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Pimm C.; ; A.G.; Mochida K.; ; A.J.; ; A.J.M.; ; A.M.; Galloway R.L.; Carle P.; Bove J.M.; ; A.M.; Mikami Y.; ; A.M.; Rohde M.; ; A.M.; Shen F.T.; Lee C.H.; Cho B.C.; ; A.P.; Frey J.; ; Adachi K.; ; Arnscheidt A.; Burghardt J.; Park D.J.; ; Arunpairojana V.; Nicolas J.L.; ; Asahara M.; Gambacorta A.; ; Auling G.; Falsen E.; ; B.; Ruimy R.; Breittmayer V.; Nichols D.S.; ; B.; Schink B.; ; B.; Tully J.G.; ; B.; Vancourt M.; ; B.E.; Grant W.D.; Venkateswaran K.; ; B.J.; ; B.J.; Bennasar A.; Smit J.; Tesar M.; ; B.J.; Dewhirst F.E.; Olsen I.; Fraser G.J.; ; B.J.; Lee D.; ; B.J.; Schumann P.; ; B.K.; ; B.K.C.; ; B.M.; Stackebrandt E.; ; Baere T.; ; Bagaley D.; Mandelco L.; ; Balandreau J.; De Vuyst L.; De Baere P.; Tailliez P.; ; Balcaen A.; Felske A.; Falske G.; Johansson K.-E.; ; Banta A.; Takai K.; Hata S.; ; Barbier G.; ; Battista J.R.; Kabani A.; ; Bejar V.; Raoult D.; ; Benlloch S.; Benno Y.; ; Beppu T.; Ueda K.; Kasai H.; ; Berkum P.; Busse H.-J.; ; Boemare N.E.; Gallego V.; Christensen H.; Emler S.; Burnens A.P.; ; Boiron P.; ; Bolske G.; Gauthier G.; Facklam R.R.; ; Boulygina E.S.; Hah Y.C.; ; Bragg S.L.; Gauthier M.; ; Brenner D.J.; Kim B.Y.; Kim C.J.; ; Brettin T.; Drancourt J.; Van de Peer Y.-H.; ; Breznak J.A.; ; Brown J.M.; Harmsen D.; Mauch H.; ; Brown M.B.; ; Brown M.V.; Bae C.M.; ; Bruce D.; Haesebrouck F.; ; Burghardt J.; Schleifer K.H.; ; C.-L.; ; C.-S.; Park J.Y.; Wakabayashi H.; Nishii T.; ; C.; Kroppenstedt M.R.; Rainey F.; Schutze B.; Kim E.S.; Chun J.; ; C.; Lawson P.A.; ; C.; Mendrock U.; Swiderski J.; ; C.; Meyer H.; ; C.; Rainey F.A.; ; C.; Ramana C.V.; ; C.; Schubert K.; Cnockaert M.C.; Baek B.; Chang H.; Chung S.-I.; Choi C.-S.; Coll B.J.; Chen H.H.; Jiang C.-L.; Patel B.K.; Kim H.; Park M.J.; Fernandez J.M.; Jeon C.O.; ; C.; Vandamme P.; ; C.; Yokota A.; Farrow J.A.E.; ; C.C.; ; C.L.; ; C.O.; L'Haridon S.; Chakraborty S.; Schu H.; ; C.R.; ; C.R.; Yang D.; Kandler O.; ; C.Y.; Tschetter L.; Wolfe J.; Kabal J.; Garcia J.-L.; Hoste B.; Vandemeulebroecke K.; Cn A.B.; Chrmann M.; ; Caumette P.; ; Chernyh N.A.; ; Citron D.M.; Henegar R.B.; ; Clark T.B.; Han C.; ; Cockerill F.R.III.; Kline B.C.; Chen W.M.; ; Colwell R.; ; Costa M.S.; ; Cowan D.A.; Jones B.E.; Gimenez C.; Dawyndt P.; Liu C.; Glavina del Rio T.; Hammon N.; Israni S.; Dalin E.; Tice H.; ; D.-C.; ; D.C.; ; D.J.; Stacek I.; Kikuchi N.; ; D.L.; ; D.L.; Cai J.; Kim I.G.; Bolske T.; Watanabe K.; Watanabe T.; Oyaizu H.; ; D.L.; Petzel J.P.; McCammon S.A.; Brown D.R.; ; D.P.; Kroppenstedt R.; Schu J.H.; ; D.P.; Liu H.; Farr C.; ; D.P.; Vanch C.; Kramer I.; Swid A.; Swa M.; Han S.K.; Lee H.K.; Park S.-J.; Chun J.; Swin A.I.; Kim J.M.; Lai R.; ; D.S.; McMeekin T.A.; ; D.Y.; Tourova T.P.; Kolganova T.V.; Mikhailov V.V.; ; De Wachter R.; ; Dobretsov S.; Woese C.R.; Garay E.; Geslin C.; Lee J.C.; Glazquez E.; ; Dominguez L.; Schu M.; ; Dyall-Smith M.L.; ; E.; Krama H.; ; E.; Marguet E.; Ge C.Y.; Lee K.C.; Dawa H.; Kamagata K.; Fujii T.; Ishida Y.; Sadaie Y.; ; E.; Schu S.H.; ; E.; Stach A.L.; Maniloff J.; Woes R.J.; ; E.; Velazquez M.C.; Daneshvar M.I.; Schu Y.J.; Liu S.-J.; Zhang L.; Sechrest J.; Lang E.; Stahl D.A.; Burggraf S.; Colina E.; Ventosa A.; ; E.A.; ; E.B.M.; Lee M.H.; Kang K.H.; Oh T.K.; ; E.R.B.; ; E.R.B.; Cherny A.M.; Schuan J.; ; Earl A.M.; Seviour R.J.; Oh T.; Harada H.; Lindholst S.; Moore E.R.B.-H.; Jiang C.L.; Morgan H.W.; Stack W.; ; Engelbeen K.; Hiraishi A.; ; Etten J.L.; Garcia-Bilak E.; Coll C.; ; F.A.; Buczolits S.; Frey J.; Kuhnert P.; ; F.A.; Kroppenstedt R.M.; Hanada S.; Kasaki H.; Cho J.C.; Janssen P.H.; Kim K.-J.; Hippe H.; ; F.A.; Nobre M.F.; Saiz-Jimenez M.N.; Coll J.; ; F.A.; Outtrup H.; Prakash A.; Schmid A.C.; Lee S.-T.; Liu X.; Liu Y.; Cowan A.J.; Park Y.-H.; Bae D.L.; Ollivier B.; ; F.A.; Rainey N.; Kropov G.A.; ; F.A.; Stach C.; Ramos-Cormenzana A.; Hippe H.; Fang C.; ; F.A.; Ward A.; Sakamoto M.; Benn A.F.; Abraham W.R.; ; F.A.; Weiss N.; ; F.E.; Paster B.J.; Steigerwalt A.G.; Lee J.S.; Kim M.K.; Yoon J.-H.; Horikoshi K.; Kato Y.; Asahara H.; Matsuda S.; Takama T.; ; F.L.; Hoshino Y.; Oyaizu H.; Ma Y.; Coenye T.; Vaneechoutte M.; ; Ferreira I.; Kudo T.; ; Flint H.J.; ; Forterre P.; Mandelco L.; Sedlacek I.; Van Trappen S.; Lee K.H.; Park Y.H.; ; Foster G.; Gardan L.; ; Frolova G.M.; Mikh H.M.; Stieber R.; Emlen M.; Joha A.J.; Xu L.-H.; Jean-Pierre H.; Nakagawa S.; Liu Z.; Chun J.; Ward N.L.; Monteil H.; Chou J.H.; Chaturvedi P.