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Contents
1.2. SHI C 156 fia E RE o i BS Ra ER OT NI
3. 17 18 19 3 HA NA Te 2 2 1 818 0135 39
4. 6 1996 2 E
5. FS241 0506 AH3 FS242 0506 AH3 FS248 0506 AH3 FS102 0506 AH3 FS105 0506 FS240 0506 AH3 A Hiroshima 52 2005 FS158 0506 AH3 FS183 0607 AH3 FS202 0607 AH3 FS212 0607 AH3 FS247 0607 AH3 FS224 0708 FS201 0607 AH3 FS187 0607 AH3 FS221 0708 AH3 FS229 0708 AH3 FS176 0607 AH3 A Solomon Islands 2006 A New Caledonia 20 99 FS247 0506 AH1 FS207 0607 AH1 FS206 0607 AH1 FS204 0607 AH1 FS2 0708 AH1 FS3 0708 AH1 FS4 0708 AH1 FS5 0708 AH1 FS6 0708 AH1 FS198 0607 AH1 B Shanghai 361 2002 B Yamanashi 166 98 B Malaysia 2506 2004 FS188 0607 B FS184 0607 B FS256 0607 B FS224 0607 B FS225 0607 B FS177 0607 B FS203 0607 B FS222 0607 B 1284 FS223 0607 B 120 100 80 60 40 20 0 Nucleotide Substitutions x100 2 A B HA FS
6. 2 0 1 5km ob 11 O 1 5000 38 550ha 58 3 2006 11 2008 3 ES t
7. 1 2 3 4
8. 154 _ O H15 18 KN H15 18 SPM ms H16 18
9. H16 18 Wee 155 3 9
10. 6 148 7D OR MERZA 15 1 9 5 1 BICI BE Soe Ml SO TE
11. 153 MV CC CU 0 8 H20 21 pq CC H20 22
12. 16 18 19 7 15 TE 19 20 3 19 PCDF EU 2 19
13. 1 19 1292 1295 2007 2 116 235 2004 110 35 7 111 114 2008 19 HAA PPL LR HE TPB RINE 19 A dR ORR ERR V A BN 66 OS Ay HE ME E SR ETRE ATA Chor 19 5 10 DNA 1 19 1
14. BV OI SO P20 21 1 SARS 2 ax n LEA Pu eS gt QUA Ne i c uq uu 3
15. S _ e Hos
16. 6 M 5 Pee IK IC384m 7 xA E UC 20 19 20 22 30km 10 149 dr UP A VOC OG BUS 1 7 1 9 3 _ Br
17. 1 BSE 19 19 6 14 0614002 19
18. H20 21 BERI D gt OHSS TR 2 18 6 2 4 boe c uuu Ae
19. E 2 2 1 18 19 E PCR 144 63 125 189 102 50 32 5 18 18 5 7 56 1 58 35 60 56 63 26 6 6 2 2 2 2 PBS 10
20. 1 19 1300 60 8 0157 13 14 0157 AO De BDA
21. 146 KAER Fels WES E AN B ur B OI SO P20 21 1 HTS RIMMED IW Q
22. 2 1 20 7 4 3 PMA ORE TIE ay
23. 1 2 ATP 2
24. 818 0135 39 838 0068 2014 1 790 0003 8 234 2 _ ATP 2 1 2 BLL ATP CF ATP PD 10N 1 1 22 2 27 10 X10 cm
25. mw 1 2 DO AC Ey 158 RAT a LV eB OO MENS ELT E Bue CTOR u4 a ums 3 HAR MIR 24 Cz Gg D 7 xe sU ALE SU 2X 4 C Ye ye 5 i Ul v Si SN ARAE 3 19 36M Co ay BBE PDC 2 DHOOM ue cL 36 xx 1 Co SE COH LACARA S RU 5 SP AUC boss Ax S BO WOO a O WR c 8 3 71 2 FAI RE Co 2 aW CHESS cas gt lr Be Cose BS ZOHO Z Bp A ts CO BEY Sy EB PCY EN ES MZ EEO
26. W PCE UA vey TCE VOC PCB TCE cis 1 2 35 PCE TCE 70 kl 2 128 21
27. IE 2 PBDEs A TBBPA HBCD 5 3 45 PBDE
28. 2 15 ME uL c Se a PAHs 30 7 7 mos M E 40 4 LEPINE ESRI ORREL REA CEES OREM 5
29. Steiner D Exner LT 25 42 gt
30. AS JY BA GR EB RR 18 1 9 2 HE OI SO FE P 20 21 X 1 _ HIV TORO RARR ELIANE PEG ARRIR E OAK SA Ns 2 HIV
31. EC OC EC OC OC VOC TESA AA bts EC EC OC SPM 25 PM2 5 4 6 EC 4 OC EC
32. pH 4 2 10 10000 rpm 20 SHR L RNA DNA PCR jes 3 39 102 X1 19 RAS ps c iz L
33. 2 1980 10 0 088C 9 3 1 6C 10C 0 032C cEkMULUCwvS 289 0J amp m Ki Cae C 8CO si ICH am 0 0 018 C 7 4E OD EE CLF 2 1972 8 8C 1973 8 4C 1977 3 6C 5 0 46 n 40 0 024 0 0076 P 0 0031 3 4C 8 C 2
34. ESI SRM 0 006 u g L 20 3 124 5 2007 1996 0157
35. 02103 300m 0 48 n 29 0 021 c SC 0 0074 P 0 0083 30 5 25 QU Ja g 0 1 2 3 4 5 6 7 8 9 10 11 12H 16 5 4 16 0 D cee Ee RTE Ee Te ee en ne ee 1965 1970 1975 1980 1985 1990 1995 2000 2005 3 2 5 3 3 9 6
36. 2 nu c a eg ACE _ RDF ee A 3 dr M E SES Ure NE x cg Ic RRS ZEE STI OD Ta x HERA H
37. 7 9 0 156 0 167 ALTBY 6 8 0 017C 10m 100mm 6 7 50mm 0 021C 9 0 032 0 029 C 7
38. B 2 3 LB LB 121 C 15 3000rpm 20 O 1 9 Becton Dickinson Dickinson and 818 0135 39 VC TRIER IC TREE IT Oo REEDS OD 6 H 2xYeast Extract Tryptone 2xYT Becton Dickinson and Company
39. 10 30 pa 43 763 770 1991 2006 H 116 35 117 119 2008 ATP ATP 2
40. 2004 VOC 3 VOC GC MS amp GC M S 2 VOC V0C GC MS 2 VO0C 2 2 1 3 1 2 bog C Ze B 1
41. 2007 08 Hemagglutini n Inhibition HI A B 7 2 2 3 1 78 A New Caledonia 20 99 A Hiroshima JA 52 2005 H3N2 B Shanghai 361 2002 B Malaysia 2506 2004 aver 19 AHI1 2 AH 3 1 N ational Epidemiological Surveillance of Infectious Disease NESID
42. SPM Ox SPM EC OC 1 BC OC 2 fa itt 818 0135 39 ACHT C db A 17km 3 5 6 8 9 11 12 2 EC 2 5ug m 220m
43. 1 GAME 1 IDE ED 2345 LT A638 EO Ze V AE E s TT C38 V CH FERRO 7 Co DERRE NOx NA RETT 5o 2 1 ACF NO x ACF 3 NOx 2 ACE ZR NOx ACF 3 ACF
44. Hemolytic uremic syndrome HUS 2004 O 181 O157 O26 O111 O157 O26 O111 O 1996 4 2008 1 0157 O26 0111 O 23 2 2 1 BU 1996 4 2008 1
45. ERZ PUB AAt 19 X29 626 70 29 25 86 20 69 2 6 9 Kiba 0157 1 3 4 2 0
46. 19 19 n QE HACE PBE204E3H IRA AIK 138 19 19 19 19 19 19 19 19 19 ES FE
47. 6 R d SN 9 152 2 0 1 2 3 f 19 1 1 4 1 2 1 9 1 9 10 1 0 2 0 1 8
48. 2005 81 PCQ 28 PCQ PCB A B PCQ 0 1ppb 1979 PCQ 3 2 3 1 30 PCQ PCB PCDF IU CMS k 16 Determination of brominated flame retardants andbrominated dioxins in fish collected from three regions of Japan Yuki Ashizuka Reiko Nakagawa Tsuguhide Hori Daisuke Yasutake Kazuhiro Tobtishi Kumiko Sasaki Nutrition Food Research 52 273 283 2008 3 45 15
49. CEA CO 5 FFI Oe ATP c BU ded ATP ATP ATP 1000 Relative Light Unit EN
50. Vol 53 No 3 pp 44 50 2008 1 2 3 129 23 Two new species of the genus Laccobius Coleoptera Hydrophilidae from Japan Y
51. 7 25 2 50 2 25 2 00 1 75 1 50 1 25 1 00 0 75 0 50 0 25 1 10 100 1000 10000 m h 7 4 4 4 F Zn F Zn Zn T Zn D Zn F Zn 8 F Zn F Zn 1 6 E Zn D Zn 89 78 Chor FZn F Zn
52. 1 ATP 7000 6000 5000 E 4000 E 3000 ATP letative light unit 2000 1000 2 6 10 X 10 cm ATP LER ATP ATP 8000 6000 4000 2000 TP relative light unit 100 cm 0 th 5 PT 1 79 365 374 2005 2
53. 2 m p GC MS au 2 2 3 600C 4 ZAHOR zx LC MS 2 3 VARIAN CP 3800 VARIAN QUADRUPOLE MS MS 1200 GL sciences AQUATIC 2 0 25mm X 60m 1 40m 1 35 C Imin 2107 C min 200C35 C min 280C 6 5min Ww UTE AAS Ds 250 C EATR EAT US bv AVE PELIE WM Aa 2 4 2 4 1 Solid phase micr oextraction SPME SPME Carboxen PDMS SCAN SIM 1 1mL min 2 2g 20
54. Re RR RR Re CC CS RR Re RR RR RA 19 20 29 30 39 40 49 50 2 19 56 49 15 25 1 19 t 20 30 10 30 70 gt 10 1 25 4 id L 7 23 DUE 20 14
55. 19 4 2 0402005 T PY rt 2 2 1 19 3 7 11 26 13 14 16 30 20 14 16 30 20 10 5 5 100 3 2 2 0157 UD AE I pa IUE lt EF Ua Ive 14 S3 E coli 4
56. FRAC ANA E Br OCHRE OI SO f P20 21 1 PCB
57. PCBs PCBs 2 2 4 4 5 5 HxCB PCB153 PCBs 11 9 PCB153 PCBs 1 Polychlorinated biphenyls PCBs 1930 i 120 tg PCBs 1974 4 PCBs PCBs PCBs
58. 0157 O26 0111 O 23 SNE 2 2 23 DHL 0157 Sorbitol MacConkey Agar OXOID O91 CT OXOID CT SMAC 3 MacConkey Agar Base and Company a L Rhamnose Monohydrate L Sorbose 1 AF Rhamnose MacConkey MacConkey Luria Bertani LB EKI Becton Dickinson and Company lt 12 35 1 2222 TSI X SIM ix Mee C LIG 35 1 2242 Becton Company
59. QIAamp Viral Mini Kit QIAGEN RNA cDNA Mizuo E RUA VA ORE2 HE044 5 CAA GGH TGG CGY TCK GAG AC 3 HE040 CCC TTR TCC TGC TGA GCR TTC TC 3 A T orC Y TorCiK GorT 1 stPCR HE110 2 5 GYT CKG TTG AGA CCT CYG GGG 3 5 GYT TTG CGG 3 5 GYT TTG 3 41 5 TTM ACW RGC TCG TTG GC 3 or W Aor T 2ndPCR 818 0135 39 7 PCR 1stPCR 2394 C 2 27 94 C 30 5590 90 T 20 TE 36 207 2 ndPCR 94 2 75 94 C 30 55C 30 72 C 60 35 72 7 PCR 506bp 458bp Big
60. 20 3 Real individual based model 19 20 3 19 19 20 3 19 vrs 19 19 20 3 LC MS
61. 3 2xYT 35 1 2222 2xYT 1 viv H 22 3 a TOT PL HRO A OREO LC 100ul 1 23 1 v v 0 5ml 50 1 MAREN CRE 2 4 Becton Dickinson and Company 12
62. 33 19 10 11 12 H at 8 137 4 19 20 3 eee 19 20 3 PHAR 19 20 3 19
63. 6 3 TERE ERZ TRHA Tampo 34 61 66 2007 2004 10 2007 3 491 gsenogroup I 4 17 genogroup II 7 145 genogroup genotype 4 GII 4 162 124 76 5 30 21 70 0 GII4 2004 72005 2006 2007
64. 73 60 30 25 6 7 25 EB ewe 1 ABS ES 65 16 RYT AB XV 15 11 TUF ABT 5 15 15 9 15 1 5 Loo 37 0157 e il Ojo o oo xe oil cocco
65. SS D Zn 0 030 0 025 0 020 0 015 Zn mg L 0 010 0 005 0 000 2007 12 2008 1 2007 12 2008 1 8 Zn 5 T Zn SS D Zn L Q SS P Zn T Zn T Zn 0 0145Q 0 00117 SS 100 F Zn D Zn 78 89 T Zn SS D Zn T Zn
66. 2 19 29 626 HIE Amim RIRU WARE SS TCBS SMID 7818 0135 7 5 EZA do ceps IARE TSI SIM Polymerase chain reaction PCR
67. 2 A H1 A FUKUOKA 34 2007 A So1omon Islands 3 2006 640 A Fukushima141 2006 1 2 560 A Brisbane 59 2007 Egg No 2 X640 A Brisbane 59 2007 Cell No 2 X1 280 320 HI A New Caledonia 20 99 A St Petersburg 08 2006 80 HI A FUKUOKA 25 2 008 A Brisbane 59 2007 Cell No 2 1 280 HIT A New Caledonia 20 99 A St Petersburg 08 2006 160 H I A H3 A FUKUOKA 19 2008 A Lyon 1 331 2006 640 HIT A Hiroshima 52 2005 A Brisbane 10 2007 X 1714 A Brisbane 10 2007 X 171 160 HI 4A Solomon Islands 3 2006 H1N1 2 pe w Caledonia 20 99 A H3 2006 2007 2007 2008 4 A Hiroshima 52 2005
68. 2 3 HA 17 17 A HINI 1 A H3N2 16 18 36 A H1N1 4 A H3N2 21 B 11 19 55 A HINIZHBSER 108 HA CPE MDCK QIAamp Viral RNA Mini Kit QIAGEN RNA Reverse Transcrip tion RT DNA complimentary DNA cD NA cDNA HA Polymerase Chain Reaction PCR PCR HA A H1 5
69. 4 C 6 11 20 44 12 E A t 20 A 1 9 7 ERE 1990 15 2 12 3 1997 17 8C
70. HIV RT NDA NES du RT HIV RT rar 3 HITV 4 HIV
71. 3 0 I ERPS 3 4 PER AILSA 18 6 Salmonella Schwarzengrund 4 S Infantis 1 gt S Manhattan 1 S Enteritidis 1 5 Eppendorf 1 S Typhimurium 1 2 1 S Schwarzengrund S Infantis 1 S Manhattan S Infantis 2 1 04 1 07 PEF NE E EET 3 2 55 3 3 2 6 b IER S UE UA 4 fin CE OX e Eod gt LP RAIDS 93 75 96
72. 1 2 3 KAMEZ BIT 5 28 16 NO JE FH fi E 2 134 HAT ESPERTI FJER 16 19 6 20 22 16 19 6 20 22 94 19 10 23 24 10 19 12 10 11 10 19 12 10 11 48
