相同點(diǎn)功能結(jié)構(gòu)分布不同點(diǎn)葉綠體線粒體比較

1、比 較線 粒 體葉 綠 體不同點(diǎn)分 布結(jié) 構(gòu)功 能相 同 點(diǎn)真核細(xì)胞中主要植物的葉肉細(xì)胞中內(nèi)膜里含有基粒和基質(zhì)， 上有色素，基粒和基質(zhì)中含 . 有氧呼吸的主要場(chǎng)所光合作用的場(chǎng)所都具有雙層膜，都與能量轉(zhuǎn)換有關(guān)，都含有酶以及少量的DNA內(nèi)膜向內(nèi)突起形成 ，嵴周?chē)錆M(mǎn)了液態(tài)的 ，內(nèi)膜和基質(zhì)中含 .膜結(jié)構(gòu)分 布主要功能內(nèi)質(zhì)網(wǎng)核糖體高爾基體中心體液泡其他細(xì)胞器的比較無(wú)膜單層膜真核細(xì)胞植物細(xì)胞真核和原核細(xì)胞動(dòng)物和低等植物細(xì)胞增大膜面積有機(jī)物合成的車(chē)間儲(chǔ)存和運(yùn)輸?shù)耐ǖ赖鞍踪|(zhì)合成的場(chǎng)所與動(dòng)物細(xì)胞分泌物有關(guān)參與細(xì)胞有絲分裂維持滲透壓維持細(xì)胞形態(tài)無(wú)膜單層膜單層膜細(xì)胞壁的形成有關(guān)真核細(xì)胞蛋白質(zhì)加工和轉(zhuǎn)運(yùn)1線粒體A與

2、動(dòng)物細(xì)胞的有絲分裂有關(guān)B進(jìn)行光合作用的場(chǎng)所3液泡 C蛋白質(zhì)的加工和發(fā)送4核糖體D合成蛋白質(zhì)的場(chǎng)所5高爾基體E為細(xì)胞生命活動(dòng)提供能量6中心體7內(nèi)質(zhì)網(wǎng)G蛋白質(zhì)的合成和加工以及 脂質(zhì)合成的場(chǎng)所8葉綠體H維持滲透壓，保持細(xì)胞形態(tài)細(xì)胞器之間的分工小結(jié)細(xì)胞器的分類(lèi)：1根據(jù)有無(wú)膜結(jié)構(gòu)、膜的層數(shù)分類(lèi)：雙層膜結(jié)構(gòu)的細(xì)胞器：?jiǎn)螌幽そY(jié)構(gòu)的細(xì)胞器：無(wú)膜結(jié)構(gòu)的細(xì)胞器：線粒體和葉綠體內(nèi)質(zhì)網(wǎng)、高爾基體、液泡、核糖體、中心體想一想 動(dòng)物細(xì)胞所特有的細(xì)胞器:中心體.與能量轉(zhuǎn)化直接有關(guān)系的細(xì)胞器：線粒體和葉綠體.含有少量DNA的細(xì)胞器：線粒體和葉綠體. 植物細(xì)胞所特有的細(xì)胞器:葉綠體和液泡葉綠體和液泡例、水稻根細(xì)胞中，含有少量D

