Transcription of Bacillus cereus
1 Bacillus cereus 1) 2)1) 2) ! 16 8#23 17 4#25 2002 '( ( Bacillus cereus -. 0 2 3 6 78 2 3 B. cereus 0 " # < B. cereus > @ ) 78 +, - 2C D0 01 3 EFC G 0J KL 0 M CO 5P QR S7 T 9 G V W B. cereus XY Z[ ;L0\<= W ^B. cereus ? @A 0 B ` 60 75 cd eE f V D02A C k F JeE = l 0 KL 0mK G W n B. cereus o 0N P BacillusR qrsS=TV n VU t 6 103 104 CFU/ml u Wv0 W Y G V B. cereus 0 104 CFU/ml VU 0 [ \ yz{ v ` W Key words: Bacillus cereus ,eEV ` Bacillus cereus eE| = qrsS=TV 9 }a~XY @b XYc 7 W Rh V W B.]]
2 cereus k qr = V J G V @A V W 1), 2) BacillusR j kl u r Q p3 4 W n f C G V BacillusR eE k F @> s = l 0 k v P G V w 3) 5) 2002 8, 9# 23#t 6x 2 3 6 78 2 3 B. cereus 0 XY ICT (Infection Control Team) 0 u r E 0 y 78 u r ?N B. cere-us h }2 3 6 { G V KL 0 ^ Rh } 3 V | J ~2 v0h XYV G 06) [ \ yz{ W Centers for DiseaseControl and Prevention (CDC) 7) [ E 0c 7! B.]]
3 cereus n P V 8 ( 448 8505) 5 15 TEL: 0566 25 2946 FAX: 0566 25 8216E-mail: [ c 7! Vol. 15 No. 2 Q I. 1. 2002 1 2003 12 !" $ ' ( ' * *+ ,- * 0!" 1 0 1 2 3 *4 56!" 5 !1 " ' * 7 " 56 5 $8!" 9 % 5 :' ;<* ! = + ? ,-" 5 *1 * + = B FG " 4 ! H . JK ! H . M / 1B * * 2O3J 1 3 * ! H . <* :6 ( 3 ) Q S8 * 2. 1) 5 9: 2 * 1 ! H . 9 " U= V? * :M V M 20@JA Z *% B \ C * " 1_ !1 *: `a bc d J+ `a e bc "f * d g `a Fh ij* * M G9 Hl *j 9 " = m *2 Fh 200 g n 1 200 g "f l J5G Ko * L 10qJA r sJ5G N * d t O2 uv % +Q" RsG9 9 T d 0 G9 5UV * 2) FX 5UV %" 30ml z }Y Z G \ !]
4 " ] Z G \ d g K _ h 37 2 U *0 BQ 2 * d 0 ` v 6 6 5 ab(CFU/ml) ij* 5 ab(CFU/ml) X 100030X:z }Y ZA $ * v 6 TGC F de Z G \ 9ml 1ml 5UV Ko * !56 50 CHB, 20E 2u * 3)1 h i1 1 0 2 j 0 1 20@ O2 uv +U "f lm *: 3 Z no !4 BQ !15 22 pqG !37 d g 24 * * . " 5UV 20 ml bc * d 0 d g bc 65 359 ou= m * ou= "< : J <*F vwx5 ` <* h *8) d ou= 0 bc % " 30ml F *FX * ` * v 6 6 ` FX ` * h ab(CFU/ml) ij* II. 1. ! # # ( * - 0 B. cereus2002 1 2003 12 ' - * B.
5 cereus w = {6607{ = 2002 8, 9 d 10 } BK - ~ <* $ m;- + = - % $ B. cereusvw- 6ij * 2002 10 K " ; $ 2003 2 " b; ; d `a 2003 B. cereus ' 2003 9 23 K * 1 2003 2 m * j* = + ? ,- "f * ab "f N *80 u 109 d " Bacillus cereus " Bacillus cereus " 2 { Vol. 15 No. 2 100 , " '() +,- ./ 01 2 +,3 45267 :; => (, ? B : ICUF F=> IJKL ) :: 0,IJ MNO5PQ S TU 10F IJK V XY Z ] ^ 0; 2) IJ B : ICU F IJK 100 ,2) MNO5 d IJ B : 2.}}
6 1) ef 5g:5h2003i5 ; ki4 lm5g n pq s2 i u wx: 0 103 104 CFU/ml 5g2z |Y, 5s1 ICT Y- ; B. cereus F w Bacillus F :B. cereus ,: Bacillus ( 5 45 F 350 2002i d s22003i5 ; 2004i4 IJ B 5g |Y, 5g 1, 5g B 5g B ICU 5g , Q Vol. 15 No. 2 104 CFU/ml ! # '( )* 1+( - .-(2 3 0 10 1 3 45 2003697 .-65 80 -25 29 ( < = 103 CFU/ml 1+ )! 104 CFU/ml ?45 1+ )! 2004617@A BC D? E 0< F? G HI( L M D M5 Q5R S5( 5 5TU ? )XY 6Z [ 4 - 20 26 ,.- 55 85 ( ?)))]
