第2次答申
Contents
1. 16 16 18 19 16 43 932. 3 i
3. 7 939t 300t 19 2 222t 15509 1 0 02mg 1 0 015mg 1 6 25 WHO 0 005mg 1 2 9 0 02mg 1 3 9 USEPA 0 006mg 1 Ed 0 005mg 1 4 PRTR 10
4. 0 04mg 1 5 3 1 2 1 2 1 2 1 2 1 2
5. 16 0 002mg 1 1 4 16 18 2 10 16 1 10 16 13
6. 18 19 70 120 20 21 2 5 6
7. 2 3 1 0 04mg 1 0 04mg 1 0 04mg 1 1 118 WHO 0 05mg 1 2 3 USEPA 0 07mg 1 EU ol 4 PRTR 19 3 414kg
8. 16 16 3 31 109 16 41 432 16 24 40 109 17 71 93
9. lll a eR 14 8 15 1 16 2 26 20 9 30 20 12 25 2 1 3 1 6 2 1 7 1 0 2 1 9 4 2 2 1 9 1 5
10. 0 1mg 1 0 lImg 1 1 117 WHO 0 03mg 1 2 3 9 gt 3 1 USEPA 0 007mg 1 EU 4 PRTR 19 E 1 799kg 100 692kg 225kg 5 Quast 1983 2 BMDL 4 6mg kg 100
11. 3 1 16 16 16 17 18 1
12. 1 4 TL 2 1 1 4 0 05mg 1
13. 2 2 5 1 I in EE 1
14. TD I 20 0 05mg 1 Yamazaki 1994 10
15. 1 1 1 CAS Ne 71 55 6 C HsCls 133 41 100mg 1 14 30mg 1 BOD 0 1992 1 16 ATSDR 1993 6 16 1 1
16. 15 5 14 8 15 11 16 2 1 16 1 4 5 p 16 1 4
17. 19 0 11 0 5 09 2 702t 18 840t 27t 4kg 3 1 0 002mg 1 0 002mg 1 WH O 0 002mg 1 2 9 0 015mg 1 3 USEPA 0 03mg 1 2003 12 8 EU 4 Gilman 1998 3 0 06mg kg day 100 0 0006mg kg day 10 10 H LOAEL
18. 3 4 2 1 3 D 5 d 3
19. 180 280C 13 ee 4 14 4 0 5 ng El oO ul 15
20. 1 2 1 2 4
21. 3 500ml 2 4 1 200ml 10 50 2 11 10ml 12 10ml 20 13 8 Sml 1ml 1ml 14 2 10ul 3 200ml 4 200ml
22. MnC1 Mn0 KMn0 7 2 2 0 5 0 De Si x 773g 1 5 1g 1 25 25 66t 24 138t
23. 10 56 130 164 1 4 8 5 5 9 1 4 1 2 2 4 6 12 28 5 9 1 9 3 13 1 0 2 6
24. lt 5 3 1 ROSE 11 2 1 WHO 2003
25. 20 1 5 2 0125 5 1 4 3 0 2 pg l 4
26. O WHO 1999 Gango11i 1999 2 GDCh BUA 1989 J 1 40 WHO 1999 ME 28 10 2mg 1 NITE amp CERI 4 BCF
27. E 111 308 t 19 12 520 t 17 225 t 15509 1 0 0004mg 1 0 0004mg 1 1 54 WHO 0 0004mg 1 2 3 USEPA EU 0 0001mg 1 PRTR 19 5 332kg 5 332kg 68 161kg 5 Wester 1985 LOAEL 2mg kg day
28. WHO 3 20 0 04mg 1 0 04mg 1 Barnes 1985 90 NOAEL 17mg kg day 1 000 TDI 0 017mg kg day 10 50kg 21 day 0 04mg 1 ee ep 1 1 1 0
29. 16 20 2 LOAEL 9 mg kg NOAEL WHO 3 2005 NOAEL BMDL Quast 1983 2 BMDL 4 6mg kg 100 TDI 46 g kg 10 50kg 2 1 day 0 1 mg 1
30. 2 E 1 i 200222 5 1 CAS Ne 7439 96 5 Mn 54 94 IPCS 19812 Mn2 Mn Mn E H 4 7 gt CI
31. 16 ng ug ug 16 20 5 1 5ug 1 2
32. 10 1 1 1 1 1 10 10 10 1 1 1 3 MD
33. 30 120 m 0 53 mm 0 53 0 75 mm HH 4 16 16
34. 40 Freitag 1985 6 J 0 9 20C 4 8 81g 1 25 C 2 820 Pa m mo1 24 i 3 141 659t 902 431t 15509 7 0 002mg 1 0 002mg 1 0 002mg 1 1 77 WHO 0 005mg 1 2 9 0 0003mg 1 3 9 USEPA 0 002mg 1 EU 0 0005mg 1 4 PRTR 19 7 665kg 7 665kg 4 303 341kg mI HE ul 5