73. 0 019pgTEQ g PBDE 0 35ng g TBBPA 0 01ng g 0 0056pgTEQ kg PBDE 2 17ng kg TBBPA HBCD posu HI7 0 6ng l 8ng kg OU 4 5
74. E 2 18 34 73 79 2007 0 2mgl vdd SR 5 955 x Vics 0 cm A pH 1700ug g dry C do 0 Ao 1 k2
75. PANT TPA FODERA at 2 136 42 TH 20 3 19 21 72 P 19 9 11 13 55 TH 20 3 15 17 33 REHAS PRE TERE 19 10 11 2 E 33 RIA VARA Kad 19 10 11
76. TERI ERZ 1 fase 7 gt 7 WERK 20 3 20 3 20 3 18 19 7 2 3 4 18 MT 19 7
77. 2 3 4 ETE T e 6 Ti A AE TRU 2 3 yup 133 KER RAMAK 66 19 10 24 26 21 20 1 31 2 1 48 19 9 5 7 H 16 19 6 20 22 H 16 19 6 20 22 12 20 3 7 8 16 19 6 20 22 12
78. HUS detti ipud Hr TA La Ol 0 o o o 50 Oll5 0119 0 0 e e 121 0 O63 0118 0 OUT gt O HIO gt gt ODO gt pq rd OO ec 5 3 i O9 0103 0165 EN iino BAW MESA ERRE CHL 7 AR N EE TETTIE O63 Oll5 0118 119 0121 0150 OUT O Ol 1 0157 O26 0111 eS PE onum
79. 3 TONY 1 6 Lyme Wy oW ASE Nube 1 9A 2 iX 0157 79 026 9 O111 6 O91 5 O103 2 0165 1 O63 1 O118 1 104 2 79 O157 H 7 74 54 1 2 17 VT2 3 VT1 5 0157 H 3 VT1 2 2 VT1 9 O26 5 HII VT1 4 H VTI 6 O111 H VT1 2 1 VT1 5 091 H14 VT1 2 0103 2 VTT1 1 0165 H VT1
80. 5 it HIV RT QU efe B i 6 A Eur n PUE 144 EE ERZ Br
81. 0 023 C BE endo culo 9 1 p81 2004 FEMS 2 9 2 1955 3 www data jma go jp obd stats etrn index php 4 PREA 2006 2007 1 3 A 3 125 129 2007 5 2006 p61 2006 6 2 0 0 6
82. PCBs 2004 127 68 81 68 1 PCBs 76 5 30 6 I53 11 9 n 5 38 6 E 7 295 101 5 7 1 118 5 5 4 139 6 5 2 Y n 3 01 7 6 138 7 1 183 7 5 4 139 5 20
83. invE O PCR 3 1 110 37 33 6 3 1 Al 1 Salmonella Infantis 2 216 S Corvallis 1 S Emek FU 1 S Corvallis K 8 Al BS UPR AE SN LRRD 0157 0157 3 E coli 50000 g 230 100 g AF 10071 4
84. 14 1 9 6 O BHATE 5026 Ml SO E P20 21 7 RDF 1 RDF RDF
85. 1 18 4 2 IERM 44 11 971 990 2002 3 10 7 415 422 1987 A 19 5 445 452 2006 5 44 3 207 213 2002 6 Florence T M et al Determination of trace element EME speciation in aquatic toxicity The Science of the Total Environment 125 1 13 1992 7 24 11 715 723 2001 Runoff Characteristics of Zinc and its Speciation in an Urban River Hiroshi MATSUO Hiroshi KUMAGAI Yukinori NARAZAKI Yoshito TANAKA and Yukari SHIRAKAWA Fukuoka Inst
86. 1 ERRI AT Z http www fihes pref f kuoka ip idsc fukuoka T mE ww 17 22 107 18 50 166 19 89 025 _ s ME Modest Dita Mild Moderate Cl 5 Ultra 11 2 MR Real individua
87. Ox EC OC EC SPM OC SPM Ox OC EC OC EC NOx OC SPM r 0 6 EC 4 OC 2 EC 1 2 5um PM2 5
88. WwASLOO BH b C 17 21 25 29 3 37 4 45 49 GB 1 a 19 b 20 c 49 90 25 698118 60 8 19 20 6 19 19 77 8 20 54 17 17 18 A H3 19 A H1 3 2
89. cn 400000 E E T 32300000 0 0 05 1 15 2 2 1227 we 250000000 200000000 a 150000000 gt D wx 4 100000000 50000000 C a y 109 320 792 08 Ri 1 00 0 05 1 15 2 T 200000000 150000000 E Em a e 100000000 J 50000000 y 86 080 495 05x d R 1 00 0 05 15 2 25 73 60000000 B 40000000 J 20000000 P 35 500 099 01x 7 Ri 0 98 0 05 1 15 2 25 F JL L EIU ug 250000000 200000000 n 3 150000000 P EZ Ps 4 100000000 Ps 50000000 we y 05 323 267 33x 4 2 1 00 n 0 05 15 2 25 m p F 271277 ug 150000000 gg 100000000 m 50000000 y 62 446 047 90x R 1 00 05 1 15 2 a5 AFL RISE ug 80000000 VOC SPME 1 4 mp oc 2 3 3 GC MS SIM
90. 210 1 2 2 100 Ig A 100 Is G 1 2 2 100uL Ig G 100uL 37 60 7818 0135 39 115 300uL EL See Lies XR ITg A 100puL Ig A Ig G 100uL 1g G 37
91. Vo1 15 1 4 5 2008 CBP ABP ABPIXCBP 0 amp BET amp ASA D 15 2005 98 5 106 109 2007 PCQ PCB PCQ 1981
92. 4 mp oc VOC 1 VOCI E ERES 0 1u g 2 1 kCount m z 62 _ kCount m z 62 ae 07 E 5 i 0 50H 1 2 E 50 1 0 2 0 2 0 00 os kCount m z 91 kCount E D z 91 mn ED m z91 8 20 30 m p 20 lt 0 0 kCount m z 104 kCountsi m z 104 10 0 10 0 7 E 7 50 5 0 2 E 2 0 0 0 0 14 15 16 17 18 19 20 ME 14 15 15 17 18 19 20 alee lt lt 3 2 4 3 kCount m z 62 i kCountsg m z 62 1 2 72nnr 47 07 07 0 50 E 0 50 3 0 2 0 2 0 00 0 00 kCount m z 91 iori m z 91 30 50 20 22 mp 0 0 kCounts3 m z 104 kCount m z 104 10 0 10 0 7 E 7 5 0 5 0 2 lt 2 i 0 0 0 0 14 15 16 17 18 19 20 14 15 16 17 18 19 20 minutes minutes ey YY 5 4 kCounts3 m z 62 100 1 2 7 50 2 0 kCount m z 91 7 30 20 10 E kCount m z 104 _ 10 0 E 7 E 50 9 0 0 14 15 16 17 18 19 20 minutes 3 VOC
93. EC OAD OC 4 PAD EXE RO IRMA c OBI E 2007 1 1 2 2007 EC 2 5ug m 6 6ug m OC 3 4ug mi 8 2ug m LT EC OC EC lt ER BMA Ox SEE Atk EC OC SPM EC OC EC SPM OC SPM SPM EC OC BEC OC OC EC Ox OC EC OC SNE EIZ EC OC EC NOx OC SPM
94. 0 35 n 28 6 P 0 032C 0 01 0 065 1980 1985 1990 1995 2000 2005 Ke 9 1978 1978 2007 0 49 30 0 029 0 0096 P 0 0059 7 1977 1982 1987 1992 1997 2002 2001 3 4
95. 07E027 07E028 07E036 07 039 07 040 07 041 07 042 07 043 07 044 07 045 07 046 07 047 07 048 07 049 07 050 07 051 07 052 07E053 07E054 07E055 07E056 07E057 07E058 07E059 07E060 07E061 07E062 07 063 07 064 07 065 07 066 07 067 07 068 07 069 OTEOTO 07BO71 07E072 OTEOT3 OTEOTA 07 075 07 076 OTEOTT OTEOTS OTEOTO 07 080 OTEOSI 07 082 OTEOS3 07 084 OTEOS5 07 086 OTEOST OTEOSS OTEOS9 07 090 07 091 07 092 07E093 07E094 07E095 07 096 07 097 07 098 07E099 07E100 07E101 07E102 07E103 07E104 ES HUSE Ibl DUAR B Bn S 508 Bn E S E Xu Ed HUSE HUSE HUSE HUSE HUSE SLSR ES ES SRLS SL AR TH e TH SL AR SK S6 p TH Ee SL AR SLSR Bn S SL AR SLSR RA rS L Bi p 11927 21 RRA REE H19 8 10 H19 8 10 H19 8 4 H19 8 16 RRA H19 8 25 H19 8 27 H19 8 26 H19 8 19 H19 8 22 H19 9 2 H19 8 24 H19 9 13 H19 9 14 H1
96. 2 3 2 3 1 ASE 300 100C 1 500psi 5 5 40 1207 HEY 7 V 2 2 2 3 at HRGC HRMS CT HT8 PCB 0 25mm 60m 130C 1 207C min 220 C 0 3 C min 280 C 0 20C min 300 1 3mL min 280 E 1 2 3 10 PCBs PCBs e
97. C 35 115 116 2008 19 Chlamydia trachomatis 16 3 19 1332 676 644 103 273 BA COO be 7 168 2 T BERII 20 5 20 20 40 10 30 PRI 7 77 Chlamydia trachomatis 1 STD CHS 3
98. GI4 7 GC MS LC MS MS Ex 34 67 72 2007 2006 5 29 GC MS LC MS MS 127 70 120 6 114 120 8 50 70 3 100 200 39 1 4
99. 19 9 5 7 48 19 9 5 7 radi PE pe SR 2c Hj v T Eg B 17 NOx idein EAR BB POR PES HEUWR KAMIL I RE TARP BEZ EKRAN EAEn KKRT TIHE AAN Be RO ee 0 fie BY 2 2 J
100. ATP PD 10N OT ATP ATP 5 ATP ATP 1 3 http www jrs or jp home
101. n 2 3 1 No 2 pp 120 130 2008 Vol 19 2 3 Vol 53 P 129 3 pp 44 50 2008 Two new species of the genus Laccobius Yuuki Kamite Takeshi Ogata Elytra 35 1 34 41 2007 P 129 Coleoptera Hydrophilidae from Japan Naoyuki 2 Japan x2 New record of Crenitis neglecta Y suke Minoshima Takeshi Ogata Elytra 35 2 557 558 2007 P 129 Coleptera Hydrophilidae from Kyushu Hiroyuki Yoshitomi 123 2 1 2 3 4 7 8 PeCDF 4
102. 2 OC SPM m 6 OC EC 2 8ug m OC 3 6ug m EC 3 3ug m OC C4 7ug m C 50 5 EC SPM OC SPM 40 4 SPM EC OC Ox 60 ppb EC OC 30 3 EC SPM OC x 8 SPM BRO Ox MIA IB ZK 5 L OC EC 60ppb ul i 1 2H 4 5 6 7 8A 9 10 11 12 OC
103. kaJ TrCBs 255 9613 257 9585 268 0016 TeCBs 291 9195 289 9224 303 9597 PeCBs 325 8805 327 8776 337 9207 HxCBs 359 8415 361 8385 371 8817 HpCBs 393 8025 395 7995 405 8428 OcCBs 429 7606 427 7636 441 8008 NoCBs 463 7217 461 7246 415 1619 DeCB 497 6827 499 6798 509 7229 2 3 1E UL 20 7 7 u vip 250mL 10g 99mL 100uL 1ng 50g 100mL 10 15mL 300mL 1 N 100mL 5
104. 20 3 19 FU 1 2 140 19 20 3 18 PCB 19 20 3 ULE WAY AZ BERS UY RICE PR 1 ROU AZ HN ELLA RAC NH SO
105. 100 mL 5g 50mL 2 50g 5mL Ic 10mL 5mL 50mL 15mL 1 5cm 4 0g 0 6g 0 4g 4 0g 100mL 100mL 2 3mL 50mL 40mL DMSO 10mL 2 50mL DMSO
106. 2 2 Ig A lg Ig A Ig G ELISA 2 3 96 Eppendorf Q Milli Q SP UF Millipore 18 3M cm AMW 8 BioTec v7 MTP 120 PCI 300 Monoshake Labortechnik AG Vortex Genez Scientific Industries Hye 2 4 Ig A 21 Ig G
107. 1 2003 A B A BE 0 03mg L D 0 03mg L
108. VTEC RPLA Polymerase Chain Reaction PCR WIT 0 BARS 1 stm BAER 2 sto Tv Je camus ue bA DNA LB 25SmM YARRA L 95 5 1MTris HCI 2 PCR Thermal Cycler SP stx stu eaeA hlyA Paton Paton 1 PCR OK 95 C 2 94 C 50 62 C 40 72 50 35 72 3 7 PCR 2 ww les desde A X GA Stxl Primer Set EVT 1 2 Stx2 Primer Set EVS 1 2 PCR
109. R 98 5 176 181 2007 2006 58 PCB HRGC HRMS PCB 68 58 PCB 6 63 ppb 8 1 2004 2006 27 10 127 PCB PCB157 156 189 137 195 170 99 PCB118 105 1 2 E 3 14 ABP
110. 35 59 64 2008 1996 2008 12 874 O157 026 O111 23 23 16 2 7 4 O H 15 091 ege4 eaeA F O 1
111. EC BN EC iw EC 2009 10 EBC OC Ox oc 1 Target 32 323 330 1997 2 WERS TEAR KUR ZER AMAL 2 2 2 128 133 1997 3 PACHA SERE GR 14 173 177 1989 4 PM2 5 10 47 52 2002
112. 091 H21 eaeA ege4 1 Scheutz et al APMIS Acta Pathologica ege4 ege4 Microbiologica et Immunologica Scandinavica 112 9 569 584 2004 2 29 117 128 2008 3 Paton AW amp Paton JC J Clin Microbiol 36 2 1 O91 CT SMAC 598 602 1998 4 Yang JR et al J Clin Microbiol 45 11 2 O91 3620 2625 2007 5 Scheutz et al Bergey s Manual of Systematic 3 16 6 37 5 ege4 Bacteriology 2nd ed vol 2 Part B 607 624 2005 6 49 8 517 522 4 16 3 31 3 1996 5 0118 H16 2007 7 Hussein HS J Anim Sci 85 E63 E72 2007 8 Beutin L et al Appl Environ Microbiol 73 15 47
113. 42 24 XLT4 SMID TSI SIM 25 Preston 100ml 10ml 30C 3 37C 2 42 20 mCCDA Skirrow 25 g BPW 225 ml 37 20 Shigella broth 42 20 Hide Lic DHL SS MacConkey Agar No 3 BPW 1 ml
114. OUT O 3 2 3 DHL 23 agn CT SMAC 091 H14 2 O91 H21 4 3 O119 H7 1 O165 H14 2 OUT NM 1 Seto 5 O91 H14 1 CT SMAC CT SMAC O91 CT SMAC O63 H6 1 O163 NM 1 Sorbitol 3 0157 O26 0111 O x CT SMAC3E X Ei Ht Rhamnose ES Sorbitol Ee 08 H16 063 H6 1 091 H14 2 091 H21 4 BACT 0103 H2 4 0103 H11 ij 0115 H10 1 0118 H16 1 0119 H7 1 0121 H1
