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.