-J.; Krop Fujita R.; Caumet D.A.; Chen W.X.; ; Fujiwara N.; Colenko V.M.; Coller I.; Stach P.; ; G.; Lafay B.; Ruan J.; Baik K.S.; Seong C.N.; Prauser H.; Liu S.J.; ; G.; Stachenko M.L.; Steiner U.; Ulrich A.; Sakane T.; Suzuki K.; ; G.I.; Sako Y.; Yamada Y.; Taka Y.; Fujita M.; ; G.S.N.; Rainey N.; Rash B.A.; Coler R.; Stachi M.; Sakawa M.; Matsumoto A.; ; Gasparich G.E.; ; Gatz B.Z.; Achouak W.; Forter A.; Tindall B.J.; Lawrence T.G.; van Etten B.; Fardeau M.-L.; Swin D.Y.; Oh T.; Hata Y.; Harayama S.; ; Gillis M.; ; Ginibre N.; Stachi T.; Kaempfer P.; ; Giovannoni S.J.; Kamekura M.; Suzuki M.; Host M.; Hollis D.E.; Krop Gliesche C.G.; Mayer L.W.; Kim S.; Li W.-J.; Wade W.G.; ; Go S.J.; Lebbe L.; Swi A.; Hattori K.; Salkinoja-Salonen M.; Coley D.R.; Stroempl C.; Mergaert J.; Hip Goebel U.B.; Adachi A.; Hayakawa M.; Nakajima K.; Horinger N.; Adams A.; Cousin S.; Sly L.I.; ; Goldstein E.J.C.-W.; ; Guezennec J.; Kippe H.J.; Wang B.; Alvarez-Molina E.; ; H.-Y.; Chenko L.A.; Fal C.; Labat M.; Labeda D.P.; Nichenko L.I.; Amann R.; Ludwig W.; Foster M.; Choi D.H.; Kwon S.-W.; ; H.; Oyaizu H.; Yamaguchi T.; Satoh I.; Kim W.; Song J.; Kro E.; ; H.; Schuchi M.; ; H.; Seki T.; ; H.; Stackx M.; Fujiwa Y.; Hayashi K.; Yamamoto K.; ; H.; Tanaka R.; Matheron R.; Riegel P.; Boemara T.; ; H.; Vainshtein M.; Kim Y.-Q.; Anderson B.; ; H.; Yang H.C.; Arahal D.R.; Fischer B.; Sanchez M.; Lanoot B.; Kimura B.; Arun A.B.; Auling J.; Larimer F.; ; H.; Yokova N.M.; Sasikala C.; Ra Costa E.A.; Fardeau M.L.; Thomas P.; Garcia J.L.; Magot M.; Tindrickx M.; Ludwa Y.; Suzuki S.; ; H.L.; ; H.Y.; Kim S.B.; Harrison T.G.; Staley J.T.; ; HIRAMUNE T.; ; Henk M.C.; Balcae D.R.; Banta E.V.; Nicolau D.V.; Toura K.; Kawamura Y.; Sakaya E.A.; Fry N.K.; Birtles R.J.; Battis G.E.; Weisburg W.G.; Tullson K.H.; Ventosa A.; Gaspard A.C.; Bejar F.; Lai W.A.; Lysen J.E.; ; Hirsch P.; Cai H.; Yoo S.H.; Kim S.J.; Oh H.M.; Fals G.N.; Beppu Hong S.B.; Laiz L.; Vauterin L.; Swasaki H.; Kampfer P.; A.; Willems A.; Carlier J.P.; Nicolaus B.; Berger M.; Pettersson B.; Turenne C.Y.; Yoo G.I.; Bernard K.; Matsuo Y.; Ezaki T.; Kikuchi T.; Tsuji K.; Yokova N.V.; Trotsenko Y.A.; Schmutz J.; Lawa K.; Nakamura K.; Nishimura T.; Haya O.I.; Kim K.K.; Schuchi Y.; ; Hopkins M.K.; Stac Huang Y.; ; Itoh T.; ; Itoh Y.H.; Kang S.J.; Pauker O.; Song M.-O.; Song W.; Kima Y.; Kawasaki K.; Hirsch M.; Swin G.A.; Williams J.; De Wac Izard D.; Hutson R.A.; Coates J.D.; Hutel C.; Bisgaard M.; Vandamme P.; Schuki T.; Itoh T.; Saunders N.A.; Boettger E.C.; Boiron D.L.; Wang E.T.; Parker S.; Franc J.-C.; Bonch-Osmolovskaya E.; Boulyg C.C.; Bowman J.P.; Oyai Y.; Katsuyama H.; Lee S.; ; J.-S.; Im W.T.; Leclerc H.; ; J.; Matsuyama A.; Brambilla E.; Brenner A.; Bretti A.; Kitahara M.; Yoko K.; Kageyama A.E.; Gibson C.; Bruce H.S.; Lee S.T.; ; J.; Moor H.; Stams A.J.M.; Kimura Y.; Nakase T.; KANEKO M.; MORI Y.; KIKUCHI N.; HIRAMUchino M.; Yamasato K.; Kelly D.P.; Raina N.V.; Stac J.; Sta I.A.; Cayol J.-L.; Zhang Y.-Q.; Clark J.; Verhe L.A.; Cleenwerck I.; Vandecandelaere M.G.; ; J.A.; Sawabe T.; Oguchi A.; Kersters K.; Omura S.; ; J.A.E.; Gillis J.; Morey R.E.; Garayzabal J.F.; ; J.F.; Sueling J.M.; Sekiguchi Y.; Omura T.; Imachi H.; Oyama T.; Kato C.; Cui X.L.; Dellaglio F.; Denner E.B.M.; Raina T.N.; Devriese L.A.; Doming A.; Dong X.; ; J.G.; Boone D.R.; Dorsch M.A.; ; J.G.; Rose D.L.; Drake H.L.; Duncan A.M.; Zhukova N.; Ferrei M.; Funke G.; Finegold S.M.; ; J.H.; Ka J.; ; J.H.; Ki M.; Ka M.; Tamura T.; Og W.; Schi H.; Shida O.; Fox J.G.; Franzmann P.D.; Kim J.H.; Lee S.Y.; Oh H.W.; Lee S.D.; ; J.H.; Shin D.J.; Fritze D.; ; J.H.; Yeo S.H.; 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; L.H.; Ji Y.; Tase A.; Tang S.-K.; Li X.; Wang D.; Mau M.; Liesack W.; Schlen M.; Logan N.A.; Lovley D.Reddy G.S.N.; Luensdorf H.; Meyers P.R.; ; Lajudie P.; Sta M.T.; Miyazaki M.; Nam Y.D.; Laws M.J.; Murray P.R.; Muyzer G.; Lalucat J.; Nealson K.E.; Nelson D.L.; Nielsen P.; Mandelco L.; Wiegel J.; Nodasaka Y.; Seki J.; Hirota K.; Nogi Y.; Yang S.H.; Normand P.; Swino T.; Okada S.; Stac Lebaron P.; Ra P.; Carvalho M.E.; Oren A.; Osipov G.AHASHI T.; KAKAHASHI Lesongeur F.; Pitluck S.; Priest F.G.; Pujall R.; Spring S.; Pukall R.; Timmis K.N.; Qian P.Y.; Weon H.-Y.; Zhang Y.; Swinster K.; Quesada E.; Quintnikova M.D.; Finster C.; Sc M.D.; Hugenholtz P.; Vanparys B.; Reddy Garcia M.D.; Lawa T.; Rekha P.D.; Lee M.S.; Stada T.; Reysenbach A.Labrenz M.; Rhee Y.; Marialigeti K.; Richardson P.; Sc M.F.; da Costahashi T.F.Jr.; Rivas R.; Robertson M.; Petri R.; Rodriguez C.; Rossello-Mora R.; Roux V.; Rahashi Y.; Tanner F.; Laughlin G.S.; Steckelberg J.; Snauwaert C.; Springer P.; Hookey J.V.; Sproeer C.; Sproer C.; Srinivas T.N.R.; Sasian C.; Stolz M.M.; ; McTeague M.; Fischer-Le Saux M.; Tapia R.; Ten L.N.; Teuber M.; Teyssier C.; Thompson F.L.; Tian X.; Tiedje J.M.; Trujillo M.E.; Uchimura Y.; Yoko K.; Young C.C.; Uchino K.; Nier H.; Ueki J.; Lama Y.; Zhao S.; ; Mutters R.; Uhlen M.S.; Verissimo A.; Vogel R.F.; Wallbanks S.; Cayol J.L.; Ward-Rainey N.C.; Small A.M.; Weightman A.; Whitcomb R.F.; Whitegger M.; Whitman W.B.; Wilson K.Y.; Zhou P.