115. PCDD PCDF Dioxin like PCB T TEQ 17 4 pg TEQ g 1ipid 14 0 pg TEQ g lipid x 1 Kyushu University 2 Hokkaido University 11 38 PCDF s Lm J ISHARA FAE RRE John Jake Ryan 98 5 182 195 2007 PCB 118 PCB 153 PCB 156 PCBs 1974 2006 38 PCB 153 PCB 156 PCBs A B C 38 PCB 118 A B C 38 2 Health and Welfare Canada 12 Dioxin Concentration in Blood of P
116. 5 7 HxCB HpCB KC500 600 1 1 SOER 5 No 1 PCBs 4 PCBs ppm X X ae E ppm ppm mr 2 0 001 0 002 0 002 0 3 SE 05 0 013 97 dd 1 0 001 0 1 5 0 003 0 009 0 006 3 7 zs 3 0 021 0 061 0 039 6 7 3 TE IY IE 1 B 0 001 0 1 DIIS 1 0 003 10 9 1 0 028 7 2 B fi 542 EM 543 544 545 E cu t542 EM 1 J00 5 1 2500 M d E Es 8 RC 1500 Zi 1000 EE i B 500 5 5 EE 5 0 EXE EA i
117. EDT dd 157 20 3 31 19 1 19 10 A 10 BE 19 E SU ar 2 20 7 18 6
118. O 157 E col 2 3 18 11 2 1102004 0157 0O26 14 1 9 0157 25 g mEC Modified Escherichia coli broth with novobiocin N mEC 225 ml
119. 1962 1 1 40 X MY 2 Aik 2 1 1 100m 1 2 3 2 2 1962 1 1994 8 R 3 2
120. 20 3 7 8 2005 Concentrations of polychlorinated dibenzo p dioxins polychlorinated dibenzofurans and dioxin like polychlorinated biphenyls in blood and brest milk collected from 60 mothers in Sapporo City Japan 1 2 PURSE FRR EJ HRR PARERES 1 2 3 FERE NECS
121. 3 2 3 2 18 11 2 1102004 0157 026 ARI E 14 1 9 SA EN VIP e aN E JOE EOD T 818 0135 39 105 25g 225ml 7 0 USP SCD HHH
122. D 3 ACE t ACF 3 ACF 20 50 NOx NO 80 90 NO 10 30 ACF NO 4 NOx
123. PJI 33 19 10 11 33 19 10 11 fe 11 1 2 BUT 5 2 2006 9 2007 8 TRE 20 1 25 19 20 3 1 19 20 3 1
124. 0157 2 2 1 19 9 10 11 26 13 2 65 20 15 15 20 10 14 5 2 2
125. 38 286 295 1997 Isomer specific determination of PCBs in edible fish samples Tsuguhide HORI Jumboku KAJIWARA Daisuke YASUTAKE Reiko NAKAGAWA Fukuoka Institute of Health and Environmental Sciences Mukaizano 39 Dazaifu Fukuoka 818 0135 Japan We performed isomer specific determination of PCBs in fifteen edible fish samples collected in Fukuoka prefecture during 2006 2007 As a result the total concentaration of each PCB isomer Total PCBs was lower than the provisional regulation values issued by the Japanese govonment Genneraly distribution patterns of PCB isomers in fish samples were similar to those of typical PCB products KC 500 and 600 The most dominant isomer detected in sea bream and yellow tail was found to be 153 This isomer was also identified as a major component also in human blood samples key words fish and shellfish polychlorinated biphenyls PCBs isomer high resolution GC MS 35 83 89 2008 Hh ANGE RRR 1962 1 2008 2 1 3 0 018 0 033C 1955 2005 12 2
126. PCBsO REI PCBs PCBs PCBs 1974 1995 PCBs 0 5ug PCBs Ut 1 Beltchly J D Proceeding of PCB seminar Physical Planning and pp 343 372 Ministry of Housing Environment the Netherlands 1984 2 21 pp 218 227 1991 3 Wor1d Health Organization WHO press release WHO experts re evaluate health risks from dioxins 1998 6 3 4 Vreugdenhil H J Slijper F M G
127. 4 a 240m 245m 250m 10m W 70m 60m m 260 255 250 a 235 230 1968 1973 1978 1983 1988 1993 1998 2003 2008 8 4 1 3 0 018 0 033C 2006 1955 2005 12 2 0 027 C
128. 18 1260 7 17 9272 1 Ure 1 Li TC et al Hepatitis E virus transmission from wild boar meat Emerging Imfect Dis 11 1258 1260 2005 2 26 10 265 266 2005 3 Hitoshi Mizuo et al Polyphyletic Strains of Hepatitis E Virus Are Responsibile for Sporadic Cases of Acute Hepatitis in Japan JOURNAL OF CLINICAL MICROBIOLOGY 4 0 3209 321
129. A B ClustalW MEGALIGN 4 18 1 19 1 20 MDCK 17 18 A H3 19 A H1 NA 1 Robert G Websterr et al Microbiological Reviews 56 1 152 179 1992 2 Beigel JH et al New England Journ
130. A HI1N1 A So1omon Islands 3 2006 A New 1edonia 20 99 A H3N2 A Hiroshima 52 2005 H3N2 B B Malaysia 2506 2004 18 19 55 1
131. 15 PCBs 4 PCBs 3 PCBs 0 021 0 061ppm 0 039 ppm PCBs 1 0 028ppm 1 0 013ppm PCBs 5 PCBs 0 003 0 009ppm 0 006ppm 0 1 1 PCBs 0 01ppm 1 10 9 PCBs 0 003ppm PCBs 13 PCBs PCB KO KC 500 KC 600 1 1 6 HxCB
132. 4 4 8 5 YC10 8 1990 0 5 10m 6 5 7 15C 10 0 17 C 7
133. G 2006 1 H EV HEV 228 138 G 82 GIV G GIV GIV G G GIV GIV HEV RNA BAO 4 1 BIDS E ae GIU Ke E MTA VA Tit JAANE
134. 5 8 Concetrations of polychlorinated debenzo p dioxins polychlorinated dibenzofuran and non ortho and mono ortho polychlorinated biphenyls in blood of Yusho patients Takashi Todaka Hironori Hirakawa Tsuguhide Hori Kazuhiro Tobiishi lida Masutaka Furue Chemosphere 66 1983 1989 2007 2004 243 127 PCDDs PCDFs Dioxin like PCBs T TEQ 125 TEQ g lipid 36 9 pg TEQ g lipid 2 3 4 7 8 PeCDF 10 34 Kyushu University 125 9 Concentration and distridution of dioxins and related compounds in human tissues lida Takashi Todaka Hironori Hirakawa Tsuguhide Hori Kazuhiro Tobiishi Takahiko Matsuda Shaw Watanabe Yamada 5263 5271 2007
135. N1 F671 693 TGAGAACACAAGAGTCTGAATGT N1 R1079 1057 CCTATCCAAACACCATTACCATA RT 50 30 94 2 PCR 94C 2 45C 1 72C 2 3 0 72 10 SeqScape Applied MegAlign D NASTAR 3 3 1 18 1 20 3 1 a 19 1 20 3 gr A Be TA W 22 X 1 b 12 2 3 4 18 3 18 19 2Q a f
136. VOC58 3 D ccn 12 2 Ox pride BEARD RABAT EOE 2 ARO DICL EERBARE 3 VOC58 VOC 4 1 2 D ch i e 2 0x 0x 5 1 VOC 2 2 Ox OBL NE VOI IBS ME PEE A ORBE EE 2 0x
137. 3 3 HA 17 18 19 A HI1N1 5 A H3N2 37 B 11 HA RA 2 A H1N1 A So1omon Islands3 2006 HIN 1 A New Caledonia 20 99 H1N1 2 HD NewCal St Petersburg Solomon Islands Fukushima97 Fukushima141 BrisbaneS907 BrisbaneS907 No 1 No 1 Egg No 2 Cell No 2 40 320 80 80 40 320 80 40 640 1280 1280 640 320 2560 640 160 320 2560 1280 320 160 1280 640 320 160 160 320 1280 160 320 320 320 320 320 320 1280 HI RD Lot 05 0806 No 2 0306 No 2 A H1 98 99 1118 A New Caledonia 20799 640 320 160 06 07 154 Petersburg 08 2006 320 160 80 06 07 57 A Solomon Islands 3 2006 160 640 640 05 06 287 A FUKUSHIMA 97 2006 80 640 640 05 06 727 A FUKUSHIMA 141 2006 320 640 640 0
138. 0 027 7 9 0 156 0 167 6 8 0 017 0 021C C UE 9 0 032 0 0 029 1 1953 6 SIUC SETI 5m 27 900 000m 1960 3 1962 4
139. 14 FR 3 Gb 6 23 O91 1 5 0103 4 1 0165 2 1 Ol O63 0118 0119 0121 0150 OUT 1 08 1 0115 1 23 6 3 O91 1 O115 O91 O91 5 2 1 1 O157 O26 0111
140. TS 3D1 324 5m 3 3 1 2 C E 1 4 C 1 1 3 Kim u m 6
141. 3 _ ent 18 16 E 4 Eur Mi TA o 5 E 8 6 145 a dX OERZ Br iB ea OI SO P20 21 1 a
142. 1 4 GC MS SIM SPME SPME SPME 1 A AGES mA 30 117 12 4 2003 2 Vol 5 0 685 693 2001 fi 1 2 3 4 2 95 75 SPME ug g NOD I A VOC 4 PAE
143. 19 genogroup II genotype 4 15 79 Enteritidis 1 19
144. ATAA 3 5 GCTATTTTCTGGGGTGAATCT 3 5 AGCAAAAGCAGGGGATAATTC 3 5 TGCCTGAAACCGTAC CAACC 3 5 AGCAGAAGCGTGCATTTTC 3 5 A 3 94 2 PCR 94C 1 45 1 72C 3 30 72 C 5 PCR A H1 729 A H3 1143 B 1142 SeqScape Applied Biosys tems MegAlign DNASTAR DNA DDBJ BLAST Basic Local Align ment Seaech Tool 1 N ational Center of Biotechnology Information DNA A Solomon Islands3 2006 A New Cal edonia 20 99 HIN1 A Hiroshima 52 2005 H3
145. B Malaysia 2 506 2004 18 4 H1N1 A H3N2 B 3 4 NA 55 Brisbane1007 Brisbane1007X Brisbane1007 Uruguay71607 Hawaii0806 Lyon13310 No 2 171A CDC X 171 CDC No 1 No 1 6 640 640 640 640 640 1280 320 640 320 320 640 640 80 40 40 80
146. PCBs 153 20 8 PC Bs PCBs 5 PCBs RER ig n 127 pg g 153 1 288 20 8 180 193 2 189 13 6 11138 3 132 9 5 11182 4 90 6 5 118 5 79 5 7 74 6 64 4 6 163 164 7 62 4 5 170 8 99 4 0 146 9 44 3 2 99 10 40 2 9 199 198 11 32 2 3 194 12 2 2 0 156 13 26 1 8 196 203 14 25 1 8 178 15 20 1 4 183 16 20 1 4 177 17 18 1 3 105 18 17 1 2 167 19 12 0 8 137 20 10 0 7 172 21 9 5 0 7 202 22 9 0 0 6 28 23 8 5 0 6 130 24 8 4 0 6 66 25 7 1 0 6 157 26 6 5 0 5 206 27 6 3 0 5 101 28 6 1 0 4 195 29 3 8 0 4 114 30 9 9 0 4 11139 11149 41 2 6 0 2
147. QA que EV PRD Hee eR IC 572 ho ie E 2 HA Z AE MME D D SETS 119 98 274 292 294 REE DEE MSC S MEUM RERUM ha 18 19 HA NA HA A H1 5 A H3 37 B 11
148. SU F 10 2 0 200 1996 818 0135 39 834 1402 33 7 x 1 6 9 12 2 4 1997 1 1985 19 96 4 1997 1 1980 1 1987 12 318 5m 9 1988 1 1997 1 320 0m TS 3D1 JI SA 0 5C 9 1998
149. 2007 6 22 818 0135 39 1 2007 12 2008 1 pH EC SS T Zn YATE HS EEn D Zn F Zn pH EC SS T Zn JIS 0102 D Zn 0 45 m E Zn D Zn 3M 3N ICP Varian tE VISTA Pro AX 4 4 1 1 CC EC DO SS T Zn D Zn mS m mg L mg L mg L mg L 18 6 8 1 81 10 6 12 0 043 0 026 7 6 0 4 36 2 3 26 0 035 0 016 n 15 SS n 14 1 T Zn 0 043mg L D
150. 10 3 5 16 3 Chlamydia trachomatis Ct 13 HIV 19 4 20 3 2 2 1 19 4 20 3 13
151. 34 61 66 2007 104 35 105 107 2008 19 95 71 7 10 EVO ARATE 18 2 5 E coli 3
152. ERR KIT 98 5 149 152 2007 2001 2 3 4 7 8 PeCDF 4 39 2 3 4 7 8 PeCDF Y PS e k TUN KEK I BS E a b S 7 SF 2 Geographic prediction of tuberculosis clusters in Fukuoka Japan Daisuke Onozu
153. ABPC 7 HU cce op eoru ge cpu CTX FOM NA SM ST SD 7 TC TMP CX 23 PROT A REEVE Ka 2 Tryptone Soya Broth TSB OXOID 35 1 CC 2 8 Lic 77 77 7 No 0 5 Be aK CARTA I Becton Dickinson and Company 7 12 3541 CT 2242 2 5 Stx Reverse Passive Latex Agglutination RPLA VTEC RPLA Casamino Acid Yeast Extract CAYE 35 1 16 20 3000rpm 20
154. I We COME FZ 2 70 32 0 3 52 3 101 110 535 139 149 4 15 PCBs PCBs PCBs PCBs PCBs PCBs PCBs ppb
155. 0 1 1 5pg VO0 C 2 4 2 1 2 p 2 0 5g goi 5 g 0 1 g 1 1 2 mn 240000 160000 T j y u 80000 y 38325x lt R 0 993 D P 1 2 3 4 H 1 227 DD T SNR ug 6000000 4000000 Pal E D Ps a 2000000 1064185x m 0 995 4 0 1 2 3 4 5 THF IL 4000000 E 3000000 i i 2000000 P d zw 1000000 d 669713x 2 Ri 0 9953 o 1 2