35. 99 9999vol 40cm 40C 1 40 150 SC 2 200C 2 6 7 50 1209 8 14 9
36. i 16 O 2 WHO WHO
37. 1975 1og Pow 0 45 3 2 NITE amp CERI 200718 Koc 40 3 04Pa m mo1 r FL 1 2 25C 4 60g 1 20C 3 08 Pa m mol 25
38. 8
39. 8 9 1 0 1 1 1 2 14 1 1 3 mg L mg L 10 3 16 1 1 WHO 1 2 1 1 1 WHO 20 0 002 0 05
40. WHO 2 1 1 16 4 16 WHO 20
41. ATSDR 19934 42 BCF 0 3mg 1 0 7 3 0 0 03mg 1 0 9 4 9 1992 ee 1 3 20 C 4 4 4g 1 20 500 Pa m mo1 2 13 40 516t 12 885t 17 6 524t 0 01t 13 17 3 1 1mg 1 0 3mg 1 1 209
42. 99 9999 vo196 12 En ul I 35 230 0 5 40C 1 2 10C 230 150 280 C b EI 20 40 cm 5 4 f FT 11 VS 12 E E
43. 8 3 3 6 1 2 2004 28 2 32 mg 1 6 06 mg 1 BOD 0 19901 NITE amp CERI 2008b4 1og Pow 1 92 1990
44. b 1991 1991 12 27 NITE amp CERI 2008c 1 1 NITE amp CERI 2005b 2003 53 13 15 3 11 NITE amp CERI 2008c RS Rl 2003 14 18 39 40 41 42 43 44 45 46 47 48 49 50 Quest JF et al 1983 A chronic toxicity and oncogenicity study in rats and subchronic toxicity study in dogs on ingested vinylidene chloride Fund Appl Toxicol 3 55 62
45. 2 2 1 9 1 1 2 2 1 2 3 4 1 1 2 WHO 3 4 12 5 12 1 2 3 1
46. d 3 0 2 1 40 250 ml HH 2 A 3 105 2 3 2 3 7 8 a 0 5 25 ml 105 2 3 gt b c 0 5 5 mm 20 40C E6 0557 A
47. 0 04mg 1 109 10 5 5 16 17 1 10 1 2
48. 10 BOD 16 3 1997 2005a 5 1ogPow 1 46 1997 1 4 10 2 04mg 1
49. 2 1 9 5 1 9 21 9 1 5 En 2 14 8 15 56 2 19 21 9 15 2 14 8 15 56 2
50. 0 1 30 4 1 20C VOC 4 1 000mgl 2 1 20ml 40ml 2 ODS 6 10ml 20ml 3 7 4 a 0 25mm 30m 0 5pm 8 9
51. 98 7 gSb 1 9 9 gsSb 1 BCF 0 84 5 6 2002 KSb0CH0 Sb 0 Sb 0 6 7 25C 5 2 5 7 3 8 26mg 1 20 C
52. 99 9999 vol 12 20 60 ml 3 7 a 14 15 0 2 0 32 mm KK1107 1 180 280 4 30 1 200 25 120 m fi 15 0 1 3 nm
53. 1 2 10 106 10 PRTR 13 19 3 414 7 461 kg 113 514kg 10 40kg
54. 13 48 1 26 20 C 6 3g 1 25 C 950 Pa m mo1 25 C 2 3 1 0 04mg 1 0 04mg 1 0 04mg 1
55. H16 H17 10 26 7 894 5 0 2mg L CE me nm7 1 ms ms EL eo4 RD ta 0o 0 HE il ET mo ol BT ET al oo BT 2 024 ol E BN Hl be 7 3 ET 5 oi EU ss HI EE 0 ob ou 62 1 Gm 622 0
56. 3 2 16 17 18 19 2 4 10 16 2 11 16 16 16 19 5 6
57. 1 0 5 25 ml 5 ml d 3 0 5 ngl 17 2 1 17 18 3 0 05 5 pg d 3 0 5 he 17 19 a 20C 40 C b
58. 50kg 3 1 CAS No 106 89 8 CsHsC10 92 5 16 4 mmHg 25 OH 36 19 12 8 2 5 3 28 100 mg 1 30 mg 1 BOD 186 3 1 2 BOD 68
59. 0 25 25 ug ml 4 1 0 05 5 ugl d 3 0 5 ug1 19 7 8 10 14 17 19 d 3 d 3 d 3 ng ng 22 ug ng ng ml 22 d 3
60. 2 42 BCF 1 mg 1 10mg 1 0 3 0 7 0 2 0 6 1976 37mmHg 25C 6 69 9 6 NO 1 03 20C 4 0 29 Pa m mol 20 2 YA