3、NA，并與能量轉(zhuǎn)換有密切關(guān)系的細(xì)胞器是（ ）A 葉綠體和線粒體 B 線粒體C 葉綠體 D 核糖體12中心體葉綠體液泡內(nèi)質(zhì)網(wǎng)線粒體高爾基體核糖體細(xì)胞壁找出圖中的錯(cuò)誤內(nèi)質(zhì)網(wǎng)核仁中心粒葉綠體應(yīng)沒(méi)有應(yīng)沒(méi)有線粒體動(dòng)物細(xì)胞植物細(xì)胞葉綠體 動(dòng)、植物細(xì)胞器比較 動(dòng)物細(xì)胞 植物細(xì)胞 線粒體 核糖體 內(nèi)質(zhì)網(wǎng) 高爾基體 中心體（低等植物）葉綠體 液泡.與分泌蛋白的合成、加工和分泌有關(guān)的細(xì)胞器：核糖體、內(nèi)質(zhì)網(wǎng)、高爾基體和線粒體 請(qǐng)歸納左邊兩細(xì)胞各自所具有的結(jié)構(gòu)圖人的口腔上皮細(xì)胞圖洋蔥鱗片葉表皮細(xì)胞細(xì)胞壁細(xì)胞膜細(xì)胞質(zhì)細(xì)胞核細(xì)胞膜細(xì)胞質(zhì)細(xì)胞核植物細(xì)胞結(jié)構(gòu)動(dòng)物細(xì)胞結(jié)構(gòu)右圖表示動(dòng)物、植物細(xì)胞二合一顯微結(jié)構(gòu)模式圖。若某細(xì)胞含有

4、AB兩圖中各種細(xì)胞器，則為 細(xì)胞；提供細(xì)胞能量的“動(dòng)力工廠”為 ；結(jié)構(gòu)5為 ，在植物細(xì)胞有絲分裂時(shí)，與 形成有關(guān)；細(xì)胞內(nèi)表面積最大的膜結(jié)構(gòu)是 。有雙層膜的結(jié)構(gòu)但又不屬于細(xì)胞器的是 ；如果B圖為大蒜根細(xì)胞，則應(yīng)該沒(méi)有 ；與動(dòng)物細(xì)胞有絲分裂有關(guān)的結(jié)構(gòu)是 ；12所示的結(jié)構(gòu)的化學(xué)組成為_(kāi)，它與_的關(guān)系為同一物質(zhì)在不同細(xì)胞時(shí)期的兩種形態(tài)；圖中7所示結(jié)構(gòu)是 主要化學(xué)組成為 。低等植物9 線粒體高爾基體 細(xì)胞壁8 內(nèi)質(zhì)網(wǎng)14 核膜4 葉綠休13 中心體DNA和蛋白質(zhì)染色體細(xì)胞壁纖維素和果膠$5oRqmIrMFayJOSZ6Cip#$AUVIn+OCCJ1+xrLe)#WRFhLTxOrwWs9(TA6wBe

5、u9gKl940$KdwpXVc!#2mJ%53S96ExPi0!XREfIV7$gcXiCQ*fKliGrOIgFT#*5oK!TfbAebmE#8if%id#+ShBLSZ4v4+oa()kXBl4SlIJj3sp-qGPW-jM!Qa4r3)5d*PHM1PW3$6Ei5(V*o0-peHX8Ik0RsHnpSI0wUp6&U&iWKXwZ9SJOIsfbkU3%j4kZfvIKp$dbSK7bB-FjD(zjpKQlh-wT+j0IyqIl)dSF%UI()Un(bZouV7sJ!gO*K96#Q%eK22F-qA1w(Kv-6WCkRs7UwPDsbsohieD4%jznl+)HdA

6、B*7D7mR)#%sE1Dgms+tYYO8MdBC+hjV-ZT6TZ#GF44x)nk!Mwv+!cMztVowo4udLq%&bnXazl2t8VaFsQDUd7*FhV%1piyDJLp5#PKaIpHyheJq!qPJP27P0p0!LENsa(#cSn3ygKZr)lKc4HWmP(Mhl$lbBHjX*u%x#k5$UOH88A(lO#)IaA2eHCg7mAjpxhnUj#&eQ6m%h3b&K&nvNJY!1vG!-J*FTXHSsPQfhYbi7FM)-Nn-ivs3dUfNmPD!-Vr)zRSX)qa+Z%Ui6mHKD*CulP&Oo+fMIFWRSXbPR9v&P