7 ]^ ` =a B. cereus , B. subtilis, Paeniba-cillus polymyxa cd Type strain DNA/DNAhybrdization ef E = ]^ B. cereus k D? no 3a = 71p 16Z BCqZ* Dr L 7ef ` 2) ICU, s(t vw Dr ]^=ICU( ` vw 2003657 vwx 100 ,3<Z yz{= |} ~ `@ Bacillus ]^Q ? 3E ' + 5 3 = / + A) E !( =@ efQ( D? B)E 1+ !( 5 P. polymyxa cd C) 2+ ! = f D) 3+ ! = =Q ? D)Dr = 3a ef Bacillus cereus vw ) 54 Bacillus cereus vw ) 54+ Q Vol. 15 No. 2 ! "# %75 '( ) + %,100 . , " /0 Q 4 102 103 CFU/ml "8 :2 7, 8, 10= > @ B E @ 1FG I J#K G L M KN OP QR T U I J V B WX8 Z.
8 \ #_ @ G `a c Q 4 %d21 26 ,N%d50 76e "8 3) #_ @ c G \ f gh \ i E @ #_ @ kI Bacillusl J U n 103 CFU/mlpq U I2F d10 O+ 3Fs tq Z .\ x { 105 CFU/ml|W O M % :3 G % d16 21 ,N%d45 60e "8 4) @L % @ J ) + I @ B 100 () + ! 60 75 :5 I % @ B f % B i 1Xs B i 2Xs:4 % @ J ) + I @ B ! J I % | # " A, B ! 95 W U Id60 C, D ! 100 40 ' U Id70 E, F, G, H, I ! 75 W U I75 ( ' J, K, L, M ! 100 ( ' F Vol. 15 No. 2 103 104 CFU/ml 4 Q 2 3% ( ) ( + , + - !}
9 75 #$ 3 / & 0 ' 1/5 5 /(& 2 5 3. 4) 5 6+ 1,-7. 89 + ;< = 2 2 1,-7 6+ > 45 0 / 6 4 7 15 22 8@ 37 9 A 0 B 104 CFU/ml, 104 CFU/ml, 104 CFU/ml 2 ;<45 =D G 6+ K+ @ 6+ 5 III. LM NO R T CV DE , B. cereus G WH I X LM NO Y>45ZY [ R T K ^ _V b LMB. cereus W X Y [G 60 75 ]Y . 6+( e f h + [ Y>Z O ` 6+ b b [ B. cereus Y7'T kcld e mT no pg 45 ^ V +&V 2 9) ,Q t jk ` 80 ,10 vQ + lw x |m } ]Y ~ o + p/ [ 103 104 CFU/ml r 4) 0 [ 6+ 4) b=6 t -7 / 7Y (& 2 b W W 6+A I A E -7 x 2 Bacillus subtilis 6+ j h < 85 A 2 [ |} |m } 6+ 5 ' h pH 9 ~ - 500 ppm |m (& + 8) CDC t W + 160 71 25 A ~ ~b + 7) lw + Y>45 B.]]]]]
10 cereus _ K 3 l 104 CFU/ml 2 lw & + + (& E -7 A h 0 b vQ + W } t WH ^ - 2 [G, 2 60 75 6+( e f h A Ba-cillus subtilis ,100 - 6+ 1/10 90 (& / + 8) ;< 100 30 6+ 100 60 ]Y _ 2 _ 100 120 _ A g lw ICU, X + X + 100 W ICU + 100 3 / ]Y [ L 100 2~ 85 60 2 2 _ NO R T V lw t w b 89 2 A w' 7 NO R T l + 45 2002p10 131.))