-J.; Wolters J.; Wong P.K.; Wood A.P.; da Chung A.P.; Wu M.; ; Neubauer H.; Xu L.H.; Xue Y.; Macian M.C.; Yazawa K.; Yi H.; Copeland A.; Lu Ohkusu K.; Yumoto I.; Zavarzin G.A.; Zhi X.; Zhilina T.Nedashkovskaya O.Im W.-T.; Zhou Y.Q.; Xu X.W.; Go S.-Y.; van der P.; R.A.; Forsyth G.; P.A.; Coch C.; P.A.; Famoto Y.; P.A.; Wintzingerode F.; P.A.D.; Rashenko Lepage E.; Maldonado L. Pages S.; Pignet P.; Piper K.E.; Plakhotnikovandez-Garayzandt E.; Behrendt U.; Ul Prieur D.; R.M.; Miroshnichenkohner P.; S.D.; Hah S.N.; R.M.; Sto K.; Omada T.; Ronaghi M.; Rouse M.S.; S.D.; Kiman J.; Marchandin H.; ; S.P.; ; S.S.; ; S.T.; Palaniappan N.; S.W.; Go S.W.; Kig W.; Salkinoja-Salonen M.S. Santos N.; Con H.Y.; Seibert G. Shank N.C.; Shao Z.; ; Shevchenkon J.A.; Shouzen Y.; Okuzumi M.; Sjoeden B.; Sutcliffe I. T.K.; Pascual C.; Toalster R.; Tiago I.; Torriani S.; Tsoi M.M. V.V.; Standt E.; Garcia P.; C V.V.; Swin G.; ; Verdonck L.; Sievers M.; W.; Woesawa N.; W.R.; Sto S.; ; Ward A.C Yamaguchi Young J.M.; Zhou P.; Zhou P.J.; 'Connor S.P.; -Diaz M.; -Porro C.; Adekambi T.; Draj S.; Albuquerque L.; Anil Kumar Anzai Y.; Ara I.; Aslam Z.; Aznar R.; Brinkhoff T.; Butler W.R.; Dastager S.G.; Dedysh S.N.;Ding L.;Donald I.R.; Doronina N.Vela A.I.; Downes J.; Sanchez-Porro Ehrmann J.; Evtushenko Fritze D.; Satomi M.; Gosink J.Janssens D.; Grimont P.A.D.Hackett K.J.; Hauben L.; Vandt E.; Janssens M.; Hertel C.;Heulin T.;HeyndrickxHeyrman J.;Hosoya S.; Hoyles L.; FInagaki F.; Ivanova N.;Jean W.D.; Joulian C.;Jumas-Bilak Jurado V.; Khan S.T.; Knight T.F.Jrsen K.; Koch C.;Konai M.; Korczak B.; CKorczak B.M.; Kurosawa N.Lim J.M.;Lipski A.; Lisdiyanti P.; Kandt E.; KrMargesin R.; Martinez-Molig W.; W.; Levellow M.; Landt E.; LMartinez-Murcia A.J.;Martinez-Romero E.; Maszenan A.M.Mayilraj S.;McDonald Mellado Miyake T.; Miyamoto G.I.;Monteoliva-SanchezMori K.;Munro C.Nevin K.P.; O'ConnorOvermann J.H.; Patel B.K.C.Pikuta E.V.;Rees G.N.;Rodriguez-Diaz MRoh S.W.; Romanenko L.Roth A.; An M.A.; Rouviere P.; Ruimy R.; Rihara H.Sawada H.;Sembiring L.;Shieh W.Y.; Slobodkin A.Song Y.; Zhang Y.Q.; Sorokin D.Y.TAKAHASHTailliez P.; PTakeuchi M.Tang S.K.; Thawai C.; Tortoli E.; Verbarg S.; Wauters G.Weiss N.; KWeiss N.; Prandt E.; ScWeiss N.; Stoh K.; Weon H.Y.Weyant R.S.; Whitney A.M.;Williamson D.LWright A.D.Xie C.; Yoon J.; Yang D.C.; Yassin A.F.;Yoon J.H.;andt E.; Wen E.; Bang D.; Wang H.W.; ang J.; ang X.; ann P.; Kann P.; Rann P.; Spanneyt M.; Hanneyt M.; Lanneyt M.; Sanneyt M.; Tansson K.Eantseva atayama Y.;en E.; Fen E.; Sernandez-Gersson M.;gs J.; Dgs J.; Mhling A.;ii T.; Tki M.; Smoto S.; n P.; Stn R.J.; on Wintziot B.; Vason R.; sumoto G.sumoto S.von Wintdate0+KKHTj,R*"6 jJ zu0&2  v$h! s lvgxZ4:.ns "ux^Hph0 g2ir*wdm&~~ f  Pk_OGb "^+.#Jtt{rjQ#;,H0)l z </\8` Wp>8 iybX>R A$OD v *}q7n E}]-n  l v1[XV 9H X\ D \ v8 )$ \Ui5cM|I '!=&k ?$0f'0t<m qVh? k 7~Jp  e ois1 oy  ;8mq/  Ulx    _P Yy;   ma2   {c]VuB & W~I   D elmA p q_ ] Q ,.w e 3  a#U-b? rE  X:Y/3 uh V " } b! tYpj K F6v M& G[ F~lG>LN+ 8    J 8 ;Qd^`YX! kvY 5  z a .k , L;G([ 1 G '' a Ow k2oS 9@( B9^@V`SI|^. 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(rrnB) gene for 16S ri 16S rRNA, partial 16S rRNA. (rrs) gene, complasma and 23S ribosarcina 16S rRNA, strain: ATCC 15 16S rRNA gene and tRNA-Ala gene for ribosobacteriaceae bacterium 16S rRNA gene sequence; 16S-23S ribacter bacillus acidiphilum 16S ri gene faciens 16S rRNA gene, isolate (strain 23S rRNA gene. ATCC 19 16S ri strain: Gsoil ATCC 25 16S ria sp. 16S r gene fermentans 16S riensis 16S ra 16S rificans 16Saccharolyticum 16S ATCC 27 16S rii 16S rimonas saccharopolyspora 16S ATCC 33 gene formis 16S ATCC 35 16S rae 16S rRNA sequence; and 23 16S rae gene f ATCC 43 16S rae strain: IAM 1 16S rRNA small ATCC 49 16S rain DS-1 16S ris 16S DNA for IMSNU 200 16S ris gene f IMSNU 221 16S rain DSM 11 16S rain JA1 gene f NBRC 1001 16S ralis 16S NBRC 1270 16S rans 16Serratia 16S rans gene (strain 30 16S rans partial sequensis strain: IFlexibacterium ATCC 7002 16S rRalstonia sp. 