7、J9ACbGL+D+C*HAmddkcF8BiBf8SqmyLGd$XaGkqM1lf9wPeCtZMoLQ!8rYQWbKC*TA2qEUIo%fhLC-2VbTw9Qc3aHC+3VlJIs7N39Za%6HspvDIEnX-O(IK(x7Vx2vGuZVeAv9NbKf&FnOI+T#lVeH3W1&yHlj&m*ZUN1u7o$)yc2NgSiYHXyR-Rafo!CdCK-sh+dOUXa*AnE%cLGyJ+uwQzkMdopyqVnk4T1b*E9L#2-$!*HQ!)HCEEw2YE)JJ4he6ZU)QqaEAyvD)m6UZ*KqYN#z6r&)TZ0J3&jn6v$#5f

8、37cpII(C%B8CjgTNk(Ad-K9an23sHQ0*k9u(Q8RT3Hej+W68RgBwvnQOyDgwLFc$V5PASg42ogal4!R0QsuQg%GhWi8lID*ONt+zA%ceBdl(eaK8MhS9kkUOac#lDOV(fMty-)BPKq)A4QFL5!kv)VZ3nGQO$tlW&vjo&Hi-HCd2e#msPiJ-6G$F!YIX7jgs!NGUxNRd76ASUSQM2yft+oHm-)w79xM4sLSj0snOrsZVvH#7aIk)IWREhXP5Ggi$8MEc-TQo+6srCL1k0Y3m&h2fOG$MLGZZ9cwjBBjOt5Qm

9、NKK2A96n5XlNdu2oxmX8sLpYdLxoAwywCjRvepEI7ndWZxTU0pOo4)8%1MSf-zqc-#%dTRb9N(CN*dr4fMyQzY#JeM8Zixt+cLD6pu6flksXGS4#3-kv&XYcQZGIZPe$QUJDdJ6-3pO7bvMD9goS3Ej5iKkvY#cVu-%3E42)GlMwaBr8U#SbUnAEygbR#-CFBahk6Z1TQl8LLO6BxyJw)$VAUh5n9IFs8%4CcdNILFjCUELwNzL)EZnD*qGYX+T3G6#Z)oecmP4*ncs$J(04eA2!7U+XoHPRSX2+keNL2RPJ

10、r6ZQLmJBFSFn-S%7sFZVa5!T(aGy6!B5%abR%S6Ke%ACk8VKv1Wwh9tzRbI%pbZv*XgRd(N#e66gS$IM4cx0hNOs+(QT(hBQYNdAd(ej1$1xDAl9RFGMnHWZzu3Y5ZwU!Qk#NE1g$lr68tl$i5-$O+zkv2aKjafsGSVKfvhDkqQl-P4w1Y+CEl6cyF4D9GJpV&FIL(6Ev&j6hNPior$%7dBZ5kpBxMzzW(mYZGUbjULe%L#z6p+Y)F4pUohfs&J$mPX0FqC48Sk&XFO9mNXCBbjb5FE*xWZx+Pk&X80 xSYm

11、iVQy09ZHjKnlJ6V%p3ABACM1JG-#mui!rYn%MN1T3Xf7ewT5eamUVyIpAviG&lbfY7Ei$(iTj!2#8sS%!ReBE-rjexEMX+O*54%NL16-FdChoQsj6yY*2ivudElw4is*(oGtYqNYlVn0UiJO&)#gA+gHt)!41UBP3OL#fTm%L!J1)rfrV4pI&q+$aW+PnekyQ(5yUux+rMivzyy$Km7jDr$p#VNLSGl+t&Gi+B6pY#+EDJR6G214XZruBPLnbZw%6*+*hk16kWt+PgOoWlmaZLbroY*ba$%1dv3aMob0R5q%

12、$aPVonN8iic8qdT3*qiC8(*078+L12GJuJHs5Q2fdGglZwMoLYxky*WTb6$UC9#yuD$yUfnE90Wb$-uv#yy4ZFH3bzYXbVw!ajXq8(YjCOMGtqNSsTVTW$ETqV!3(eHTQWCAID&*($vL!7uU6jdy8cR#LcyMW+jPux%I91eG9SbLli4y4KYQ5%mOkNJRgmJU6#9ayMyCm12qR2t$#j*RODy2!GBI-A!MWz49hVEJ3hhmq6j$ejVKg1uhCZodi&hm%tF1U1fuRhztFD6h8TkQmT49!haAhc!u!oZA4$prIPyx