61. 1990 0 123 mg L 17 7 GO 16 99 Wilson et al 19863 Barrio Lage et al 19868 1 2 28 180 112 720 Howard et a1 1991 log Pow 1 83 19909 1 28 20 C 3 5g 1 20C 5 1g 1 20 413 Pa m mol 25
62. 0 0002 H19 0 0011 H19 3 0 0003 H19 0 0004 H19 0 0004 H19 0 0004 1 4 0 05mg L 2 2 485 H18 2 0 051 H18 0 39 0 0004mg L 9 2 360 H17 0 0005 H17 0 00073 H18 0 00052 H18 0 00049 H18 0 0023 H19 0 0005 H19 00012 H19 00018 H19 0 00041 0 02mg L 22 3 835 H16 0 053 H16 0 024 H16 0 04 H16 St
63. 3 7 1 gl 1 4 d 8 100mg 100ml 3 8 100mg 1 10ml 100ml 5 9 1 g 1 100ml 4 6 10 100mg 10ml 100ml 3 1 1 4 2 20C Tt 100mg 3 3 0 005 200ml 10
64. 26 27 11 11 WHO 3
65. 3 5 1 A Ne 1 4 1 1 KK0557 A 3 A 4 1 2 K8891 2 3 K8034 2 4 1 4 K8461 5 1 4 1 g 1 1 4 100mg 100m 3 4 6 1 4 100mg 2 Tt 1 1 4 10ml 100ml
66. 50 1 12 5ml 10ml 5ml 10 20 13 14 5m 10ml 1 4 50 120 lt 70 120 15
67. 1 2 3 0 0004mg L 109 4 0 02mg L 6 2 124 H19 5 0 2mg L 136 1 289 6 0 002mg L 1 908 7 1 1 0 1mg L 22 7 836 10 229 7 836 8 1 2 0 04mg L 647 8 426 10 1 697 8 426 9 1 2 0 04mg L 2 3 804 109 45 3 804 10 1 1 1 1mg L 4 7 894 H16
68. 10 000 TDI 0 14g kg day 10 50kg 21 day 0 0004mg 1 CAS No 7440 36 0 Sb 7 121 8 A 7 Sb 0 NH 9 Sb V Sb 0H Rai et al 198420
69. 2 1 2 0 04 mg 1 0 002mg 1 1 4 0 05mg 1 10 3 1 1 0 1mg 1 0 02mg 1 a 4 3 4 4 1 2 KO125 5 1 5 2 5 3 2 KO125 5 1 5 2 5 3 1 5 1 5 2 5 3 1
70. IE 1 1 6 8 9 10 1 16 18 19 CD Ol 0 0 ol NS otll 008 06 aa DT 0 ea ES 006 002 024 1 1 EAC RE EE EE ES 3 3 4 4 5 6 5 lt 8 6 10 7 1 1 11 8 1 2 12 9 1 2 14 10 1 1 1 15 2 1 1 CAS No 75 01 4 CH C1 62 5 WHO 1999
71. 19 91 080t 18 300t 15509 0 2mg 1 0 05mg 1 0 01mg 1 1 311 2 WHO 0 5mg 1 2 3 9 0 1mg 1 USEPA 0 05mg 1 EU 0 05mg 1 8 4 PRTR 19 814 951kg 339 674kg 6 383 899kg 5 E E dicine The food and Nutrition Board I OM Institute of Me 3 NOAEL 0
72. 2005a GDCh BUA German Chemical Society Advisory Committee on Existing Chemicals of EnvironmentalRelevance 1989 Vinyl Chloride Chloroethene BUA Report No 35 S Hirzel Verlag Stuttgart NITE amp CERI 2005a 1997 1997 12 26 NITE amp CERI 2005a NITE amp CERI 2005a Freitag D Ballhorn L Geyer H and Korte F 1985 Environmental hazard profile of organic chemicals Chemosphere 14 1589 1616 NITE amp CERI 2005a 15509 WHO 2 2 Guidelines for drinking water quality 2 d ed Vol 2 Health criteria and other supporting information World Health Organization 1996 WHO 3 Guidelines