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YIM RNA (rrs) RNA (strain 41 16S robium subsp. la strain:IAM 10 16S rococcus al RNA (s (ATCC RNA, small RNA, strain:IFM aurantiaca strain:IFO 1595 16S romonas bacter intermedium thermophilus gene, tRNA-Ile and tRhodobacter koreenes 16S romonospora cardia a marina strain:JCM dokdonensis 12 16S romyces albacter litoralis gene, type strain:Marinomonas cardia subsp. psychrophila strain:Neisseria sp. genes, complasma ccus sp. Bacillus cobacter marinus 16S genome. ginsengisoli gene hygroscopicus 16S japonicoccus bacter n DSM 120 16S rophilum strain 5 gene f oryzae subsp. subterranensis genes 16 subunit ribosoli strain ASphingobacter ocardia thermococcus caccharothrix subunit. taiwanensis s (strain ATCC 13 16S rophilus paracoccus coccus da 16S rophomonas dans 16Sphingomonas f terrae genes gene transcribed spacerae 16Spiroplasma phila genes strain BChryseobacter phila parta 16S ropionibacter ropionica parta protetrasporangium DNA fofaciens genebacterium CL-10 16S violacens gensis 17 16S rum 16S whole genomaculum gene f(T) 16S rum genense strain CCMesoplasma s halophilus strain CCUG 18 16S rum strain CECT 50 16S rus genea 16S r, 16S rRhodococcus f, whole 16S r-4 16S r-5 16S r-6 16S r-9 16S r04 16S r05 16S r06 16S r07 16S r08 16S r09 16S r24 16S r26 16S r32 16S r36 16S r37 16S r38 16S r39 16S r42 16S r44 16S r45 16S r47 16S r48 16S r51 16S r52 16S r55 16S r56 16S r57 16S r58 16S r71 16S r78 16S r80 16S r85 16S r86 16S r87 16S r88 16S r97 16S rAcetobacter sal RNA gensis s thermobacter thailandensis partibacillus dea gene Acholeplasma Acinetobacter va 16S rActinobacillus fActinomadura sp. Actinomyces bacteraceae bActinoplanes Aeromonas gii 16S Agrobacter sp. Agromyces cacillus gAlicyclobacillus halobacter sulfovibrio acillus kii 16S Alpha protensis gAlteromonas hingobium Amycolatopsis sa 16S rAnoxybacillus lerans strain CFusobacterium KMM Aquaspirillum Arthrobacterium acillus macillus n DSM 14Bacteroides sp. Bartonella Bifidobacterium bogenes 1Brevibacillus partibacterium cacillus sacillus seudomonas jBrevundimonas macillus sp. Clostridium cens strain CIP 10Burkholderia sphaera Corynebacterium coccus genea strain CMesorhizobica strain DSM 20Deinococcus hiobacillus thermus subsphingobickettsia Desulfobacterium dii 16S Desulfotomaculubacterium fDesulfovibrio sii 16S DesulfurEnterobacterium gEnterococcus kErwinia Eubacterium hacterium ina gene Exiguobacterium kGlycomyces edobacterium li 16S rGordonia HaemophiluHalobacilis 16Staphylococcus libacillibacterium macterium n DSM 16Haloferax Halomonas licus 16Halorubrum Helicobacterium ogenes gHydrogenii 16S Hyphomicrobium Kitasatospora siliensis gKribbella Lactobacillii 16S Legionella Leifsonia Leptospira Leuconostoc Lysobacterium pacterium pstrain EMethanobacterium rMethanobrevibacterium sacterium sp.Methanococcus macterium sum 16S Methylobacterium thominis 16S Methyloces griseola 16S Microbacterium vorans 16Micromonosphaerans gei 16S rMicrotetrastrain FMoraxella Mycobactei partica paris strain GMycoplasmaensis strain HKNocardiaestuarii strain IFOchrobactrum Nocardioides strain IMCNocardiopsis ATCC Nonomuraea NovosphingobPaenibacillinarum strain IMMIB Paracoccus parta strain IMSNU Pasteurella Pediococcus sain ATCC 2Pedobactans strain ISP 5Photobactei strain JAPorphyromonas mensis gPrevotelis partica strain JCM Propionii 16Streptococcus spPseudoalteromonas pPseudomonas sp. Pseudonocardiain ATCC 3Pseudoxanthomonas ticum genenobactens particus 16Psychrobaceticus gense 16S rPsychromonastrain KCTC Rhodovulum Rickettstrain KMM 6Roseomonastrain KStreptomyces fRuminococcus ticus strain LMG 19Syntrophomobilis gense gene T) gene TenacibaculuThalassola genense partii 16S Thermoanaerobius 16S Thermocola 16SThermodesulfolytica 16Thiomicrospira Treponema Tsukamurella Veillonella Vibrio strain MAVirgibacillis strain NCIMB Xenorhabdustrain NCTC 1ain ATCC 4ain ATCC 70ain CCUG 2ain CCUG 3ain CCUG 4ain DSM 30ain DSM 40ain DSM 43ain DSM 44ain DSM 45ain DSM 5ain DSM 6ain DSM 7ain DSM 9ain DSM4ain LMG 20ain LMG 21ain LMG 22ain LMG 23ain NRRL Bain YIM 70ain type strain NRRal RNA seqal RNA smal RNA, cola genae 16S al RNA, pal RNA, strain Oale 16S alis strain Pamensis strain R-angensis DNA fantiacus arius 16Sata 16S atellatosporangatensis atus 16S atus generi 16S atus strain SMaurantiacum partis 16S autotrophicum parava 16S chromogenes cidovorax cola strain SPcum strain SSdiomarina dis 16S drogenophaga eri strain STeum 16S eus geneus strain SW-hromatium hydrogenolyticus 1icola 16icola geicola strain Ticum strain Uicus parida strain Vidans 16idis 16Sidium sp.iense 16iensis strain Wifacienstrain Xiformis ii gene ii partis geneii subspilis parimicrobinensis ing bacteringensistrain YIMinibacteintestinalkalibacinus geneinus strain Ziobacterireducenanensistrain typitolerani 16S ritrobacteius geneius straivibrio ivorans palostridium plostridium sus 16S lostridium tis stramophila myces comal RNA,myces grimyces sp. myces vini gene ni strainiensis nii partivorans stum 16S nii straniphilusus stranis genenis stranivoransnophilusnovorans num 16S num straomal RNA.omyces gomyces homyces lomyces momyces nomyces pomyces romyces somyces tum straomyces vongensisonobacteooxidans 1orum 16Sorum strospirillosum 16Sosus 16Sosus geneothermusoxydans yticus gytophaga full_name0+ӣo \An~$ !  =< &|  50p&;: r T F S9  NO4 @C.z K m2Rc Q quM 8GF I~ F 8Q  K[ Z  Zz[l 7 6n k?^{C H}x 07 >y  ' NqnI4j  ab x6 , ]5 5 +7 [ u f@-c   $Q= *> b : 2 +i* " Y  fe ! @ | s ssYR/ #6 V| X < nGk40 i>  i NEoH# *  ] /  jt7q 9  V GlS@0%3 M y v# ie f E .V { j   ~epTS ^    -*d:P0xpaY w  { " P p }tJhPJI) p '  4 )\ \ $    qXz=aZB}vog_w=d 2 e c H + X <t  Y? @  %AR1 M A+A=   ) M q GFUtk9 <   xb({ {}S&`/Z8MYiGNauT k{>F:5B fm(j -K]4UQwfK#~Z|"qiLK<dE2DCBAx>=wQvuew b1jsOq]GIxrA!g3OU:_pIl-gf-zoMyJkX#}h|$ Wc@kyRQ04\ECXPc#Ox_`'dR\.bsphd ^LYFm[*%bVJl!i~! .Mcn6nzT8o_ta%GqA66[U) 3W(mt"{2SVt8 =2$$NW1I,H%~ajC)(^;) [?R&P+ '+`vH30510?v 9hyLD|DHg@s?7=>E9l Je TB*uNp,+&oS/rV.'^Y;r z:}PX 5]<"; @n/e77Z*F,<94\ aestuarii subsp. alkaliphilus halophila halophilus paracoccus aurantiacardia antarcticardia subsp. ca marinaerobacter alanaerobacillus acidiphilulfitobacterium CL- antarcticus subsp. denitrificans koreensis subsp. halotolerans thermophilus sp. Bacillus alibacter bacterium anaerobium aquatickettsia proteobacter ca thermococcus bacter de bacter eae bacter fermentansaccharolyticum subsp. laccharopolyspora aquimaribacterium australibacillus bacter ginsengisolis subsp. pacificobacter hydrogenibacillus caccharothrix cellulosiliensiseobacter intermedium sp. MSL dokdonensiseudomonas aqulfobacter k hygroscopicus subsp. sacchareducensobacter litoralisphaera japonicaceae bacter marinus thermus japonicum thermobacter nanensispirillum massiliensporangium theria sp. mediterraneu mobilisulfovibrio acillus coccus cacillus dedobacter obaculum salmonicidacillus f profundibacter pacillus g psychrophilumicrobium sp. serovar subterranella sp. taiwanensisychrobacter revibacillus halobacter salomonas bacter thailandimonas sacillus k violaces griseococcus coccus diomarina xinjiangensisAcetobacter vibacter sp. Acholeplasma acillus lkalibaculuminococcus enobacter suAcinetobacteraceae brio sp. Actinobacillus macillus nebacterium bocardia Actinomadura sp. Actinomyces albActinoplanes Aeromonas cacillus ocystis Agromyces bAlgoriphagus Alicyclobacillus parevibacterium cacillus revotella Alkalibacillus salpha proterococcus fAmycolatopsis Anoxybacillus septococcus gArthrobactrum Bacteroides sp. Bartonella Bifidobacterium chromogenesterenkongensisBrachybacterium coccus hacillus sp. Bradyrhizobium Brevibacillus thewanella Brevundimonas macillus vibrio sphenolicoccus iaceae bBurkholderia sphingobacterium dococcus kCampylobacterium frhabdus Cellulomonas drogenophaga Chitinophagacterium gChromohalobChryseobacterium hacterium ingensisClostridium acterium kCorynebacterium licromonospora ccus sp. Cupriavidus Deinococcus lococcus macterium macterium nibacterium ofaciensDesulfobacterium pacterium psDesulfotomaculum Desulfovidovorax DesulfurophilusEnterobacterium rientalisEnterococcus olyticusEubacterium sacterium sp.Exiguobacterium suFlavobacterium thingobium Fusobacterium vGeobacillostridium chromonas errigenactobacillostridium phingobifaciensGeobacterrigenicoccus pae subsp.Gluconacetobacidovoraemolyticoccus rimonas meGlycomyces caemophiluGordonia Halobacilostridium sHaloferax Halomonas fHalorubrum Helicobactibacillostridium tibacterophomonas gHerbaspirillteromonas hobacteropionibacteHydrogenolyticuHyphomicrobimicrobinibacilKitasatospora sKocuria Kribbella Lactobacoccus sanobacteLegionella Leifsonia Leptospira Leuconostoc LysobacteMarinobacteMarinomonas jMesorhizobinibacteMethanobactivoransMethanobrevibacoccus splasma coccus tosporangMethanocrococcuMethylobactotrophicusMethylococcuMicrobacteMicrobulbifer Micromonas kMoraxella MycobacteMycoplasma monas panthomonas lNeisseria NocardiaurantiacusNocardioides sNocardiopsis Nonomuraea NovosphingobOchrobacPaenibacilParacoccPasteurella PediococcusPedobactreptococPhotobactePorphyromonas monas sp. PrevotelPropionicPseudoalteromonas omonas plasma plasma sPseudomonas roplasmaPseudonocardiaPseudoxanthomonas sPsychrobPsychromonas trobacteRhizobiuRhodobacteRhodococcuRhodovulumyces comonas vRickettsRoseomonas RuminococSaccharomyces eSalinicoccuSerratia ShewanelSphingobSphingomonas Sphingopyxis Spirochaeta Spiroplasmyces grintestinalSporosarcina StaphylococStreptocStreptomyces fStreptosporaSyntrophomomyces gTenacibaculuThalassomyces hromatium ThermoanaerobThermocomyces lThermodesulfomyces myces sp. Thioalkalivibrio ThiomicrospiraTreponema Veillonella VirgibacillWeissella Xanthomomyces nimonas XenorhabdusYersinia iobacilliobacterireduceniphilusitoleranivoransitrobactmyces vinophilusnovoransntibacteomyces propioniomyces romyces somyces tomyces vonobacteosphaeraospirillothermusxibacterytophaga product0+ZZph.UR-50^ z$>    RNA gene RNA, small subunit ribosomal RNA ge Ribosomal RNA, s mitochondrial ribosossible rRNA16S Riboso16S rRNA16S riboso16S small 16s ribosopossiblejournal0+ 9p K)!  # Q 'P\ t F    Pt *lU , @ 4yt eV i`dXJW-3U @  Q 3 4}~U ~q  )    fz]z r4. h;  `r j  , Z,+M)!1A v n <2jR EM@ Lc  ^*h  b N  U|m/Da)eXi (n {(  |_ b]Kb L}$H  j \  { -&, }gQ hH.( :# 8 3;1\* >  s 5RQ 3 4{ fDh q IZ  $ M "[ < xXT Q % ^C ,<  2v V $<k[: _  g ;=(   L? [ZK+Y5 TDT* 0d]S+w>m 0 T   l 5(&#9   IH8lLcC#VE/W N FA > * l V  hg R >= ; 6 v L D ?,Uyp\Eh#MH0 r.&  IS 3 wZ S|  j _K dT  uP z 5wp p ] [Her; g^^G2|6BATFvai~xJ 48$E|9 0>K17O=\Ur5\/hR:PK fDnuh^Z|MnWsLX qF_l!LdR 3 pEs{xzNwbe>aK`T_^e~mtS)[dmT]LBX]WoP[py`AbUrVY<cl"J`Ic[}lCpVoS_k6=dHMXRZ-v "W@ 5 z3#?(IHQG;Dk DVB ?f @,+?S* &~q= 1<};{,i:Q 09z+a.@5<2/*&3QG}xH\48v'u)! :m P9I{NyZ%tMgrj2kACq1w0]bonFu .cE-t,Yh+*)UOJ4!O/Y7ws(j'>$%&6jg7.%N$";##'8fie(-Cyg (1996), Institute of Molecular and Cell Biology, National University of Singaporechnol. 0:0-0 (1993) (Reading, Engl.) 141:0-0 (2008) (Reading, Engl.) 150:1301-102 (1997) 113:125-133 (2003) 118:135-140 (1994) 123:167-172 (1994) 156:755-761 (1995) 15:363-371 (1992) 171:6455-6467 (1989) 175:4772-4779 (1993) 176:725-732 (1994 (1993) 184:278-289 (2000) 19:478-492 (1996) 19:50-55 (1996) 1:185-199 (1995) 21:384-397 (1995) 24:253-258 (1999) 279:35-44 (1995) 39:3637-3648 (2001) 41:851-856 (2003) 42:661-667 (1998) 44:3510-3516 (2006) 44:416-426 (1994) 44:812-826 (1995) 45:724-728 (1995) 45:740-746 (1996) 45:755-762 (2005) 46:1-8 (2000) 46:1088-1092 (1995) 46:383-387 (1996) 46:765-768 (1993) 47:1061-1067 (1997) 47:97-102 (1998) 48:155-165 (2002) 48:187-194 (1997) 48:739-747 (1999) 49:1053-1073 (1999) 49:1433-1438 (1999 (2004) 49:175-177 (1999 (1996) 49:567-576 (1999) 50:1563-1589 (2002) 50:291-301 (2000) 50:331-336 (2000) 51:2119-2125 (2001) 51:633-643 (2001) 52:967-972 (2000) 54:1393-1399 (2001) 54:2095-2105 (2004) 54:419-427 (2000) 55:1471-1486 (2004) 56:937-945 (2006) 63:3068-3078 (1996) 70:1277-1286 (2005) 71:5225-5235 (2007) Acad. 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Methodcrobiol. 59:11crobiol. 6crobiol. 7crobiol. 9crobiol. Bioteriol. 45:3crobiol. Ecrobiol. Icrobiol. Lcrobiolol. 46:4eriol. 46:6eriol. 47:10eriol. 48:4eriol. 49:567iol. 27:iol. 40:iol. 41:851iol. 45:5iol. 45:6iol. 45:724iol. 45:755iol. 45:8iol. 59:5iol. 59:7iol. 59:8l. 47:11l. 47:97-l. 48:13l. 48:155l. 48:73l. 49:143l. 49:15l. 49:17l. 49:18l. 50:156l. 50:331l. 52:12l. 52:16l. 52:21l. 53:11l. 53:12l. 53:13l. 53:14l. 53:15l. 53:16l. 54:11l. 54:139l. 54:15l. 54:16l. 54:17l. 54:209l. 54:21l. 54:23l. 55:11l. 55:147l. 55:15l. 55:16l. 55:18l. 55:19l. 55:21l. 55:22l. 55:23l. 55:25l. 56:11l. 56:12l. 56:13l. 56:15l. 56:16l. 56:18l. 56:19l. 56:21l. 56:23l. 56:24l. 56:25l. 56:26l. 56:28l. 56:937ol. 46:7ol. 47:4ol. 47:5ol. 47:7ol. 47:8ol. 47:9ol. 48:5ol. 48:6ol. 48:7ol. 49:6ol. 49:7ol. 50:3ol. 50:7ol. 52:2ol. 52:9ol. 53:2ol. 53:3ol. 53:5ol. 53:7ol. 53:8ol. 53:9ol. 54:2ol. 54:4ol. 54:5ol. 54:6ol. 54:7ol. 54:8ol. 55:2ol. 55:3ol. 55:4ol. 55:6ol. 55:7ol. 55:8ol. 55:9ol. 56:2ol. 56:3ol. 56:4ol. 56:5ol. 56:6ol. 56:7ol. 56:8ol. 56:9strain0+ <;10CA "T&f]SmW#gfeI;@~VKSCo6RV\l~n> n&.3&>eF!n~^vNF6+./+".p6fV>ivofzF]N^&n.d?Hozr`X54jVNc9v_y[ZPKIu*x3e=%#Sv(2&\0)1/;]ApU* +,-:367Ci@.n INLxah~8 mHOrD`_^Z?5YXTEq>}BPy[f<KVMQw9dl|F kso{zW4tbcjRJug '!G$"  (= JCM 1 r[T] l[T] r[T] l (T) s[T] l[T s[T] l (type strain s[T] r[T s[T] r = DSM 19 s[T] l = NCIMB 1 s[C] r[T] e[G] l[T] ATCC 432 s[T] l ATCC 49 s[T] r ATCC BAA-1 r[T] NBRC 100 s[T] l T s[T] e[G] s[C] l[T] strain) s[T] r strain: ATCC 7001 s[T] l strain: B s[T] r strain: CCUG 3 r[T] l strain: CCUG 4 r[T] l strain: DSM 12 s[T] r strain: DSM 14 s[T] l strain: DSM 43 s[T] l strain: G strain: H strain: IMMIB strain: JA1 s[T] r strain: LMG 19 r[T] l strain: LMG 20 s[T] r strain: LMG 21 s[T] strain: LMG 22 s[T] strain: LMG 23 s[T] r strain: LMG 24 s[T] r strain: NC strain: R strain: S-1 s[T] strain: W strain:C strain:DSM 10 r[T] l strain:DSM 44 s[T] strain:LMG 19 s[C] l strain:LMG 2003 s[T] type st, = DSM -10 s[T] -2 s[T] -3 s[T] -4 s[T] -5 s[T] l-T s[T] 02 s[T] 04 s[T] 05 s[T] r06 s[T] l07 s[T] l08 s[T] l09 s[T] 0T s[T] 11 s[T] 13 s[T] 15 s[T] 16 s[T] r17 s[T] r18 s[T] r1; ATCC 4 s[C] r1T s[T] 2 r[T] l2 s[C] l2 s[C] r25 s[T] 26 s[T] 27 s[T] 28 s[T] 29 s[T] 2T s[T] 30 s[T] 