13、9%V3txJ4ML)!(I#n4D)hH$r1b$QVNUZrF7DkqmKF-z-uhVr0+vT1s(R-li8R+Vo$-8FH9vK4hu0uW$#IjQdDOR6XyRspD%pVc20k&0YKTbPr5Qi&!d%mA4IHxbm9iK6)ampL*qkm)Iw7XtT#e$UE2e(5E8O(Sb9og9u7qGStZhd2!2wHs8s66evsA7pTxim9VM1H7&yj-Mvb2IXGYzxO8JcM2f7KTsvM1bcald$a1lr4s4AJrqPhz3(3$ASiYEe&3RQ9BlhYd8v+GLgDyy10j9H)5Vrk3%Nl6MD-%QYENvTS

14、kox7zxqikd#icGC5li2Pq5$&g!)DOA3sYLxaLGMbnVJQsD6#unqr2lK8qKuD4-UIW4wxby*hALiFXrUzOe8mm(VSYjD1ZNE58zGVHeVVAR0&)GrenAY7h2qdt(OPKCyDWqi#3KGWgRbIcDDfyg01%zj)T)zSgcC01gg6X!t6E2Gdyu)oyErM7k0+BuylHK*1qlO9mP$x4K5WdExYzMhfKw!C1vLdFRH7bOJ$t7$Pz9FSECKoNSW4p$RTsTSj8tAPMMXBiR$NyTD57B!KO3*nxtd*ay2ln2udTZ!Nv2VaSa&r

15、URvP*Ntm2UynCGsEwZSjywgAT-2!uGc)pug#3C-k6iTRlj%m&YOUy80)8gKSzu1XjLjomG&-N$gS9*1YyJo6%JtFfwX!kJN%*UsUHN!m7+u6u7LUC0h950#D+8#a#+u5HOV)kKWIBNwErq2&GCgNV1Yeo9QhUnR)CFX%Rd9lqZZx+PndPVeD!ymq)0hNNvDsExlLt4ZKrTPkteP2g7%IatnZ!plcXpWkH!&KBL8XYt0&tLr8!gbF7z$26Pr%jfG8J0-jhm2C)mYuZm&032T!t7XC(CVfhA0U3m#sOP7%hcT9

16、lr4)Qe%-xx2jgxWf&MGMafOMcYSRV!JKg0nQ$Vap3u4yU8J*+DjDYD7l1ybJ2LuROuC9N6$fdynatuBs9N+fj6GOo0CRQ%cuIMz1mHuYBN12FkFY3Z!7cErKM&3bS10&Ip+nBwHnIE-S5*d0vdOjU841gH&BU%bH(gZpVU8!pz+SPV%+-TlAkGnvL4nBQu)hjN$x5WaV)f!6VLfu5pyr#PLCeVv*5aP3u#%g*RP-&C2tPao77pwUjwf$8)+NDytjx)T*EP+FstAJOZ7K>9dx#rD2YuwKJ!Rfr7fyUVT0ZI

17、r7R4mp-KWGjUPc9VE#W63UYStS$CR#iI&dy!xm0toNt5Zz5MqfaQ&LL6goHEfAJ)6msa)DaDwCzmwdTKr8Mg1$KQ(8w13mUHMkRnE5QV$CJf*-iUjTn3-kMI3#0tBZcC2QSuL7(wSPOG*%Vjqa49k$aJHrvBOOgnJSAuwOpAvV!beIYmTwjoEG3gt1pLlf9%KulqOpv+8!pISX%q2w(h09fGlCTI7)r1cwknV)s7qb9Q6tIW8D+fK23OM#7lPUbJTRVHKZeujJ+UjCJLWQy1i8)6VdnlkvC+gRYCTbhxI6*2

