unexposed female population, 1963.

VOGeG1b

6.0
5.0
40

40
50
60
AGE (years)

80

Figure 29. Neutrophil counts of exposed Rongelapfe-

males plotted against age. Solid line represents mean
level of unexposed female population, 1964.

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