156. 1 3 2 4 3 5 SPME YVOC SPME 2 VC CIS V0C SPME SPME 2
157. 18 19 4 18 18 19 7 20 2 19 20 3 OOM 141 18 19 6 142
158. 2007 Ox SPM 3 4 TC EC OC OF 3 3 4 3 TC TC OC OC 2 EC EC FE BEC LEAS OC TC OC Emm TC RB ECHE TC u g m 1 2H 4A 5 6 8H 9H 10H 12H 4 CACKAOKRE MA RO BREAD TS
159. JR Xx 1 Jj ERE BAB BARNA WAS A ee eae 1 2 3 ARATE FSA BEZ 135 ABR 48 19 9 5 7 48 19 9 5 7 49 19 12 4 49 19 12 4 49 19 12 4 9 20 3 27 28 H 4 78 20 3 28 31 31 20 2 8 23 uU 20 2 13 14 5 OTR TERR 7 4 ER OO TR
160. 3 3 4 23 10 12 SM O91 H21 2 O103 H2 1 O150 H11 1 SM TE 2 O165 NM 1 O91 H21 1 O115 H10 1 OUT NM 1 SM TE ABPC 3 O118 H16 1 SM TB KM 3 Rhamnose 4 23 SM O91 H21 1 O91 H21 1 O103 H2 1 O150 H11 1 SM TE O165 NM 1 091 21 1 O115 H10 1 OUT NM 1 SM TE ABPC O118 HI6 1 SM KM O119 H7 1 Re I TEST 2 ABPC KM NM OUT O 0119 H7 1 10 SM 6 TE 3 4 Stx Stx 5 sta s
161. 570m 31 6 6ug m OC 3 4ug m Gg X i8 2ug m 430m 3 TC 5 9ug m 14 0ug m 24 90700 3 59500 31 33900 17 5 WEY tA EEG co wsor 15m 2007 1 i AHSA PALLFLEX Membrane Filter 20L min 24 9 00 E SC CHN MT 5 EC OC WEL Ce EFT 2950 Lik 0 1 2 4 5 6H 8H 9 10 11 12H 600C He OC OC
162. 70m R 3 2 0 1C 0 1 45 1211 5 2005 1 2008 3 50X 50m 0 1 RM Xue La Pa E 50m 50m 1994 9 2004 12 1 2 1 3m E
163. 19 PCB 2 19 20 3 19 20 2 19 19 19 20 3 HE A 18
164. 19 80 86 2007 SS COD T N T P 20 Vol 18 No 6 pp 434 442 2007
165. qr a 6 151 TE pU D Or W ud
166. 100 cm ATP ATP 3 ATP 1 ATP 2 2 ATP 196 3 4 5 ATP 6 1 4 ATP iX ATP XE
167. ATP Relative Light unit 100cm 20 000 10 000 1000 o 1 000 1 ATP ATP 50cm CHS ATP TUIS 118 A 8000 6000 4000 2 2 CARA A 50cm AUDWESORS ATP 2000 TP relative light unit 100 cn EBA DMIs COLIC OCC Cee 5 2 ATP
168. PCB ABP 2005 Determination of brominated flame retardants and brominated dioxins 1n fish collected from three regions of Japan Kazuhiro Tobiishi Daisuke Onozuka Shizue Seiko Sasaki Yasuaki Reiko Takao Iida Masutaka Furue Nakajima x Kyushu University 2 Hokkaido University John Jake Ryan 1 2 Health and Welfare Canada Takashi Todaka Hironori Hirakawa Jumboku Kajiwara Tsuguhide Hori Kazuhiro Tobiishi Daisuke Onozuka Takao lida Takesumi Yoshimura Masutaka Furue Kyushu University 2 3 DOKL OBIE GH 18 Yuki Ashizuka Rei
169. iB OI SO E P20 21 1 VOC SPM Ox PRTR VOC VOC Ox ou cn cde co cu Tc 2 1 VOC 2 PRTR 3 0x 4
170. Real time PCR HIV 17 19 139 XX CE RART AIRF WB ACHE RART 20 3 20 3 20 3 20 3
171. 42 24 818 0135 39 108 LAMP ik C VT BAL VT O157 CHROMasar OI5732 X Cefixime TSI SIM C LIG HEHE ROY 22 Wb oe BR ATER CAE 25 Buffered peptone water BPW 225ml 35 24 hml Escherichia coli broth 44 5C 24 EMB IMViC 25 g BPW 225 ml 35 C 24 Rappaport Vassiliadis
172. 50 METZI AX VME MINCE VAT ERIS ASE 16 30 300 120 mL Se Mab COE A SE Ze GER BE OO BER 5 REA oa 4 5 20 60 E E IE EE oe 147
173. HRGC HRMS PCBs x5 PCBs IUPAC IS CQ Oe Eqs 1 PCBs ppm 0 5 3 0 1 1 0 2 0 5 0 2 5 2 2 1 2005 2006 5 3 2 wu SESS mE wem qu xe 1 15 818 0135 39 iB PCB 47 442 2
174. 198 17 18 19 17 123 18 77 19 79 279 17 21 18 20 19 28 69 3000 20 Madin Darby canine kidney MDCK cytopathic effect E
175. 20 2 hate BET 27 2 25 BRDU Volatile Organic Compounds VOC VOC DI EE VO0C
176. 20mL 5mL 2 100 RAUL UL tt 6 Wi i 2 GC MS 3 3 1 No 1 n 4 3 PCBs 0 036ppm 9 1 5 72 597 924 3 NO D 188 2 3 4 TrCBs 1100 1400 1000 1100 1100 _ 150 130 TeCBs 4400 5500 4400 4900 4800 500 105 PeCBs 10000 12000 10000 11000 11000 950 8 8 HxCBs 12000 14000 12000 12000 12000 1100 9 0 HpCBs 5600 6800 5700 6100 6100 50 85 OcCBs 1100 1300 1000 1200 1200 130 116 NoCBs 160 180 150 170 10 11 67 DeCB 69 70 58 64 65 5 8 1 0 034 0041 0034 0037 0 037 0 0033 8 9 IRIS 3 2 PCBs
177. OI SO P20 21 1 _ E E E RB E 2 m FAO Lo CHE SNE 2 YY RT PCRiE CA 5 EHI
178. p m p n 4 oss voip A UNES 600000 oF 217 STU we x 1 2 3 mp o 4 GC MS SIM 0 1 1 2gm g VOC MEW 2 4 1 SIM Bl mi p o 2 g 0 1 g 0 1zg 1 2
179. mp Oar Re RA DR m p Occ wb AT GE Ep Sg m p 6 7 Qa SR RA 07 SEU m p Oc DAS e SPME 016 038 018 0054 0044 012 00041 00088 00020 0 00030 ERAT 0 015 0 032 0 015 0 0047 0 0042 0 034 0 0010 0 0010 0 00042 0 021 ci Re eR he Re gt 1 2 SPME 0 0002 g g 0 005p g g 2999p 011 013 062 025 0067 Volatile organic compounds detected in an alcohol swab investigated after a consumer complaint Yoriko SHINTANI Yuki ASHIZUKA Reiko NAKAGAWA Yukari SHIRAKAWA Tasoh IKEURA Matayoshi NAKAMURA Fukuoka Institute of Health and Environmental Sciences Mukaizano 39 Dazaifu Fukuoka 818 0135 Japan In February 2008 a consumer complainted of an unusual smell from an alcohol swab obtained from a hospital in Fukuoka city We confirmed that the alcohol swab smelled similar to mineral oil We analyzed the volatile organic compounds VOCs the alcohol swab by gas chromatography mass spectrometry GC MS using solid phase microextraction SPME and headsp
180. 181 9 84 121 5t EE E M E GL4 GL 4 GI 8 GI 2 4 GH GI 8 GII 2 0157 GII 3 GII 4 19 GII 4 genogroup II genotype 4 29 25 86 20 69 2 6 9 0157 1 43 4 19 9 20 172
181. 2 g 10 mL 1 50 30 SPME 50C 10 SPME GC 1 GC MS 2 4 2 2 2 g 20 mLO 34 F VRAC TTE 2 g 10 mL 1 50 C 30 0 5 mL GC MS 3 3 1 1 3 2 4 3 2 SPME 1 4 2 4 1 GC MS SCAN 1
182. DXNs 20 8 Cni BRIT PEIR PUB DXNs 50 230pg TEQ g 1ipid DXNs 50pg TEQ g 1ipid TEQ PCDDs gt PCDDFs gt Non ortho PCBs gt Mono ortho PCBs x 1 Kyushu University Chemosphere 67 2 Tokyo University of Agriculture F3 Keio University 10 Concentration of polychlorinated dibenzo p dioxins polychlorinated dibenzofurans and dioxin like polychlorinated biphenyls in biood collected from 195 pregnant women in Sapporo City Japan Takashi Todaka Hironori Hirakawa Jumboku Kajiwara Tsuguhide Hori Kazuhiro Tobiishi Daisuke Onozuka Shizue Seiko Sasaki Sonomi Nakajima Yasuaki Saijo Fumihiro Sata Reiko Kishi Takao Iida Masutaka Furue Chemosphere 69 1228 1237 2007 2002 2004 195 101 28 8 94 32 4
183. o X i Y gt v MNT i 1130 p 10 3 143 8 198 qos bon rec ene pas Mnt 9 65 eer 12 30 11 30 Zn gh o eo 0 500 1000 1500 2000 2500 3000 Cm ph Ke Zn 43 T Zn D Zn Hh SA ie P Zn mg L T Zn D Zn P Zn Ci L Q L g h m h D Zn 0 0145Q 7 Q C2 A WA yey BO dee VE REL Tio IC L L O 5 SS JE BE mg L P Zn 0 00117 SS 3 IT ZI Aa C SID T Zn 0 0145Q 4 0 00117 SS 4 SS 4
184. 22 Vi OR We 2 4 14 BA 16 20 50 2 5 SREDA 3 RRR IC OY CT E HO RAIL OA Check EPEY hoo C SE t IK E PE BR AE YA X RIDASCREEN Saxitoxin r Biopharm 30 37 FAHER 3 3 1 1 71 6 2 2 10 2 Campylobacter jejuni
185. 4 2 2 2 2 1 VO0C V 0Cs 45 1 mg mL m p 0 5 mg mL VOC 1 2 2 2 VOCs 1 mL Z OCIO 7s 000 5pm acd CT 818 0135 KERN 39 VOC XE i pas oo o Te 5 35 313 Dx sw gw _____ y a 1 VOCs 45 21 3 2 5 6 70 56 7 8 56 9 97 99 0 16 2 2 4 ee E 18 43 58 Ciel pee or 20 BRHR 777v 43 O 21
186. 70 64 21 70 1 596 106 7 RUERRICOVY TIL 20 KAAS 13 M 10 7 60 9 3096 3 1 19 hk 1250 1295 2007 2 116 328 2004 1 JH EHE BET RVR ZLUCu2372 ELIZE
187. CUOPJEXPBDES UR QVE 7 7 7VA T RILAR TEV TITR 7 0 10 25 6pg g wet weight ww PBDEs PBDEs 0 01 2 88ng g ww TBBPA 29 0 01 0 11ng g ww PBDEs 1 10 PBDEs TBBPA 82g PBDEs LOAEL lmg kg day National Instisute of Health Sciences Molecular 127 17 RE RADIOISOTOPES 55 679 686 2006
188. 19 4 Shigella boydii flexneri 6 9A 1 1 20 1 nv E ipa Meta gt ipa S boydii S boydii 10 fae 3 in E ipa H S flexneri EDRR S flexneri 2b 1 2 YY ROR 2 2
189. 2 O 2 O63 H6 VT2 O118 H VT1 VT 19 EHEC 27 16 SEAR 15 fe 8 7 7 7 4 3 3 2 2 2 1 2 1 19 5 EHEC O157 H7 VT1 2 3 2 T 818 0135 39 O137 H7 2 6 ik
190. 67 72 2007 GC MS IP 125 dibenzofuran and non ortho and Takao lida Masutaka Furue mono ortho polychlorinated biphenyls 1 1 Kyushu University blood of Yusho patients Concetrations of polychlorinated Takashi Todaka Hironori Hirakawa Chemosphere 66 P 125 debenzo p dioxins polychlorinated Tsuguhide Hori Kazuhiro Tobiishi 1983 1989 2007 Shaw Watanabe Taketo x Kyushu University 2 Tokyo University of Agriculture Concentration and distribution of dioxins Takashi Todaka Chemosphere 67 P 126 and related compounds in human tissues Hironori Hirakawa Tsuguhide Hori 5263 5271 2007 Kazuhiro Tobtishi Takahiko Matsuda 3 Keio University 121 im x Concentration of polychlorinated Takashi Todaka Hironori Hirakawa dibenzo p dioxins polychlorinated Jumboku Kajiwara Tsuguhide Hori dibenzofurans and dioxin like polychlorinated biphenyls in biood collected from 195 pregnant women in Sapporo City Japan 38 PCDF s Dioxin Concentration in Blood of Patients Collected during Medical Check up for Yusho in 2004 2005 2006
191. PCBs PCBs PCBs 0 5 ppm 3ppm 1 PCBs 1 10 209 PCBs PCBs PCBs PCBs EWR 20 8 GC MS PCBs 77
192. 19 R genogroup I GI 3 GII 17 1 GI GI 2 genogroup I genotype 4 GI 4 GL8 20 15 79 GII 2 2 GII 3 1 4 70 GI GII GI 14 GI Clk 17 genotype 2004 2005 2005 200 6 2006 2007 30 21 70 23 H19 79 1
193. 2 3 4 7 8 PeCDF BEET 98 5 4 149 152 2007 Geographic prediction of tuberculosis Daisuke Onozuka Akihito Hagihara BMC Infect Dis 7 26 P 124 clusters in Fukuoka Japan Kyushu University 2007 435 199 207 2007 Deternmination of Hexaconazole in Hiroko Tsukatani Kazuhiro Tobiishi Biosci Biotechnol biochem P 124 Surface Water Samples from River and Yoshito Tanaka Kenji Sakuragi 72 145 154 2008 Sea by Liqiud Chromatography Tasoh Ikeura Matayoshi Nakamura Electrospray Tandem Mass Spectrometry P 125 3 IP 125 FR TUS C dk 98345 61 66 2007 LC MS MS 34