73. Feron 1981 10 5 0 0875 4 g kg day 50kg 21 day 0 002mg 1 2 1 4 1 1 4 CAS No 123 91 1 C4H s0 88 1 U S NLM HSDB 2001 28 BOD 0 1976 25 2001 es
74. 342kg 3 762kg 5 Barnes 1985 90 NOAEL 17mg kg day 1 000 12 TDI 0 017mg kg day 10 1 day 0 04mg 1 a 50kg 2 9 1 2 1 1 2 CAS No 156 60 5 C2HzC1 96 95 1 2 1 1
75. ECD 5 3 2 FID 3 1 1 4 3 2 KO125 lt gt http www jisc go jp 5 ml
76. 1 TD1I 50kg 21 day 0 002mg 1 7 1 1 1 1 1 CAS No 75 35 4 CH Cl 96 95 1 1 pH 4 5 8 5 6 9 U S NLM HSDB 20023 28 BOD 9 7 mg 1 0 1991 1 1 NITE amp CERI 2005b 6 0 5 mg
77. 17 1 16 10 2 WHO 1 4 WHO 3 1
78. E i 4 500 t 15509 1 0 05mg 1 0 05mg 1 1 113 2 WHO 2 0 05mg 1 3 1 USEPA EU 4 PRTR 19 46 169kg 135 508kg 46 169kg 5 Yamazaki 1994 gt 10 2 1w g kg 2 1 day 0 05mg 1
79. 0 02mg 0 04mg 9 0 002mg L 4 2 405 H16 0 0056 H17 0 0031 H18 0 0034 H19 0 0025 10 16 2 405 H16 0 0056 H17 0 0031 H18 0 0034 H18 0 0004 H18 0 0013 H18 0 0005 H19 0 0025 H19 0 0019 H19 0 0005 H19 0 0004 H19
80. Sb IL Sb V 4 OR Andreae et al 198321 pH pH 12 8 17ppm Na Sb 0H 6 28
81. 10 16 9 22 1 2 10 5 10 1 3
82. TDI 6 rg kg day 10 50kg 21 day 0 02mg 1 Mn M 19862 p pH f 0 1mgMn 1 0 0ImgMn 1 BCF 8 81 3 E 35 930 Folsom et BCF BCF 5 Mn my Ma
83. ol 1 4 0 200ul 5 5 Hg ml 5ml 0 100l 9 5 4 1 ngml 5ml 1 2 4 6 4
84. 50 300 mm 2 6 1 4 177 230 hm 250 500 pum 250 500 nm 230 300 hm 9 e 20 40 ml f E 10 30 60 11 20 40C g 1 13 0 32 0 53 mm
85. 0 0004 0 02 0 2 0 002 0 1 0 04 0 04 1 0 0002 _ 504 0 0056 0 0056 538 0 0031 0 035 0 0001 4 H16 H17 1 648 00002 00025 000002 0006 H19 0 005 15 550 0 Oh 1 0 0001 005 H17 S99 0 0005 005 H18 2 0 0005 0003 H19 0OI 0 600T 0 0005 0 00004 00004 H16 OI 0 00005 0 00077 0 00003 0 03 13 2 0 00004 0 0023 0 000004 0 0004 H18 0 00004 00018 0 000004 0008 H19 4 173 Ts 0 0002 0 16 0 0001 0 01 H16 6l 150 849 0 0002 03 0 0o1 905LH 158 2 0 0001 845 0 0002 1 946 0 0002 024 00002 0 01 H19 4 2 808 0005 26 00002 005 H17 594 916 005 0 0002 02 H18 24 543 889 0003 15 00002 0 1 H19 20 123 466 00003 00032 00002 00002 H6 47 274 217 567 0 0001 0 0044 0 00001 0 002 652 0 00002 0 0072 0 00002 0 002 H18 75 199 743 000002 _00055 0 00002 0001 H19 6ll 12 3670 0 002 0 004 0 0001 002 H16 _ 0OI 1 3600 0002 0002 00001 0002 H17 0O 0 0001 2 3638 0 002 0 002 0 0001 0 002 H19 22 3673 0 0002 0 005 0 0001 0 HIE 8 0 0001 14 3602 13 3631 0 0002 9 006 0 0001 He 9 H18 17 3647 00002 0 005 0 0001 0 04 H19 0 9 0 0001
86. 19 1 10 1 10 17 58 10 16