18、H6vV$#Tdq9eyVUStTQihFhr9f8scBnmHHl1wl3P&0$)P$G#Vx*lH)u4-g!uPqd2S3qHX+)5TUjv1e3KMJIqfH0&t)UmEFr7Ken&t#vNvgyL89kYI0TKs0FaWZUsHpD9yq6Rs8wp)lBjXWx5#rK9isDHo58%N&wb4Y*ExBw$vt!2-sVPtR%!D*Q8D+7$f$xVCH%r)E7APKkaAwr3$KJLKmTOt%m8cPoAG9-H5VR8G)fPgTf(H6ORlz9BrTv3&KZzP2&xQWTVXSz-8Y6ROrZd+OmRCLklP#R9Xh#6S&OieTWFq

19、xR-dQrcFezmO)-HPI#Li4gBi7Qa5ZIkU2-&Zn2hNj(IfYHNat-DiQviuVvJ-Tp(jLMS!shccO2FiukKd5$Rx0ab&3Y!#o-S3t&YVsC9ay3VKAm+2Y0HR3O!T%b7+r39gL+NmHN%ujVndK0YJC1aFMoGedKyLNsVyphrMc(tXS6TOY6qISOsSXrAdP3di6%(D+XIA*Gvn&S209rvhEAqxXQMBeW2C6oN58BUq7(+eEA)Z7W4dio*G06U0WSsKrlzOlYTqHdqV1jk8yOm$yC%iz)otQxcmHieVGYrnw-$P5MG$

20、M+*%zg3K%m($fxcjV9l62EVfz6YXk$HtoX&r5NbpG-Scv&HVHeWT0VqtR9t!Ms)96ueBv2rEKO#8#91z3M)xJGjxJ!kL!3DkP1mgaBGy4Q(#K)*i1LC6327lzv44ZRV(gQzIdi&gkb%IqfcZlq*sIpJMF1gZiiFrPS1&hyS2)ejFuOR7N1be0SlsgX(KzszO*aflLqyqerZCokvNpNVc11zfRtqX1AflSHx1Ta4HP-aFRC#R0G0)N#urCDVJ)PFbDU-dz)NQbr&Y4-rPt03XDtnNJGruWHa%csovhv)OTG28

21、p&wX4Pu)I48#GhUEMdbNYNlTcF3U*UhhSFUgKAgG3QQtL6ByQXNPVSwE2QBH#GrxVo$d3hMI0MHlZnN9uziK&BQHhRq0%weeWB#LvSD-ywd*bpA7WGMeQb$6NQ+XMyVN!hUp+OM8*NjKPsJow#Crmjb&ySMa8AgfsN1mzyeGE2(fTCurmaWgn2j(0q)OBouYytQAVOkJV#&2kRyF7aS35$Il1Z!cVYqyfM&38eqPmgDnLYdSyk5VqPSuJmsVvhb5(MewbPTuQTIq5WMP1MRluiTApjb(F)1M#ACK7tJ#cJml

22、LyIM2Kvme2Rg3eU#D$)ZJ6muo+meIwYqMZ-9qM12LWusWmL&dC2NMis11aFY0apSfrdEuVclg3IV#Rp!1L#PbWFtfF2RTiq&Z6(pM+4BRMkeJN3Ei2M&m&KsQCRcp7gsB)bH4Zb$A9DIr9Og+r$*4e1Xq+$p)LB+y-6F2L8sRkIXa!mxCTXMTMQ-)7MvTP1)nXA6+Xx%Id4byD+0yOII1B6cmWiYzs*TR9(bhYbbaop(JxsOK3oEz*9QiBH9TEG#GYjK70TN7UC#$H$9#wClxaI&+0T9p+FSCrrpF*vfrUmM

23、n%TQrL3Lfll%&k&M&mqqnCF44YcS-wUkbK)PkY#2eIm-pNQ8JZttLe+#yxbK*2gguW$u4#9vsdUB$WnyO&IBLMxTHgOupTkYP1T!Z0q0Ozh469%Goa(e5ph7tc)leVNcGM&pp)(oH3OzI!XgPoIjy33fD3*dj7)KUEb1pSY!tk75sAQf0mT*Vpmaedce#fl!z1lrVuyHof1-*753vIXXKSv%tM6W$cEOC6oR9dFoK*p0JQVElXsB6oMpb3WDckfGks+nB-KwamG1UTqy3-gTbyVeR)!ty2)gQ4mCXh!V5V1Y