194. 3 1 TC OC EC 2 1 1 m TC m 0C EC 1 2007 3 5 6 8 9 11 12 2 S 2 6 1 9 2 6 3 0 2 5 6 3 4 0 6 6 6 5 5 8 6 0 4 0 2 0 5 0 2 0 3 2 13 09 12 14 12 5 5 38 2 8 3 3 3 6 3 4 4 0 E 8 2 5 9 1 7 6 4 1 1 1 3 1 4 1 6 1 1 1 4 1 4 1 0 1 0 1 2 1 1 6 4 4 8 5 9 6 5 5 9 14 0 9 0 13 1 11 9 12 0 0 2 cm mH m HH 00 2 1 19 20 14 19 1 2H 4H 5H 6H 9H 12H 26 1 7 2 0 2 5 2 2 2 TC OC EC TC EC NOx OC SPM r 0 6 EC OC OC EC EC 1 35 1 48 4
195. 37 24 Rappaport Vassiliadis XLT4 SMD TSI SIM 25g BPW 225ml 37 20 Shigella broth 42 20 ik ml DNA PCR invE KODA RONG DHL SS MacConkey Agar No 3 13 6 29
196. A B C A Hemaglutinin HA 16 euraminidase NA 9 NA BAZTE antige nic drift A 10 antigenic shif t 1918 A HIN1 1957 A H2N2 1968 A H3N2 1977 A HIN1 1997 A H5N1
197. 1 EC OC 950 He O EC EC TC OC EC Ox 5 7 3 EC OC
198. 18 PAH s 3 No 1 No 2 No 3 18 COBRA 15 PAHs 20 4 No 1 PAHs No 3 2002 2003 13PAHs 19 0 00 u g g dry soil No 3 No 1 PAHs No 1 PAHs No 1 9PAHs 3 36 4 Determination of Hexaconazole in Surface Water Samples from River and the Sea by Liquid Chromatography Electrospray Tandem Mass Spectrometry Hiroko Tsukatani Kazuhiro Tobiishi Yoashito Tanaka Kenji Sakuragi Tasoh Ikeura and Matayoshi Nakamura Biosci Biotechnol Biochem 72 1 149 154 2008 LC MS MS
199. 6 8 9 OC EC 2 EC OC OC 3 E T S ox NO Mx Qc E lor 1 T 1 3 2 EB Ox SM 061 052 060 1 EW Ege Ox SPM o 018 006 006 047 1 2 N 023 050 039 014 060 1 041 06 057 008 037 06 1 X2 D Ox i iE ero E c SPM Nx 033 062 05 00 05 08 E Pe mem V E d 339 250 336 15 106 143 3 EE 35 281 358 127 37 11 91 EC 14132 474 1 46 53 6 1 8 9 NOx 0 62 1101208 280 135 21 10 0 13 5 SPM 0 57 OC Oo60ppb 10 3 46 546 158 59 59 93 NOx 0 52 Ox r 0 49 EC OB MEH Ox
200. EREL FREE KARN 2 RULE RGR RO 5 27 49 53 2000 6 17 2005 7 I Uno E S Jang T Shimohara O Oishi A Utsunomiya S Hatakeyama K Murano Xiaoyan Tang and Yong Pro Kim Wintertime Intermittent Transboundary Pollution over East Asia simulated by a Long Range Transport Model Global Vol 4 No 1 3 12 2000 AIR KAMI 7 AME MURE Environmental Research 8 43 173 179 2008 The behavior of carbon compounds EC OC in aerosols and its relationships with other compounds analysis of daily data Kazuhiro FUJIKAWA Shigekazu YAMAMOTO Shiro TAGAMI Hisao CHIKARA OISHI and Shinji IWAMOTO Fukuoka Institute of Health and Environmental Sciences Mukaizano 39 Dazaifu Fukuoka 818 0135 Japan High concentrations of the suspended particulate matter SPM are often observed on the days with yellow sand haze and high photochemical oxidants Ox SPM a particularly fine particle PM2 5 with a particle size equal to or less than 2 5um and includes a carbon component elemental carbon and organic carbon affe
201. 14 9 0 0 0 0 16 12 2 0 0 0 30 28 6 2 1 18 20 14 2 0 0 0 10 6 0 0 3 0 HN 5 2 0 0 0 0 95 71 10 2 4 18 107 N Yi 35 108 110 2008 I Ij 19 135 0157 Ch NE y 37 5 3 0157 10 E coli
202. 2 15 3 26 1 20 5 273 Ct 2 2 0 20 40 10 30 ae LER YY DS BE AVS Hil Ig A Ig G 41 15 SE C De 4 18 12 140 10 30 EE RS SS Re RR Re RR Re RR XX Re RE XX aa XX XX Re RR Rs Re RR Re ER RR XX Re Rs RR Re
203. O91 H14 2 091 21 4 O103 H2 4 O103 H11 1 OIIS HIO 1 O118 H16 1 O119 H7 1 O121 H14 1 2 0157 O26 O111 O91 0165 0103 1996 25 25 0 0 0 0 0 1997 50 32 15 3 0 0 0 1998 40 33 4 3 0 0 0 1999 94 30 54 6 2 2 0 2000 110 100 8 0 0 0 1 2001 37 35 0 0 0 0 1 2002 69 56 12 0 0 0 1 2003 116 102 12 0 1 0 0 2004 106 95 4 3 2 0 0 2005 56 51 2 1 1 0 0 2006 74 58 11 4 0 0 0 2007 97 TT 9 6 0 1 2 874 694 131 26 6 3 5 OUT O O150 H11 1 0165 14 2 OI65 NM 1 OUT NM 1 NM 2 2000 2007 O 0157 O26 0111 OI21 0103 O91 23 O91 O103 47 8 0121 1 O118 LEN CLE OM Stxl O118 H16 9 2000 2007 S Ou DIU Ca OI 1 0157 O26 O111 O
204. Ox 150 dr UR ORE SURE ERAR 16 1 9 4 _ OI SO Tk P20 21 ORKER OLE X Pu 1 14 5 15 2
205. 0157 H 0157 H 0118 H 0157 H7 0111 H 0157 7 0157 H7 0157 H7 0157 H7 026 H11 O0157 H7 026 H 026 H 026 H 026 H 0157 7 0157 7 026 H11 0157 7 026 H11 0157 7 O0157 H7 0157 7 0157 7 0157 7 0157 7 0157 7 0157 7 0157 H7 0157 7 0157 H7 0157 7 0157 H 0157 7 0157 7 0157 7 0157 7 0111 H 0157 7 0157 7 0157 7 0157 7 0157 7 0157 H7 0157 7 0111 H 091 H14 0157 H7 091 H14 091 H14 091 H14 091 H14 0157 H7 VT 1 2 1 1 1 1 1 2 2 1 2 2 1 2 1 2 1 2 1 2 N 113 PFGE 0157 026 C330 334 16 5142 GT 5705 2330 c331 c340 c335 c329 a206 c326 c327 c520 524 525 18 5358 2110 c529 110 110 110 110 829 CD32 e113 529 cll3 6039 25991 pool c395 c853 c836 148 6339 395 531 139 264 829 c870 c680 c869 c871 d3 c314 d36 d37 2 2 19 PFGE PEGE 07E032 07E061 07E061 07E061 07E061 07E003 07E073 07E080 07E073 07E062 07E089 07EO088 07E094 026 07E045 07E063 07E063 07E063 07E0
206. 1 5 3 PCR bp stxIF SIX 180 stxIR stx2F GGCACTGTCTGAAACTGCTCC SIX 2 255 stx2R TCGCCAGTTATCTGACATTCTG eaeAF GACCCGGCACAAGCATAAGC eaeA 384 eaeAR _ CCACCTGCAGCAACAAGAGG hlyAF GCATCATCAAGCGTACGTTCC hlyAF AATGAGCCAAGCTGGTTAAGCT EHECAIyA 534 3 3 1 1996 2008 2 O O157 O26 0111 90 96 1996 0157 1997 1998 0157 026 O111 3 O 1999 3 O O 0157 O26 0111 23 15 O1l H1 1 FR OS HI6 1 O63 H6 1
207. CD 109 PVE RT 3 60 1 6 7 1 20 1 1 1 10 9 11 1358 5 ADDS 3 KH 110 37 33 6
208. HEV TEGUH CHok SE E 11 3 1 G3 1 G4 12 HEV24 76 77 78 95 96 133 134 135 136 137 142 429 1 HEV24 1 100 3 HEVT4 8 T22 97 7 9 9 3 E 2 HEV137 HEV142 HEV136 HEV135 HEV134 HEV133 HEV96 HEV95 HEV78 HEV77 HEV76 HEV24 J HEVTS HEVI4 Arkell AY115488 HEVI28 Beijing AJ272108 fitus Genotype
209. PCBs 1 4 A No 1 5 PCBs TrCB TeCB HxCB NaCB DeCB TrCB TeCB PeCB HxCB HpCB OcCB NoCB DeCB f 2 PCBs ARIS pgg B m BR 3 1 1 25000 20000 15000 10000 5000 DeCB HxCB OcCB NaCB 3 PCBs 3 3 FEDS ICV CPCBsaE SE OO ABA PCBs PCBs PCBs n 5 n 3 PCBs
210. 2 2 2 1 3 1 PCBs PCBs68 Cs PCBs12 1 ng mL 2 PCBs Cg 26 1 0 ng mL 3 PCBs Ce PCB111 50 ng mL 2 2 2 DMSO0 10 22 44 IST 60 70 230
211. Mulder P Weisglas Kuperus N Effects of perinatal exposure to PCBs and dioxins on play behavior in Dutch children at school age Eviron Health Perspect 110 4593 598 2002 5 PEP A K HT 8PCB PCB 12 855 865 2002 WENT PCB 26 65 72 2002 7 LX RAMA P 90 p115 2005 8 Yamamoto H Matabolic LLI Yoshimura studies on polychrorinated biphenyl Complete structure and acute toxicity of the metabolites of 2 4 3 4 tetra chlorobiphenyl Chem Parm Bull 21 2237 2242 1973 9 Masuda Y Haraguchi K PCB and hydroxy PCB congeners in the blood of patients Yusho PCB poisoning Organohalogen Compounds 66 2561 2565 2004 10 RMR PAAR EC PES M Wm 19 1977 1995 PCB 1
212. eae4 16 10 7 1 eaeA A EE SR EE E TEIG PL 02 Beutin DORE 0157 89 40 ege4 Wang HUS 3 5 Polymerase Chain Reaction RPLA SE JD ER RPL A six stx eaeA hlyA 1 O8 H16 1 2 a O63 H6 1 2 E 091 14 O91 H14 1 1 eb F O91 H21 1 1 S 1 1 2 1 EM LO O103 H2 3 1 T Fe 1 1 O103 H11 1 1 FE O115 H10 1 1 O118 H16 1 1 T ar O119 H7 1 1 O121 H14 1 2 aR HE s ae O150 H11 1 1 Fu n ab zn O165 H14 1 Is T 1 1 d x 165 1 1 2 OUT NM 1 2 zi a NM OUT O
213. 11 30 12 30 13 30 14 30 15 30 p B 2 x M 6 mm 8 t 10 0 600 E Zn D Zn 0 500 SS 0 400 0 300 Zn mg L SS mg L 0 200 0 100 10 30 11 30 12 30 13 30 14 30 4 Zn SS 0 6 0 00125 05 r 0 989 n 5 0 4 2 b 03 Na 000117 x 35 r 0 998 n 5 0 1 0 0 0 100 200 300 400 500 SS mg L 5 SS Zn 4 2 T Zn D Zn 4 Zn 0 48mg L T Zn D Zn t T Zn D Zn ORE RS HED P Zn SS T Zn P Zn 5 EK T Zn D Zn 6 T Zn D Zn L Q cup 10000 O T Zn 12 30 D Zn
214. 110 91 1 3 0 1 5 pg g n 3 pg g 90 666 11 9 1 4246 11 9 210 3 8 6 1609 4 5 400 1 2 3 2540 1 1 5 0 1 58 40 0 1 304 54 7 1553 4 4 82 1 5 23 447 1 3 126 2 2 12 884 2 5 73 1 3 18 569 1 6 113 2 0 13 739 2 1 254 45 8 1520 4 3 35 0 6 30 346 1 0 25 0 4 39 232 0 7 17 0 3 43 126 0 4 32 0 6 34 303 0 9 14 0 2 44 119 0 3 240 43 4 2000 5 6 55 1 0 29 360 1 0 105 1 9 16 655 1 8 34 0 6 48 96 0 3 18 0 3 45 110 0 3 14 0 2 46 107 0 3 10 0 2 47 98 0 3 94 1 7 28 387 1 1 29 0 5 41 179 0 5 134 24 14 711 2 0 29 0 5 40 197 0 6 9 0 2 49 90 0 3 396 7 1 2 2691 7 6 10 0 2 50 83 0 2 7 0 1 57 40 0 1 289 5 2 5 1743 4 9 165 3 0 9 1103 3 1 80 193 7 8138 118 99 5 gt 7 182 61 0 1 58 0 1 4 6 5 H18 2
215. 14 8C 1979 14 8C 14 0 C 40 045 0033 000333 1999 17 1 19 6 LAB 4 048 004 0012 000118 1980 6H 43 049 oost 0014 000089 M TE MERO E57 9H 41 063 0156 003 000001 LM MD tk 7 E m 128 42 051 0079 0021 0 00051 19884 28 17 1 C E 15km RATE ERE EE Ls 2j it dc vx d ul UM ii TU Y A s Eok in 4 IE Ris im ORE 8 kim 2 i AA MO nw 1962 1966 1970 1974 1978 1982 1986 m 1990 1994 1998 2002 2006 NATUR Vane aa a ha eMe A we e gt a S o Ed EM e m gt D D e e e EA E B A o o o S e e eo e e e e e 1962 1966 1
216. 3 4 J pg 3000000 ag 2000000 I Ps a J 1000000 Pd 514839x gt 0 998 a 1 2 3 4 5 B ug 5000000 4000000 Fs 1000000 a d Ts a SARAR un 2000000 1000000 P yz die p R 0 994 0 1 2 3 4 5 m p F 22127 d 600000 500000 400000 300000 AJ 200000 y 107701x RE 0 9772 100000 ad 4 1 2 3 4 5 RISE X2 VOC oc 2 GIT 2 bp o 4 1 2 3 2 TERITO 3 4 1 3 2 4 1 2 1 3 2 4
217. 7 0157 7 0103 2 0157 7 0157 7 0103 2 0157 7 0157 7 063 6 0157 7 0157 7 0157 7 0157 7 0157 7 1 1 1 1 VT 142 132 ETa L2 1 2 142 1 2 1 2 1 2 172 2 1 2 1 2 I2 174 1 2 142 142 2 1 2 112 EZ 12 T4 1 112 2 1 112 112 1 2 112 19 AVERYS 6 boydii 10 9A flexneri 2b PFGE 0157 026 7 7 829 829 829 c72 b811 b811 b811 b811 b811 c69 c69 5774 c69 320 320 C320 c313 c320 c320 677 b82 343 b82 b142 Coot c194 c194 C320 19 PFGE PFGE 07E001 07E003 07E003 07E007 07 007 2 8 07E007 07E004 07E004 07E007 0157 07 014 2 8 07 014 amp 8 07 020 2 A C 07 020 2 07E020 07E020 07 028 2 8 07 036 amp 8 0 7EO12 07E018 07E018 07EO018 07E022