87. 2004 3 NITE amp CERI 2008d 1990 1990 12 28 3 NITE amp CERI 2008b 2008d Wilson B H Smith G B and Rees J F 1986 Biotransformations of selected alkylbenzenes and halogenated aliphatic hydrocarbons in methanogenic aquifer material A microcosm study Environ Sci Technol 20 997 1002 NITE amp CERI 2008d Barrio Lage G Parsons F Z Nassar R S and Lorenzo P A 1986 Sequentia1 dehalogenation of chlorinated ethenes BEnviron Sci Techno1 20 96 99 NITE amp CERI 2008d Howard P H Boethling R S Jarvis W F Meylan W M and Michalenko E M Eds 1991 Handbook of Environmental Degradation Rates Lewis Publishers Inc Chelsea MI NITE amp CERI 2008d Barnes DW et al 1985 Toxicology of trans 1 2 dichloroethylene in the mouse Drug Chem Toxicol 8 373 392
88. TDI 46 g kg 10 50kg 2 1 day 0 1 mg 1 1 1 8 1 2 1 1 2 CAS No 156 59 2 C H Cl 96 94 1 2 1 1 20049 0 28 BOD 2 62 mg L 6 43 mg L 0 6
89. 2 1 g kg 50kg 2 1 day 0 05mg 1 11 CO OR ES NN 0 Img 1 0 10 10 10 10
90. 7 14 553 H16 0 005 H17 0 01 H17 0 005 H17 0005 H18 0 006 H18 0005 H19 0005 1 2 0 04mg L 109 10 1 1 1 1096 1mg L 1 0 002mg L 145 1 097 2 1 4 0 05mg L 14 906 IH16 0 1 IH16 IH16 H16 0 064 _ 006 H16
91. 19 mg L WW 10 mg L PE 0 0002 0 002 0 00001 0 00001 0 00001 1 4 0 00002 0 00002 0 0004 0 00003 0 0001 EE 16 MEN 1 oo 0 1 0 02 0 2 0 00005 3 4 0 00005 0 00005 0 0001 y 0 00001 0 002 0 00007 0 00001 0 00005 0 00001 0 00007 M 0 00005 A 0 1 1 1 en 0 04 WHO 0 04 1 2 1 1 1 WHO 20
92. 19 1 10 16 1 43 PRTR 0 05mg 1
93. 30l 60 15 50ul 1 5 a 1 1 1 4 88 58 1 4 d 8 96 64 4 174 95 20 20 10 11 1
94. 9 o T i 20 40 ml 10 SIM 70 V 6 50 um 7 8 9 2 6 1 4 Tenax GC Tenax TA 10 2 6 1 4
95. 4 E 20 20 c m z62 64 d 3 m z65 67 17 21 e d 3 d 3 5
96. 1 119 2 WHO 0 05mg 1 2 3 USEPA 0 1mg 1 EU 4 PRTR 19 40kg 40kg ME 10 627kg Barnes 1985 90 NOAEL 17mg kg day 1 000 TDI 0 017mg kg day 10 50kg 2 1 day 0 04mg 1 14 1 1 0 1 1 1
97. 7 0 16 H16 St 2 0033 H16 0 023 H17 0 021 H17 0 048 H17 7 0 037 H17 0 032 H17 St 7 0 3 H17 St 2 0 092 H18 0 037 H18 0 031 H18 0 025 H18 St 7 0 19 H18 St 2 0 069 H19 0032 H19 0031 H19 St 7 024 H19 St 2 0 082 H19 1 0 022 0 2mg L 78 3 092 0 002mg L 276 2 428 1 1 0 1mg L 109 1 2 0 04mg L 1096 1096
98. 0005 H16 0 3 957 0 0004 0 0004 0 0001 0 0001 0 0001 3 3643 00002 00006 6 3653 0 0002 99033 0 0001 OHlHt81 na 4 3700 0 0003 0005 00001 01 Hi9 0 0 02mg H16 H17 H H16 H17 H H17 H H17 H H16 H17 H H17 H 19 1 19 8
99. 1 0 05 mg 1 2 5 6 4 13 19913 1 2 20 4 2 4g 1 25 2 640 Pa mi mol 24 C 2 2 249t 2003 ed 13 1 1 60 000 t NITE amp CERI 200338