31 s[T] 33 s[T] 34 s[T] 35 s[T] 36 s[T] 37 s[T] 38 s[T] 39 s[T] 3T s[T] 40 s[T] 41 s[T] 42 s[T] 45 s[T] 46 s[T] 47 s[T] 48 s[T] 4T s[T] 5 r[T] l50 s[T] 51 s[T] 52 s[T] 53 s[T] 54 s[T] 55 s[T] 56 s[T] 57 s[T] 58 s[T] 59 s[T] 5T s[T] 6 r[T] l6 s[C] l60 s[T] 61 s[T] 62 s[T] 63 s[T] 64 s[T] 65 s[T] 66 s[T] 67 s[T] 68 s[T] 69 s[T] 6T s[T] 7 r[T] l70 s[T] 71 s[T] 72 s[T] 73 s[T] 74 s[T] 75 s[T] 76 s[T] 77 s[T] 78 s[T] 79 s[T] 7T s[T] 8 r[T] l80 s[T] 81 s[T] 82 s[T] 83 s[T] 84 s[T] 85 s[T] 86 s[T] 87 s[T] 88 s[T] 89 s[T] 8T s[T] 9 s[C] r90 s[T] 91 s[T] 92 s[T] 93 s[T] 94 s[T] 95 s[T] 96 s[T] 97 s[T] 98 s[T] 99 s[T] 9T s[T] ; ATCC B; CIP 10= NBRC 101IMSNU 200IMSNU 220MSNU 221NBRC 127NBRC 128NBRC 130NBRC 134NBRC 154NRRL B-16NRRL B-24NRRL B-3NRRL B-54version0nuc_region0nuc_rp0submit_author0+77LE * )/46<  L :H (   ' $   !CH G n p} l f|  if{ey^haL ut   :?H A,N P B  >p>X   Cws K mm8H[h K + M  " b Y %NARa m$0Q 2 2NjsE` +5  M gtm ! 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Rnpvtb5 Lw k:T$*4;D5=a3Jx[+]jQ8* !e)> A.-D.G.; ; A.; Barry K.; Detter J.C.; ; A.; Fegan M.; Hatano K.; ; A.; Kikuchi H.; ; A.; Lucas S.; Lapidus A.; Bae K.S.; ; A.; Swings J.; ; A.; Takahashi M.; ; A.C.; Goodfellow M.; ; A.G.; Mayer L.W.; Levett P.N.; ; A.J.; ; A.J.M.; ; A.M.; ; A.M.; Shank N.C.; Small A.M.; Stieber R.; Burnens A.P.; Emler S.; Frey J.; Kuhnert P.; ; A.M.C.G.; ; Arai D.; Yokota A.; ; Asahara M.; ; B.; Johansson K.-E.; ; B.; Kim H.; Oyaizu H.; ; B.A.D.; ; B.B.; ; B.C.; ; B.J.; Dewhirst F.E.; ; B.K.C.; ; B.K.C.; Gurtler V.; Sevioura M.; Galloway R.L.; Bragg S.L.; Steigerwalt A.G.; Lee J.-H.; ; B.M.; Stackebrandt E.; ; Baere T.; ; Bagaley D.; Drancourt M.; ; Battista J.R.; Kohner P.; ; Bejar V.; ; Beppu T.; Hammon N.; Israni S.; Dalin E.; Tice H.; Pitluck S.; Chakrabarti T.; ; Berkum P.A.; ; Bisgaard M.; ; Boemare N.E.; Tailliez P.; ; Brenner D.J.; Stei A.; ; Brettin T.; Hayakawa M.; Hauser L.; Kyrpides N.; Izard D.; Asahard C.; Chakraborty S.; Sly L.I.; ; Breznak J.A.; ; Brown M.V.; McMeekin T.A.; ; Bruce D.; Han C.; ; C.-L.; ; C.J.; Dastager S.G.; Lee K.; ; C.L.; ; C.M.; ; C.O.; Park M.-J.; Earl A.; Mikami Y.; ; C.Y.; ; Cockerill F.R.III.; Kline B.C.; Glavina T.; ; Costa M.S.; ; D.-C.; ; D.P.; ; D.P.; Vancanneyt M.; Labeda D.P.; Bretti H.; Hata Y.; ; D.R.; ; Daneshvar M.I.; Brown D.R.; Bruce C.; Yoko A.; ; E.R.B.; ; F.; Land M.; Hayward C.; Song Y.; ; F.A.; ; F.A.; Ray K.; Ferreira I.; ; F.E.; Paster B.J.; Wade W.; ; F.L.; ; Falsen E.; Velazquez E.; ; Fischer B.; ; Fox J.G.; ; Fujita R.; Asahashi T.; ; G.E.; ; G.E.; Dodge D.; ; Gatz B.; Nobre F.; Baik K.S.; Lee S.; ; Glavina del Rio T.; Dali H.; Shizuri Y.; ; Glavina del Rio T.; Han S.K.; Nedashkovskaya O.I.; ; H.-H.; Jiang C.-L.; Carvalho I.; ; H.-Y.; Kwon S.-W.; ; H.; Chun J.; ; H.; Nishii T.; Tsuji K.; Yamaguchi Y.; ; H.J.; ; Haesebrouck F.; Martinez-Checa F.; Chen W.-M.; ; Hank M.C.; ; Harayama S.; ; Hirota K.; ; Hopkins M.K.; Cocker C.; ; Horikoshi K.; ; Huang Y.; Liu S.-J.; ; Ishida Y.; ; J.-C.; ; J.-C.; Giovannoni S.J.; ; J.-H.; Kim S.-J.; Zhang Y.-Q.; Cho J.-C.; Choi D.H.; Yoko L.A.; Browasaki H.; ; J.-L.; Christen R.; ; J.-M.; ; J.-S.; Oh T.-K.; Yoon J.-H.; Daneshi A.; ; J.-W.; ; J.; Larimer F.; Laiz L.; Yoko M.; ; J.; Swina E.; Vel J.; ; J.; Wade W.G.; ; J.; Ward A.; Swiderski J.; ; J.A.E.; ; J.C.; Gla E.; ; J.H.; ; J.J.; ; J.M.; ; J.M.; Uhl J.R.; Dong X.; ; J.P.; ; J.P.; McCammon S.A.; Brambilla E.; Fardeau M.-L.; Fische C.Y.; Kim S.; Liu Z.; ; J.T.; ; J.V.; ; K.-E.; Pettersson B.; ; K.; Fujita M.; ; K.; Hata A.; Mikhailov V.V.; ; K.; Ishida H.; ; K.; Kato Y.; Asahashi Y.; Tase A.; Tanasupawat S.; Boemar P.; ; K.; Omura T.; ; K.E.; Rouse M.S.; Fox J.; Xu L.-H.; Jeon C.O.; Garcia Costa E.S.; Gasparich G.E.; Gonzalez J.M.; Goto K.; ; K.K.; ; Kampfer P.; Grimont P.A.D.-W.; Wu M.; ; Kasai H.; ; Kolganova T.V.; ; Kroppenstedt R.M.; ; Kumar P.; Hanada S.; ; Kuznetsov B.B.; Harada H.; Horiko M.E.; Huang C.; ; L.H.; Jiang C.L.; Im W.; Lee J.C.; Imachi H.; Hertel C.; ; Leclerc H.; ; Lee S.T.; ; M.; Kato K.; Kamagata Y.; Nishi A.; Kim S.B.; Neda Y.; Nakajima Y.; Wang B.; Itoh T.; ; M.; Lanoot B.; ; M.; Sakane T.; Suzuki K.; ; M.; Suzuki M.; Nakamura Y.; Ivanova E.P.; Jumas-Bilak E.; Kampfe E.; ; M.; Yamasato K.; Om W.; ; M.A.; ; M.M.; ; M.W.; ; Mateos P.F.; Marchandin H.; Jurado V.; Kasai H.; Schmutz J.; Lal R.; Kolgan Berkumann P.; ; Nodasaka Y.; Kroppe J.M.; Kudo T.; ; Oguchi A.; Kuznet D.; ; P.R.; ; Patel B.K.C.; Li W.-J.; ; Piper K.E.; Li W.J.; Lovley D.R.; Mateos G.; ; R.A.; ; R.E.; Galles R.; ; R.J.; ; Richardson P.; ; Roth A.; ; S.