218. DAY HRL EUT EE MAIS C BED dg ni ABE L WORST RAHM NEMS AAA SAUL ST 9TH 06 at HY EI FO c pz az SEERRECO a Ba E amp MAOA ACS HO CRIED AGUS CAMO BARS IQ SE Co 1 Sic c e x 21S B EE p CO S04 1 24 SREY 0 2136 c ps 22 Hf Bi EA ae HRY i LW ss 8T Weak WR c 163 i ER x 2 a Hh d 25 88 B FF E m Z HB a E E B mL X W dM Mo 2H m m 3 5 1 9 20 12 26 T 818 0135 39 TEL 092 921 9940 FAX 092 928 1203 T800 0037 3 5 TEL 093 371 3231 FAX 093 371 5735 27 70
219. III Genotype IV Genotype I Burma M73218 Mexico M74506 Genotype II 01 1 E 0 EHBTZEU A VAIL 4777 GDR n ILL RS GIV 2 BE Te PATIT oTa s 91 19 13 11 12 1 HEV R NA G4 9 1 11 1 HEV GTI HEYV
220. M Steinert et al FEMS Microbiol Rev 26 149 4 2 162 2002 ATP 3 M Exner et al Am J Infect Control 33 526 40 2005 119 HHHHHHHUHHHHHHHL 3 3 3 3 3 1 3 3 3 E 3 3 3 3 3 3 3 3 3 3 3 3 3 3 I 3 3 3 3 3 3 3 0 3 5 05 oo pa oo 3 oOo 3 oo ELE Cy L1 rj Ez fes Sie ag i Se mo i o a TJ ao ad E L1 L1 aoad BLUE NAE BG HUHHHHHHHHHHHHHHHHHHL ICE EET ERR ERR eee E EE Ee EE E c a 6 HHHHHHHH1el 50 10000 00 0 0 540 40 1000 I DL 0 0 D UU 190 100 10000000L AEE OEE BL HE EUH HE BEI 000000000000 81651000000 00000 120 1 ox a 12
221. Vol 19 No 2 120 130 2008 KI 5 1977 2003 4 3 030 1 717 5 371 3 2 313 3 7 659 4 3 22
222. Zn 0 026 mg L 03mg L T Zn D Zn 2 T Zn D Zn 2007 3 2008 2 0 01 0 03mg L D Zn T Zn D Zn L L Q 3 D Zn L Q T Zn 250m7h L Q Q D Zn L Q Zn mg L e 0 04 0 03 0 02 0 00 101112 1 2 3 4 5 6 7 8 9 101112 1 2 3 20064 20074 2008 E 2 20 y 0 000476 Y 0 0145x 15 r 0 799 n 13 r 0 885 n 13 10 R L Zn g h O 0 100 200 300 400 Q m3 h 3 Zn 7 30 8 30 9 30 10 30
223. mate CIN TCBS NGKG TSI SIM 0157 25g m EC Modified Escherichia coli broth with novobiocin N mEC 225ml 42 CC 24 0157 0157 CT SMAC TSI SIM C LIG 25g Buffered Peptone water BPW 225ml
224. 19 7 7 H19 7 10 eF RA 19 7 17 qr 19 7 23 H19 7 23 EX H19 8 3 A H19 8 1 1 H19 3 28 H19 4 2 H19 4 6 H19 4 26 H19 4 30 H19 4 30 H19 5 10 H19 5 10 H19 5 12 H19 5 14 H19 5 19 H19 5 19 H19 5 24 H19 6 4 H19 6 4 H19 5 29 H19 6 4 H19 6 1 H19 6 14 H19 6 28 H19 7 9 H19 7 5 H19 7 12 HD eae 42 HIS toti H19 7 24 H19 7 24 H19 7 23 H19 7 20 HIS Tra H19 7 27 H19 H19 H19 H19 H19 H19 1 OT co co co OO oo 27 NH 64 Bd2 914 1 3 1887 S sonnei S boydii DNF ER S sonnei DNR ER S flexneri 015T H 0157 7 0157 7 0157 7 0157 7 0157 7 0157 7 0157 7 0157 7 0157 7 0111 H 0111 H 0157 7 0157 7 0157 H7 0157 H7 0157 7 0111 0157 7 0157 7 0157 7 0157 7 0157 7 0157
225. 4 1 0150 H11 0165 Hl4 0165 NW 1 OUT NM 1 NM x OUT O 0157 H ZR Sorbose Lactose Sucrose se JT a WE Bb WE b Ott an an EK 27 Ek P a NI 26 A Sorbitol 3 Sorbitol 1mm MacConkey Rhamnose O103 H11 1 O118 H16 1 O150 H11 1 OI65 NM 1 OUT NM 1 18 Sorbose MacConkey Sorbose O1 H1 1 O63 H6 1 O103 H11 1 O121 H14 1 O150 H11 1 0157 0157 HO 08 H16 1
226. 53 RA RG MHL H3 B CO 0 3 NA cea A H3 21 B 11 87 Na ieee 4 5 L C v e Hei e EXT 5 es fal amp Xv C S 5 6
227. 60 3 Tola p bku7zz m yvE 100pL 10 3N T RU US OI eH wes 10 405 nm 630 nm 3 600 3 Tm 22 5353 2 5353 22 22 5353 5353 22 22 535 5353 5353 10 19 20 29 30 39 40 49 50 19 ce p N 19 4 20 3 Ct 1 1332 676 644 12 Ct p 103 168
228. 69 07E073 10 18 07E073 07E075 07E075 07E077 07E088 07E094 07E093 a Ld E EL b 1 19 5 10 b 0157 7 VT1 2 3 4 3 19 5 Lane 1 A 5 6 2 5 7 JE 3 C 5 8 4 D 5 1 E 5 2 E ZA 19 10 Lane 1 A 2 B 3 C 10H16H 4 D 10 27 C C
229. 69 4775 2007 9 Frank C et al Vector Borne Zoonotic Dis 2008 10 Stephan R et al J Dairy Sci 91 7 2561 2565 2008 11 Seto K et al J Vet Med Sci 69 12 1215 1222 57 2007 12 Beutin L et al Emerg Infect Dis 4 4 635 639 1998 13 Wang G et al J Clin Microbiol 40 10 3613 3619 2001 Minor serogroup Shiga toxin producing Escherichia coli isolated in Fukuoka prefecture between 1996 and 2008 Sachiko NAKAMURA Yoshiki ETOH Mitsuhiro HAMASAKI Koichi MURAKAMI Shigeyuki TAKENAKA Kazumi HORIKAWA Fukuoka Institute of Health and Environmental Sciences Mukaizano 39 Dazaifu Fukuoka 616 0155 Japan Minor serogroup Shiga toxin producing Escherichia coli except O157 O26 and 0111 isolated in Fukuoka prefecuture between 1996 and 2008 were tested about biochemical characteristics and antibiotics susceptibilities and investigated about pathogenic factors There were 23 strains that were isolated from 16 patients including two food handlers and seven asymptomatic individu
230. 7 08 130 A Brisbane 59 2007 80 320 320 07 08 129 A Brisbane 59 2007 40 80 80 07 08 196 A JFUKUOKA 34 2007 80 40 320 07 08 330 A JFUKUOKA 25 2008 160 160 320 Hiroshima520 Nepal92106 Canada121206 NIID ID 5 No 2 No 1 No 2 A H3 05 06 10 A HIROSHIMA 52 2005 1280 320 320 06 07 153 A Nepal 921 2006 320 640 640 06 07 680 1212 2006 40 160 320 06 07 628 A Brisbane 10 2007 640 160 320 A Brisbane 10 2007 X Pee 171A 640 640 640 07 08 1 AJ Brisbane 10 2007 X 171 1280 640 1280 07 08 181 A Uruguay 716 2007 640 640 640 06 07 681 A Hawaii 08 2006 80 80 160 06 07 679 A Lyon 1331 2006 40 80 80 07 08 331 AFUKUOKA 19 2008 160 320 320 A New Caledonia 20 99 4A H3N2 A Hi roshima 52 2005 LPL pi A Hiroshima 52 2005 H3N2 B
231. 8 2002 4 TURE VY m UV AED p 44 48 5 E HEV HEV HEV 47 6 316 318 2006 6 26 10 269 270 2005 7 E 254 47 8 384 391 2006 Detection of Hepatitis E virus in wild animals living in Fukuoka Prefecture Tetsuya ISHIBASHI Shiko NAKAYAMA Yoshiki ETOH Nobuyuki SERA and Katsumi CHIJIWA Fukuoka Institute of Health and Environmental Sciences Mukaizano 39 Dazaifu Fukuoka 818 0135 Japan In the case of human HEV infection in Fukuoka prefecture in 2005 we confirmed the patient had been infected with HEV by eating wild boar meat contaminated with HEV Therefore we investigated the incidence of HEV among wild animals in Fukuoka prefecture Samples were collected from 125 wild boars and 18 deer that were caught in Fukuoka prefecture and HEV RNA in the samples was investigated RT PCR showed that 16 wild boars had HEV RNA and the genotypes were G III and GIV Key words Hepatitis E Wild animals PCR 35 93
232. 80 160 640 640 640 640 640 640 320 1280 640 640 1280 1280 640 2560 1280 1280 1280 2560 320 1280 640 1280 640 1280 160 80 80 160 320 320 160 40 40 80 160 320 320 160 160 320 320 640 13 A B COE SIRES OIN SU Bau 251 167 67 401 170 42 140 42 3090 507 65 139 331 35 11 454 1 07 24 838 87 100 SE COC SEA CL Vente
233. 9 9 16 H19 9 12 H19 9 19 H19 9 12 H19 9 29 19 9 18 H19 9 23 19 10 1 H19 10 14 H19 10 10 H19 10 14 H19 10 12 H19 10 15 H19 10 16 H19 10 21 H19 10 25 RRIA H19 10 26 H19 10 27 H19 10 22 H19 10 28 H19 10 30 H19 11 6 H19 11 17 H19 11 8 H19 11 12 H19 11 17 H19 11 23 RRIA H19 12 20 20 1 8 20 1 13 H20 2 15 RRIA REA H20 3 20 H19 7 30 HI 5 2 19 8 16 H19 8 17 H19 8 15 NO 5 4 19 21 HIG 8 25 H19 5 11 HI9 8 29 HI9 8 29 HIS J H19 8 24 HT9 8 27 HI9 5 21 HIS 9 06 H19 9 4 H19 9 19 HL 9 20 H19 H19 H19 H19 H19 H19 H19 H19 H19 9 28 A131075 HIS 10 07 HELO TO H19 10 17 CO O RO O1 H19 10 18 H19 10 23 HIS 10 I9 19210 28 HIS 10 21 HIS 10 29 19 11 1 HI9 10 29 HIS cT HI9 11 5 H19 11 14 H19 11 14 HIS 11 22 HIS 11 15 HIS 11 19 119 11 30 H2O HI9 12 29 1 H20 1 15 H20 1 16 H20 2 17 20 2 T9 H20 2 6 2002209 H20 2 29 H20 2 21 120 3 26 O0157 H7 0157 H7 026 H11 0157 7 026 H11 0157 7 0157 7 0157 H7 0157 H7 0157 H7 0157 H7 0157 H7 0165 H
234. 97 2008 EC 0C SH ABBA BAEK SPM SPM 2 5um PM2 5 20 07 1 12 1 EC OC 2 5ug m 3 4ug m C EC OC EC OC OC EC 1 35
235. 970 1974 1978 1982 1986 1990 1994 1998 2002 2006 1962 1966 1370 1974 1978 1982 1986 1990 1994 1398 2002 2006 1 LS T y 4 2 1 8 1 1 8 re 4 4 4 e e e wo ec e r m e e gt ed ES e e e e e e n cu eaa i wa a a e i Cx cy Cd 3 1 PANN NMA erar Aud PW 1970 1974 1978 1982 1986 1990 1994 1998 2002 2006 1962 1966 1970 1974 1978 1982 1986 1990 1994 1998 2002 2006 E WE V ARA 4 MA MICA 1 L 1966 1970 1974 1978 1982 1986 l 3 2 2007 1 3 2 2 7 8
236. A SA 20 EHC ie See 45 R 1 0 1 ieee oe 4 5 OD UR e pud E X MARE C do EDD P V 5 BUEO RUBER T AT AILS 1 5 R THV RDF
237. Dye Terminator v3 1 Applied Biosystems 3130 xlGenetic Analyzer Applied Biosystems Clustal W 3 HEYV RNA 1 1 0 2 00 0 2 189 125 18 16 12 8 RT PCR 1 HEV128 GIV
238. N2 B Malaysia 2506 2004 B Shanghai 361 2002 HA DDBJ 2 4 Oseltamivir Tamiflu NA 18 A HIN1 4 19 A H1N1 51 55 NA NA RT PCR PCR 119 198 274 292 294 5 PCR
239. PFGE 3 1 6 2 19 10 EHEC OIST H7 VTI 2 2 4 4 PFGE Hm CO N FEVER T Tor 7 07 002 07E003 07 004 07 005 07E006 OTEOOT OTEOOS 07 009 OTEOLO OTEOII 07EO012 OTEOI3 OTEOIA OTEOI5 07 016 OTROIT OTEOIS 07 019 07E020 OTEO21 07E022 07E023 07E024 07 025 07 026 OTEO2T 07 028 07E029 OTEOSO 07E031 07 032 07E033 07E034 07 035 07 036 O07E037 07E038 SD RT NO 7 18 1 11 3 18 3 24 2 1 H19 3 24 EF H19 4 1 H19 4 22 H19 5 6 H19 5 8 H19 5 7 H19 5 14 H19 5 23 H19 6 4 H19 5 27 H19 6 9 H19 6 24 S H19 7 1 EF H19 6 29 H19 7 1 hae Seu H