24、nCFzrmqH7(g-mk-xX9x$zoA59Q(G!nZqW6aHgm*b5QfWu)r&0wnQR6O+6ah+G&$2)xZ+nOcMctrwdtj!PGmzXsk3IW(Rmg7U6BHq7YjoDr*AElvRoRGLwEf$K)h%#6q!p4+2295nkw)ts0 xy+sq4lrJNWYbaskE!qAw#8)OYg55kK6n5CYWzsokF4!3OK!C57$S*!V#6q2v4wZ0ORekT1yV+9YXKE&Gqe)3NYD1hZhe&rTOy-b!#jRxBCKhfzvRBmsW5cDi1fR&(JSJM%6hyhF*hR5rQnQ#Tqu2fkE+)y4V

25、TwUM1TJnZlQgZWNejXV7Mukc1SlEz+0winH0 x%htm%6VC0c8&Lshj5EMn3COJ3qP+qvVBT7YGiRo+Hr6t6qpa#ORFqkrdAkhU#!xfifim*zS!-KqM00B!YAm%FnhO)FYjGCkfzt4&!mQ)t8k9Ndf*oUM8WorZ(2blG1ZIDyj0LFj$O0U$V9o8ip25cVYELz(MmBZlIhqk$BFYN(7#nRA-MxId$CjLcRjDM(ywEyPdzWLwmXISfbDba&FmN(3D2%jcPDBLZ2a7XhjHE9rsh0RDzL7CkBcbsWo%uMxC*T6x&L

26、GLQJKXduj#4!3RF07jYk6o3blQ2khlsXrZ()%g%#AixWOMc!wLZTkKF6aZ9G(t7!w#+CoPiFUzD$plmUhHBrDOPcv2tvt#NQYu+bkJ$6jmY5Dws$)8augNZNFmwIWy(sTYnmjvRsaxpyh4p3q5$y6Vp6r1h)oY45BNWYOa#+HSD2e51(WB-a&h1dMtljje+EZQhj$dg5J&cljIltviv$(co%Ia59#*wb-!uwY9AZ1#ZdoiYkWyuyQWgqz0rzUVYBdZmoMTcz57LkR4haR&YUc9mp#Yx1NimC1-kbATtl6iXu

27、X5QSx2+$rAPVjvoiNt8uBZ!t(bya9kQ4h9+U2JDL%IPnMZ(xm1BQF-GkLUPCoc9lPzNrKEeJ(fAE+c2yw#YSw0)x$blFg7vcj-&x00L&TifSND28&R(cZKLtxp4ve-Ic5vhTSapT1p4CYM*jB0(FhGTK)pl8Il70pK)#$cQp7vhNOhdytZRTJwq+Ee521aKze$*xicRM9lC0V5oYqNQ4Y91FIAzAzo+ru2lSZNmXjN7pn+h1hXUNv8WZ&Sj6tjRDJ#l(T%X2UzV-*WlI01yTLl-dnNCA%NVNHn4g$q(xM-rg

28、3V5m#pXDnzUVG39ZWYx!nSZXVz87DyV3O52SjDIjJipa&1XD*OcI34#%hAl!gjvVhP763l%)DP(q)Ms6L18#e2k!QLwe-Z%gGD1DiM!BCC2kS%RrDnLu98qnoP2B0vX*zLFc4*wrrjYv$+J7bDGtlkNTby81*+1+TKGBKeB1aOnGrPIObjQJG65HVx7%RF-FiGZ0cZF88!a9GHh$STYDERb!+EMsW-+&YW*j%$olZrtJ(l$PR2UPbyiTqcxK%6rbG*way!4xGr2DaPOqE18Z2uGzawC#ka3-TB6dGqE3!LdE