100. for drinking water quality 3 9 ed Vol 1 Recommendations World Health Organization 2004 19 PRTR 21 3 Feron VJ Hendriksen CFM Speek AJ Ti HP amp Spit BJ 1981 Lifespan oral toxicity study of vinyl chloride in rats Food Cosmet Toxicol 19 317 333 U S NLM U S National Library of Medicine 2001 HSDB Hazardous Substances Data Bank Bethesda MD NITE amp CERI 2005c 1976 1976 5 28 16 14 15 16 17 18 19 20 21 22 29 24 25 NITE amp CERI 2005c 2001 1 4 43 1046 NITE amp CERI 2005c lt WHO 3 1 Guidelines for d
101. 22mg kg day 21 day 0 2 mg 1 50kg FE TDI 0 073mg kg day 10 6 1 CAS No 7440 61 1 U 238 029 RC 4 6 ATDSDR 2000 V0 UF
102. 953kg 902 181kg 19 E 10 953kg I Mt 5 Schroeder 1970 2 LOAEL 0 43mg kg day 500 LOAEL TDI 0 00086mg kg day 10 50kg 21 day 0 002mg 1 11 11 2 22 Poon 1998 90 Lynch 1999 NOAEL 6mg kg day 1 000
103. B TD 2 WHO 2mg 1 2 gt 3 USEPA 0 2mg 1 EU 4 PRTR 19 9 209kg 1 810kg 17 493kg 5 McNutt 1975 24h LOAEL 1 365mg m day 10 50kg 1 000 1 21 day Se TDI 0 58mg kg day 1mg 1 10 11 12 13 WHO 1999 IPCS Environmental Health Criteria No 215 Vinyl Chloride World Health Organization Geneva Switzerland Gangolli S 1999 The Dictionary of Substances and their Effects 2nd ed The Royal Society of Chemistry Cambrige NITE amp CERI
104. RI 2008c 2002 2002 11 8 NITE amp CERI 2008c Schroeder H A et al 1970 Zirconium niobium antimony vanadium and lead in rat ife term studies J Nut 100 59 68 Poon R Chu I Lecavalier P Valli VE Foster W Gupta S Thomas B 1998 Effects of antimony on rats following 90 day exposure via drinking water Food Chem Toxicol 36 21 35 Lynch BS Capen CC Nestmann ER Veenstra G Deyo JA 1999 Review of ubchronic chronic toxicity of antimony potassium Tartrate Regul Toxico Pharmaco 1 30 9 17 17 26 27 28 29 30 31 32 33 34 35 36 37 38 TPCS International Programme on Chemical Safety 1981 Environmental Health Criteria 17 Manganese WHO Geneva IPCS International Programme on Chemical Safety 1999 NITE amp CERI 20084 1986 NITE amp CERI 2008a Folsom T R Young D R and Johnson J N 1963 Manganese 54 and zinc 65 in coastal organisms of California Nature 200 327 329 NITE a
105. hnology and Evaluation CERI Chemicals Evaluation and Research Institute 20 3 NE EE NN 6 i CN 1 1 4 7 a FF 1 1 0557 A 4 A3 1 2 KK8891 2 3 99 4 100 ng ml 65 ml 50 ml 3 000 ng 3 4 5 1 pg ml 50 90
106. ml 100 ml 100 ml 6 100 pg ml 65 ml 50 ml d 3 d 3 3 4 5 7 1 pg ml 1 ml 5 000 pg 50 90 ml 100 ml 1 ml 100 ml 1 1 3 1 1 3