240. Q0 2L G 2 Cae TRV LS CAE ERE CES BE DG xm 2 C 3 xd MES Se 21602 Xe CEPI CAM CE 6 uc d xx C0 3 0 4 208 B Co HARA EP 2 gt mHY 22427 4 C amp CC W HAE PES Ic 06H c C 214 gu BY qa XV Su YE Co BY KURYA amp 0 SE 2U8 Bn 92 0ZH at Hy C YT Ec d El Bk Co E NE 66 06H EH ORAH WOOF zy nga AL E T EI Bp CH Xe X Co A 42 HY MEO BUS Bil Hif a 27 ERE EGE MRE ty OC M RECO 27 43 Cit XE BOSE SE CZ CZ Ba EE Be SI 00 L 18 159 ded 6 PS UG K OH SE asp S ups TLR LPOG HbF o7 7 M Ru DUE Se hf SSG SPORE SE ERx4297 tigx H CASK YE x 2 SERIES HY 2 C LEA XEM OO Re AEA 2 6 2 CAS 20212 cou hh 2 120 ME TIE 220 202 LAT MHS S BE 5 ERO ug E CO 3EBg AU SIACDER ALEK SES T COSEBESK WR c ae cts GC LP SUG SCO HY SEP 29 RO EAR A 29 6 KR AE TERE OFS 2 IU C cp 2 7 Bg XP e SU SE ERU TR 2 4 O
241. Research Institute 5 Miyagi Prefectural Institute of Public Health and Environment 6 National Institute of Health Sciences Tsuguhide Hori Dasisuke Yasutake Yuki Ashizuka Jumboku Kajiwara Reiko Nakagawa Takao lida Tomoaki Tsutsumi and Kumiko Sasaki Kitakyushu Life Science Center 2 National Institute of Health Sciences Tsuguhide Hori Suguru Inoue Daisuke Yasutake Takashi Todaka Hironori Hirakawa Jumboku Kajiwara Reiko Nakagawa Yuki Ashizuka Takao Iida Takesumi Yoshimura and Masutaka Furue gt 1 Japan Food Hygiene Asssociation 2 Kitakyushu Life Science Center 3 Kyushu University 130 metabolism human exposure and risk assessment Tronheim Norway 5 10 August 2007 27 International Symposium on Halogenated Persistent Organic Pollutants Tokyo Japan September 2 7 2007 27 International Symposium on Halogenated Persistent Organic Pollutants Tokyo Japan September 2 7 2007 27 International Symposium on Halogenated Persistent Organic Pollutants Tokyo Japan September 2 7 2007 27 International Symposium on Halogenated Persistent Organic Pollutants Tokyo Japan September 2 7 2007 3 Congener specific determination of Suguru Inoue Tsuguhide Hori Takashi Todaka 27 International Symposium on PCBs collected from Hokkaido Japan in human breast milk Concentrations of pol
242. UEE 4 252 A CHS im LL ABD ERS PEL SEE ACIES 5 Vo Afar 2 Ne SCLV 2 see ip EDUC EPISC gos E 7 CERERI EE CE 3 SCLY E Rtx 23308 X y U HRGC HRMS
243. Y au SF s gue Co SCY al ASL RSL ADT QOO E TRE CZ ALS T 44 y Ut MAX ANAL C Ly aedifi od RAOLTAOD AF 2 Ayes 2 2 HH EO gt Br4 SC RE LEV ae 72 SL OEE HR IE 66 06 Me MOE SM SAP EY BE SE AY WS LE BP D p IZ 0ZH eS es opp SELON d Ed 2155 SX SS ZZ 0ZH 5 11 35 amp ABEL Bil Hif a 27 ERE EGE MRE y OC 160 EGER OG SEDE SE XA C GO OSACIZ IQ2O2 0 BMY 723 214610 EEO EPL UES Hia chew co 9 RU Ic 02H 25 wm Ar RASS SA EBB 2H IL SE Ep Co UE AUER 0 AAM 2 26d CH 2S GLO LOWS WMO ag AS Ze EE C dos BE 9 4 EY ett CO 3E BB Co 1b EH oe Ge Ee YE 32 Be BY at IEE UX c lay Eu WES DAI HE EEG PAY PAT Ay X 161 2 XA DLS 2 36 Mr BE gt 2 o mim uiu VEE NDS HD OCA a SA El Up 0 0 u102h50 i 4 CUS REED S el sC 4 ALARE CLAD 61 81 Wa EX AGF ILLES SLY LAGI E EE 1 QS A BETES QUALG 7 0 CPV Ra
244. ace method As a result VOCs including ethyl benzene and xylene were detected from the alcohol swab When we compared two methods of extraction SPME showed higher sensitivity than headspace However the headspace method showed a superior quantitative capability key words complaint alcohol swab SPME headspace GC MS 35 77 82 2008 PCBs MR RSH 2005 2006 15 PCBs HRGC HRMS PCBs PCBs PCBs PCBs KC 500 KC 600 PCBs
245. al of Medicine 353 13 1374 1385 2005 3 Vasiliy P Mishin et at Journal of Antimicrovial Agents and Chemotherapy 49 11 4515 4520 2005 4 Arnold S Monto et al Journal of Antimicrovial Agents and Chemotherapy 50 7 2395 2402 2006 5 Penelope Ward et al Journal of Antimicrovial Agents and Chemotherapy 55 Suppl 51 15 121 2005 6 http www fihes pref fukuoka jp 7 p853 895 15 12 9 8 28 313 320 2007 9 28 320 322 2007 10 Karoline Bragstad et al Virology Journal 5 40 1 19 2007 11 http www city yokohama jp me kenkou eiken news html 20 2 29 12 29 155 159 2008 Current trends of antigenic and genetic characteristics of influenza viruses isolated in Fukuoka Prefecture between 2005 and 2008 Nobuyuki SERA Yoshiki ETOH Shiko NAKAYAMA Tetsuya ISHIBASHI and Katsumi CHIJIWA Fukuoka Institute of Health and Environmental Sciences Mukaizano 39 Dazaif
246. als including four food handlers They were classified to 15 serogroups strains isolated from food handlers were O91 Not all patients had eaeA hlyA even with bloody diarrhea Key words Shiga toxin producing Escherichia coli minor serogroup regular fecal examination of food handlers O91 35 65 70 2008 ERZ IRRE PUE ABHA FAAR 35 UJ OF YT 7 VON POA IV ARO SL JEU AE PEZ e OB UCN COMM TI 1 FRE 12 2 17 18 A H3 19 A H1 A HI1 A So1omon Islands 3 2006 A H3 A Hiroshima 52 2005 Hemagglutinin HA 17 18 19
247. atients Collected during Medical Check up for Yusho in 2004 2005 Takashi Todaka Hironori Hirakawa Jumboku Kajiwara Tsuguhide Hori Kazuhiro Tobiishi Daisuke Onozuka Takao lida Takesumi Yoshimura Masutaka Furue Fukuoka Acta Med 98 5 222 231 2007 16 1 7 316 351 PCDDs PCDFs non ortho PCBs 2 Eee 10 2 3 4 7 8 PeCDF 2 3 4 7 8 16 9 29 16 74 7 17 114 14 Kyushu University 126 13 2006 PCB
248. cts human health Therefore the elemental carbon EC and organic carbon OC in SPM were investigated in samples collected on the roof of Fukuoka Institute of Health and Environmental Sciences in Dazaifu city for one year between January and December 2007 to determine the influence of automobile exhaust gas which is local pollution The relation of local pollution to the transportation of air borne particles from the continents such as yellow sand haze and Ox with these carbon component was investigated As a result annual average concentration of EC and OC was 2 5ug m and 3 4ug m respectively EC concentrations were high in winter OC concentrations were high in spring OC concentrations were higher than EC concentrations through the year and the OC EC ratio was 1 35 for the yearly average and was the highest in spring In addition EC and OC showed higher concentrations than the annual mean on the days of yellow sand haze and high Ox concentration but the EC SPM ratio and the OC SPM ratio were less than the annual mean Therefore it was thought that the influence of particle transportation from the continent such as yellow sand haze and Ox is small Since OC EC ratios rose on high Ox concentration days in spring and summer it was suggested that secondary OC generated on these days In addition EC was related to automobile exhaust gas because the correlation coefficient between EC and NOx was more than 0 6 and EC and OC concentrations on we
249. d Nobuyuki Sera Kiyoshi Fukuhara Shigeki International Symposium for yellow vegetables against 8 OH dG Sasaki Hideo Utsumi Hiroshi Tokiwa and Polycyclic Aromatic Hydrocarbons induced by nitrophenanthrene Wakabayashi derivatives in C3H He mice Brominated Flame retardants HBCD TBBPA and SPBDEs in market basket food samples of northern Kyushu district in Japan Daily intake of polybrominated dioxins and polybrominated diphenyl ethers estimated by market basket study Comparison of accelerated solvent extraction and alkaline digestion hexane shaking extraction for determination of dioxins in animal origin food sample PCBs concentrations in blood of Yusho patients 2006 Yusho annual inspection in Fukuoka Japan 1 National Institute of Health Science 2 Nagoya City University 3 Kyushu University 4 National Cancer Center Satsuki Murata Reiko Nakagawa Yuki Ashizuka Tsuguhide Hori Daisuke Yasutake Kazuhiro Tobiishi and Kumiko Sasaki National Institute of Health Sciences Yuki Ashizuka Reiko Nakagawa Satsuki Murata Daisuke Yasutake Tsuguhide Hori Masakazu Horie Chizuru Nishioka Tetsuo Takahashi Ikuo Tamura Toshihiko Teshirogi and Kumiko Sasaki Saitama Prefectural Institute of Public Health 2 Kagawa Prefectural Research Institute for Environmental Sciences and Public Health 3 Hokkaido Institute of Public Health 4 Nagoya City Public Health
250. ecycling Beppu city Japan November 4 Systems 2005 2 Toyohashi University of Technology 3 Kyushu University at 132 ALB ILI BIC Bt SB PTAA VY MP SS e SS N0 NO0 NO LC MS 2 33 0 AD le LOR 7 dE 1 0157 IS pr intine ERZ FRE RER RAAB HL HEAT IRRE HIRE WE T
251. ekdays were 40 and 20 higher than those on holidays respectively Keywords Elemental carbon EC Organic carbon OC Particulate matter Seasonal variations 35 98 101 2008 Pn RARE Mls APRA Aa 237K AEE TWD Jl T Zn SS SS Q D Zn L L O SS amp P Zn T Zn 0 0145Q F0 00117 SS Zn F Zn D Zn 78 89 T Zn SS 1 5 D Zn
252. itute of Health and Environmental Sciences Mukaizano 39 Dazaifu 8186 0135 Japan In 2003 total zinc was set as an environmental quality standard in order to protecting aquatic life A zinc runoff prediction model is necessary for water quality control Therefore we have investigated the runoff characteristics of zinc in Ohmuta River as an example of an urban river The results were as follows Total zinc concentration T Zn was greatly influenced by SS concentration SS A relationship between stream flow Q and load L of dissolved zinc D Zn was able to be showed with L aQ and one order regression equation was found between SS and suspended zinc P Zn As a prediction method the empirical equation T Zn 0 01450 0 00117 SS was obtained from two regression equations described above 5 2 Free ion concentration F Zn such as Zn was analyzed scince these values have a direct influence on an aquatic life F Zn comprised 78 80 of D Zn T Zn and SS were measured by periodic monitoring Water quality control by D Zn obtained from the first term of the above equation using T Zn and SS monitoring is more effective Key words zinc runoff characteristics speciation urban river water quality control 101 35 102 104 2008 19