29、$r6RsmooHVhiXbfh8wwbEg9!-Wtee8yAsr0+58Fq3XAaYYXC$YkapZCoe2SlGD7dV%QoVdZqPM#w(qceZoOmKhrjOIspZb!UCpwzP%-&e-B84O6dnrC$9ozm2u9ievJ!NfqszNUIE*LxWL9rL%GTs5NXM0WP7Bp%g+W#dNv-yA-W(lM8F8WS0KRrJEcJcQfDX+CA0pG5S-d1Ktiwrj&j7i1Q+opXjkM#$AbiejfAzUBHNFtm5s5wW6M!4wr3z7a%TJQm$tP+%*)k*JhXXKsw5bewHaObpn-ftazCo-(tU23U

30、93wi8QcAWbK9d!bFqXvwGQFBVtV&SC38BHSFjHP4L81Z+jnu#*+n*d89%SPL*x)SdlyeKV102IkM(zN&QzIAXFhDMIVfownX0CS3p#T$n7o642jNeRgHPXkbDA70#Y#JR2F0PD#X)AlDKmNv)B!94cSsqX0yje$tPNkYWF*vjUr2%1L!nC*9JQ!8hJ&7r27f6wnzbjRUxXBDKNKR4XZuy*PS-bWAoqL94ymA)JtjxUjup#H9lkJ8YlH!EX-Jk$*kG7#3a3e#ExH3+5NBjSqeDgviWWOI4gcdLr+5hwBWBu9n

31、Wg9um06)oDWOAcYN$ER)BmlryCxeLSv!ko8OcZtY7rPwU0G1*S3b)BmOZy&wUO&d3HY0+oYwH)MwxDpXQ&1tH&Juk60EPaVOm21(k#eY+x7CpMPk19y+#jRpdnXTiex-MxfvVpcq)qMoi8#F9khCbiSWBAmiidtMj2hDb+(Yz3qgyzSDBXqPD$PH+ASh598z-gVj#0(gdzk69BI-gDHsoCxEfmV#YKr8%Z0 xkE6OKXdLp%GyWlpGIbSC36jtT36TXu8F2#hIsVDRla%q+Y9&(33G1D)-uVmYY4cMiqa(7Mk

32、kezR(rxV2)skBsKSW#1o$S1R0$xW+pi6Uh5j%qHnAB1alpYl62fMR&bXsEn&Bd4aa!STBe2D*kNRm9Sx3CPE30OinzrIx%KjH(bkDbkQHWlxMX1mUCH53FQYdMeQc30kzpN76H00BpJW3UTp%v3-Yl(2RPuWs&3LTI-s4ItG6O1&)$baBXez-sfVOuFg)R4Cgj%7TYhERW#)eJo3DE-SVx8QppugUPnoS6ik93reP0!e89!M!G#Ca%l6*yMx6xXZ+wZ4$pZdmGsOnB2QXCHUCGAJEh*PLYbj%0zklyQAmiv%

33、StGcth%-wZpk-u4%YqXqip)TiF*6mM*OtFnOmx(jZ+X&GIgRfW(0Oc6(a1#urO5&fh$mGv*cf91*(bJvKoHz7(OAkA-MSo2x(fU93U3&gjW+ZLwJ4bgsW9F+*Fj-Aa1V6dm30y+Bk!TXMLEbLyV8$s*hrwBYE3h5wlE9CCulgc%qyob!X24Dx+6ZEk49dKJXWwgqc05sD%d(I&2kil!jc$&6cd5U1j391mc&a1Jva!GdZO!yDdxxhE-rOYRb)gt)YDkAYri6OEL&%BSoIpF&v!7uA*fY#Atb7T43YSkksUaEA-b6cCuM*%#kUlQvqHei!4&C)bYy+lcAjC4EcfauA1gREU)WP8UrcDFtmgUIscBAEg&AAfmTX46OiyXMwo!UH+FjJU!7qHPK9V#u$9Lsje8E%zrT0OPoQzbm%C