107. mp CERI 20084 NITE amp CERI 2008a IOM 2001 Institute of Medicine Dietary reference intakes for vitamin A vitamin K arsenic boron chromium copper 1odine iron manganese molybdenum nickel silicon vanadium and zinc A report of the Panel on Micronutrients Subcomittees on Upper Reference levels of Nutrients and of Interpretation and Use of Dietary Reference Intakes and the Standing Committee on the Scientific Evaluation of Dietary Reference Intakes Food and Nutrition Board Institute of Medicine Washington DC National Academy Press prepublication version downloaded on 01 25 2001 from the Internet at http www nap edu openbook ATSDR Agency for Toxic Substances and Disease Registry 2000 Toxicological Profile for Uranium http www atsdr cdc gov toxprofiles pdf http www customs go jp Gilman AP et al 1998 Uranyl nitrate 28 day and 91 day toxicity studies in the Sprague Dawley rat Toxicological Science 41 117 128 U S NLM National Library of Medicine 2002 HSDB Hazardous Substances Data Bank Bethesda MD NITE amp CERI 2005b
108. rinking water quality First Addendum To 3 ed Vo1 1 Recommendations World Health Organization 2006 Yamazaki K et al 1994 Two year toxicological and carcinogenesis studies of 1 4 dioxane in F344 rats and BDF1 mice Proceedings of the Second Asia Pacific Symposium on PEnvironmental and Occupational Health 193 198 1975 975 8 27 NITE amp CERI 2007 NITE amp CERI 2007 E Wester PW Van der Hei jden CA Van Esch GJ 1985 Carcinogenicity study with epichlorohydrin CEP by gavage in rats Toxicology 36 325 339 Rai D et al 1984 Chemical attenuation rates coefficients and constants in leachate migration Vol 1 Acritical review EPRI BA 3356 Electric Power Research Institute Palo Alto CA NITE amp CERI 2008c Andreae M 0 1983 The determination of the chemical species of the hydride elements arsenic antimony tin and germanium in seawater In NATO Conf Trace metals in Seawater Ser 4 Vol 9 pp 1 19 NITE amp CE
109. trans 1 2 NITE amp CERI 2008b 1992 CERI ATSDR Draft Toxicological Profile for 1 1 1 Trichloroethane 1993 CERI 13 17 McNutt NS et al 1975 Hepatic lesions in mice after continuous inhalation exposure to 1 1 1 trichloroethane Laboratory investigations 32 642 654 19 LOAEL Lowest Observed Adverse Effect Level NOAEL No Observed Adverse Effect Leve1 TDI Tolerable Daily Intake A ss er N NITE National Institute of Tec
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