253. ka Akihito Hagihara BMC Infect Dis 7 26 2007 1999 2004 9 119 2000 Kyushu University 3 43 4 199 207 2007 PAHs PAHs
254. ko Nakagawa Tsuguhide Hori Daisuke Yasutake Kazuhiro Tobiishi Kumiko Sasaki National Instisute of Health Sciences tl HRA 2 122 Sonomi Fumihiro it EE 98 5 2007 Fukuoka Acta Med 98 5 222 231 2007 98 5 176 181 2007 ft Pes 95 2008 98 5 106 109 2007 Molecular Nutrition Food Research 52 273 283 2008 RADIOISOTOPES 55 679 686 2006 1821954 Chemosphere 69 1228 1237 126 2007 126 P 126 prr PAZ PET P 126 ATAS SEDET 34 73 79 2007 Aem YS BEZ BESSER IP 128 2 cU 34 80 86 2007 Vol 18 P 128 No 6 pp 434 442 2007
255. l based soc cum ee 4 S OD UR ERA 519 5 OO D RUSS amp FRAICHE T 920 LIC WETAN ETORRI ANS CE 5 HBOR ENR DAIRI 5 UC M SUE Aer EN RI AME E 2 1 9 1 8 1 1 9 4 1 2 143 UR
256. llege of Pharmaceutical Sciences 2 Health and Welfare Canada Takashi Todaka Hironori Hirakawa Jumboku Kajiwara Kazuhiro Tobiishi Daishuke Onozuka Takao lida Takesumi Yoshimura Masutaka Furue Kyushu University Takaaki Shimohara Auko Niiya Naruyasu Itagaki Toshihiro Kitada Kitajou 1 Fukuoka Research Center for Recycling Systems 2 Toyohashi University of Technology 131 Shunji Pollutants Tokyo Japan September 2 7 2007 27 International Symposium on Halogenated Persistent Organic Pollutants Tokyo Japan September 2 7 2007 27 International Symposium on Halogenated Persistent Organic Pollutants Tokyo Japan September 2 7 2007 27 International Symposium on Halogenated Persistent Organic Pollutants Tokyo Japan September 2 7 2007 27 International Symposium on Halogenated Persistent Organic Pollutants Tokyo Japan September 2 7 2007 The 13 JSPS MOE Core Program on Urban Environment Invitation lecture Beijin CHINA September 3 4 2007 Joint Seminar of University A wide area scavenging technology Takaaki Shimohara Auko Kitajou Shunji Carbon Saves the Earth 2007 Sth of air pollutants using activated Niiya Naruyasu Itagaki Toshihiro Kitada J apan China Koria Joint carbon fiber and its prospect for the Isao Mochida Symposium Invitation lecture future 1 Fukuoka Research Center for R
257. p31 2006 2 0 0 6 p34 2006 Cyclical fluctuation of water temperature in Hyugami dam lake Taso IKEURA Kenji ICHIKI and Tomokazu TAKEDA Fukuoka Institute of Health and Environmental Sciences Mukaizano 59 Dazaifu Fukuoka 516 0135 Japan Fukuoka Prefectural Yame Public Works Office Hyugami dam Control Branch Office Kuwanose 33 7 Yabe Yabe Fukuoka 834 1402 Japan Cyclical fluctuations in water temperature in Hyugami dam lake between January 1962 and February 2008 were studied As a result the water temperature of the bottom layer in January February and March when the water temperature was the lowest gradually increased at the rate of 0 018 0 033 C year This rate almost corresponded to the normal temperature increasing rate 0 027 C year of winter on Kyushu and Yamaguchi Prefecture for the period of 1955 2005 years However the water temperature of the bottom layer in July August and September rose at a rate of 0 156 0 167 C year This rate reflected the frequent disappearance of the bottom cold water layer in recent years and was about one order greater than the normal rate of temperature increase 0 017 C year in summer in Kyushu and Yamaguchi Prefecture Furthermore the water temperature of the surface layer gradually increased at a rate of 0 021 C year For the tempera
258. pe M G III 1 GIV 1 E RNA E 17 E HEV RNA
259. r E 8 E 4 ME PUA EXE 1 Enteritidis 9 H12H RDNG 14 Penner NELUH AUC nE 7272 0157 Domen Temm 3 xw wp 10 10H24H 4 3 26 44 87 L9 107268 4 Penner FD aa gan e DE SAB 8 14 a 12 5 A BAM O o n3 Cm Dems ls D omes 1 lalwlemals me 8 EE E 21 18278 6 9 2 fis _ 2 8 ee ome Ce b dut hh pati imu E E GI 4 GI 8 28168 GII 2 GII 4 GII S TEKS gt j s l 27 H amp 2 1 1 oo ee fe 86 1 pog GII 4 eae GII 4 I GII 4 GII 4 we um 2 4 4 L
260. s IEEE ND 62 A C MESZ Gk Pxaecx uwe uc E 0 XH 36d 2 7 IYI OA DAC 1 Co 89 Oo Hohe 2909 CQ 2 SIRES LYSE 2186 ri BY C ER BE Ry ESE CE RS ER SE CUEN SC Sey gt 36 HEEL LW AY Co YA AA UE 40 CX 16 c QT S BEES ONDE HH xe 6 6 XU MN DY ned 3 ua DUX LAC TDR I ed pue XESE 2 71 4 tA Co AE SA UZLL HEHE DL S H HPV I 3l Co RE Co SD e XS ROE gt EINE 43 2 GALT Hag Bea 1 LAG SH LAWS S TRAY MMOS XE Ei EE OO EB SEC I 81 81 28 8I STH Sails oed C O UE See AF 8 GIH HNO x gk Bg 3 o AENA SECO LNV u BASE 8I 9TH MA d eq ut AK eK LOR 2 6 BED oe AHAA A COBRA x E 8I LTH 3 OAR BE A Bil Hif a a Bde Ly duy 81 eX i 162 ASL FAAALI 2 9 Se BW HY STON X 2131 Gla 52989 CO AGI Mikey SE LAW OL 81 91 S PDA RE OGL WAH LIC XE C 6 3 oe SET CD Mat LE
261. ture the mean annual value of the temperature measured at nine o clock every morning on the Hyugami dam lakeside increased at a rate of 0 032 C year and the annual mean temperature measured by the Automated Meteorological Data Acquisition System Kurogi near the Hyugami dam increased at a rate of 0 029 C year Key words Water temperature secular fluctuation dam lake and global warming 35 90 92 2008 d 6 ERZ 17 E E E 18 19 125 18 E RT PCR 16 E Genoty
262. u Fukuoka 818 0135 Japan The antigenic and genetic variation and drug resistance of influenza viruses isolated in Fukuoka Prefecture between 2005 and 2008 were analyzed Under the Fukuoka Epidemiological Surveillance of Infectious Diseases clinically diagnosed influenza cases have first been reported in approximately the middle of December gradually increase and continue until April or March during the 3 recent seasons The total number of reported patients the peak height and severity of cases depend on the year Generally influenza epidemics in Japan have caused by influenza and B types Antigenic analysis showed that the hemagglutinin antigens of and isolated in Fukuoka Prefecture were not very closely related to those of vaccine strains such as A Solomon Islands 3 2006 or A New Caledonia 20 99 and A Hiroshima 52 2005 Phylogenetic analysis of Influenza HA gene showed that the HA genes of AHI isolates were slightly shifted from those of the vaccine strains but those of isolates were genetically similar to that of the vaccine strain Neuraminidase Inhibitors NIs are currently one of the most effective drugs against influenza viruses Recently resistant mutants have been reported espcially in Europe and caused a concern that such viral variants may reduce sensitivity to the treatment with NIs The result indicated that influenza A isolates in Fukuoka prefecture had no resistant mutation in gene Howe
263. uuki Kamite Takeshi Ogata Naoyuki Elytra 35 1 34 41 2007 2 Laccobius Cyclolaccobius masatakai Laccobius Glyptolaccobius moriyai 2 Cyclolaccobius Glyptolaccobius 11 1 2 24 New record of Crenitis neglecta Coleptera Hydrophilidae from Kyushu Japan Takeshi Ogata Yoshitomi Elytra 35 2 557 558 2007 Crenitis neglecta 1 k2 Yusuke Minoshima Hiroyuki 3 Inhibition effects of green an
264. ver it is necessery to perform surveillance for the appearance of the drugresistant viruses Key words Influenza virus antigenic genetic drug resistance 35 71 76 2008 HART Flix BID DY PRS AER205E2H EA 275 PETAR 030582925 COPD AE RR HER LEELA ERMA LIBERA BOL VOC VOC VO0C SPME GC MS VOC YVOC SPME SPME 2 L VOC SPME GC MS 1
265. ychlorinated dibenzo p dioxins polychlorinated dibenzofurans and dioxin like polychlorinated biphenyls in blood collected from 195 pregnant women in Sapporo City Japan Time trend of dioxin like PCBs PCDFs PCDDs concentration in blood among Yusho patients Transition of PCB and PCDF concentration in Yusho patients for 38 years in the blood of patients collected during medical check up for Yusho in 2006 Dioxin concentration Air Purification Technique on an ACF mounted Vehicle with its Running Wind Hirakawa Jumboku Kajiwara Shizue Halogenated Persistent Organic Kato Seiko Sasaki Sonomi Nakajima Yasuaki Saijo Fumihiro Sata Reiko Kishi 1 Japan Food Hygiene Asssociation 2 Kyushu University 3 Hokkaido University Takashi Todaka Hironori Hirakawa Jumboku Kajiwara Tsuguhide Hori Kazuhiro Tobiishi Daishuke Onozuka Shizue Kato Seiko Sasaki Sonomi Nakajima Yasuaki Saiji Fumihiro Reiko Kishi Takao lida Masutaka Furue Kyushu University 2 Hokkaido University 3 Kitakyushu Life Science Center Junboku Kajiwara Takashi Todaka Hironori Hirakawa Tsuguhide Hori Suguru Inoue Kazuhiro Tobiishi Reiko Nakagawa Daisuke Onozuka Yoshiko Takao Takesumi Yoshimura Masataka Furue Kyushu University 2 Japan Food Hygiene Association Yoshito Masuda Takesumi Yoshimura Jumboku Kajiwara John Jake Ryan Daiichi Co
266. z O165 NM DAT O8 H16 O121 H14 OUT NM sto sti ege4 hlyA DM O103 H2 4 FR O103 H11 1 O165 NM 1 O118 H16 1 O121 H14 1 O150 H11 1 OUT NM 1 ege4 O1 H1 1 O91 H14 1 O91 21 3 O16S H14 2 eaeA hlyA O63 H6 1 O63 H6 RPLA Stx2 1 16 1 32 HORE Me HO Stx2 sto str Stx2 Stx2vha Stx2vhb Stx2vpl O63 H6 063 H6 hlyA eaeA ege4 eae4
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