-K.; Lee S.D.; ; S.; Oh S.; Pitlson K.H.; Matsu Y.; ; S.; Roth A.F.; ; S.; Tana M.; Kaempfer Palaniappan N.; Sekiguchi Y.; Kim C.J.; Meyers P.R.; Olsen K.; ; S.H.; ; S.N.; ; S.W.; ; Saiz-Jimenez C.; ; Schumann Park S.; Ohi H.; Ni K.; Ha N.; ; Seong C.N.; Patel Staley J.T.; Lee P.; ; Steckelberg J.; ; T.; Kikuchi T.; Kim K.K.; Qian J.; ; T.; Oguchi M.; Sakamoto M.; ; T.; Raoult D.; ; T.F.Jr.; Gasp T.P.; Kolg J.M.; Quesada E.; Reysenbach A.L.; Richara M.; Kageyama A.; Macian M.C.; Rivas R.; Roberta A.; Rodriguez T.P.; Kuzn A.F.; ; Tapia R.; Schuman J.; Sw Tiedje J.M.; Seong J.; ; Trappen S.; ; W.-J.; Xu L.H.; Shen A.; Fernandez-Garayzabal J.F.; Stams A.J.M.; Tang S.-K.; Tiedjenko L.A.; Trujillo M.E.; Ueda K.; Vandamme P.; ; W.-J.; Zhou P.-J.; Wagner G.; ; W.T.; Leer J.; ; Wang E.T.; Nakagawa Y.; ; Wiegel J.; Wang Evtushenko Lanoot B.; Ki M.; Sueling J.; Wang Y.; Watanabe K.; ; Wintzingerode F.; ; X.-W.; Wiegelt D.; Dra T.; Ha O.; ; Y.-G.; Willems A.; Yang S.H.; Y.-H.; Z.; Chun J.; Sanchez M.; Zhou P.; -Molina E.;-Murcia A.J.;Achouak W.; ; Adekambi T.; Rainey F.A.; Andrees S.; Rodriguez-Anil Kumar Anzai Y.; ;Ara I.; Arahal D.R.; Bernard K.Birtles R.;Boettger E.C.; Bowman J.P.; Busse H.J.; Carlier J.-P.;Cayol J.-L.;Chen W.; Chen W.X.; Chen Y.-G.;Cho B.C.; Christensen H.; ; Chun J.; Ward A.C.; Coenye T.; Copeland A.; Ludwig W.; ; Dabboussi F.; De Baere E.; ;Dedysh S.N.; Ding L.; ; Downes J.; Wauters G.; ;Ezaki T.; ;Farrow J.A.E.Finegold S.Franzmann P.Friedrich M.W.; Gambacorta A.;Gardan L.; ; Gauthier G.; Goodfellow M.; Lawson P.A.; Goris J.; Gosink J.J.; Gundlapally S.R.; Heyrman J.;Hiraishi A.Hookey J.V.; Hosoya S.; Hoste B.A.D.Hoyles L.; ; Hutson R.A.; Im W.T.; Ishikawa N.; Ivanova N.; Jean W.D.; Jeanthon C.; Joulian C.; Kamekura M.;Kasai H.; Yoki K.; HKawamura Yassin A.F.;Kawasaki M.; Khan S.T.; Knight T.F.Jra T.; Og S.; ; Korczak B.M.; Kurosawa N.;Kwon S.W.; Lepage E.; ;Liesack W.; ;Lim J.-M.;Lisdiyanti P.; ; Liu C.; Son B.; Jo Y.; ; Liu Z.; ChMartinez-Molinabe T.; ;Martinez-Murciada Y.; Miyazaki S.; ; Monteoliva-Sanchezuki T.; Moore E.R.B.Morey R.E.; Mori K.; ;Muyzer G.; Nogi Y.; Normand P.; ; Park Y.; ; Pascual C.; ;Reddy G.S.N.Roh S.W.; Romanenko L.Roux V.; Ruimy R.; ; Satomi M.; ;Sawabe T.;Scholz H.C.; Sembiring L.; Yoon J.H.; Shida O.; Shieh W.Y.; Shivaji S.; ;Sievers M.; ; Sorokin D.Y.; Spring S.; ;Sproeer C.; Stroempl C.; ;Suzuki T.Takai K.; ;Takeuchi M.Tamura T.Teyssier C.; Thawai C.; Thompson F.L.; Tiago I.; ;Tian X.-P.;Tourova T.P.; Turenne C.Y.;Uchino M.; Ulrich A.; ;Van TrappeVenkateswaran K.; ;Ventosa A.; Verhille S.Weon H.-Y.;Whitney A.M.; Willems A.M.C.Wright A.-D.GXie C.; Yi H.; ChXu X.-W.;Young C.-C.;Yumoto I.; Zhang L.; Zhang Y.;ai Y.; Kang D.-C.;ang H.; ani S.; Pima K.; ano K.; Is J.A.; ansson K.; ;awa S.; awa T.; n M.; ; n M.A.; no Y.; ;rmann J.shi H.; submit_date0+AA3 2 X <;[ UCad+XV/d43G Z Y mn O LSQ=KN e%d%cKH  yO Q j O?8=eH h sT ##:KI.( 19EM)EE)OH_=G5E = 0$KCRP /9C|v~MYKX2D ^r 33 3isXpZmdd?$3SeGUkw)YF D JMS2c/lR['+I mG}M'&"%"&'(}z2y`P]I18~  .*}&F&*^+7O9 M? 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X X ?  i 5g-OqmN % .+B yx "9 ) EIAe"\CG  .p  ^4F _ x& T1 5      3-jMH67n q~7uSs) <z u9#  (so |q LA,Z t6\d 5| % IV!L  r  ! g 3n1Y d ^ _ ; m`  \n  = hc] < v B K n2n :http://bio.kaist.ac.kr, Tel:81-11-857-8925, Fax:81-11-APR-2000 Biolog, W-113, CCMB, Uppal Road, Atlanta, GA 30333, USA Medical Center (NBRC), Departamento de Bacteria Collection (KACC), National Center Dr., Bethesda, MD 20850, USA, Chandigarh, UT 160036, India, Institut Nation Research & Development Institut Pasteur, 202 Life Science & Biotechnologie Forsch., Mascheroder Weg 1, 38124 Braunschweig 38124, FRGerman Nation Zoologia, Univerisity of Agricultural Biologia Mediterranee, 27, Boulevard Jean Moulin, Marseille 13005, Franced Industrial Microbe Division of Applied Biology & Biomedical Microbial Communities Research, 1815 N. Univeristy, 1 Ara-Dong, Jeju-Si, Jeju 690-756, Republic of China Agriculture Collection, Korea (E-mail:ICBKawasaki, Kanagawa 210, Japan (E-mail:Somboon Tanasupawat, Chulalongkorn Universidad de Salamanca 37007, Spainary Bacteriologie IRDeutsche Sammlung von Mikroorgan. & Zellkulturen GmbH (DSMZ), Masche Mikrobiologia, 3004-517, Coimbra, PORTUGAL. Biotecnological Engineering and Agrich, SWITZERLAND. Bonn, GERMANY. Microbial Ecologia, 7/2, Moscow 117312, RUSS., Microbial Function, Laboratoire Oceanography, Nation, Biological Resaerch, Culture and Biomedex 15, FRANCE., Microorganis. und Zellkulturen GmbH, Masch Center for Agricular Ecology Laboratories, Ajinomoto Co., Inc., Basic Research, Earley Gate Whiteknights Road, Beijing 100080, China State Key Laboratories; 1-1 Suzuki, Science, Facultad de Sevilla 41012, SPAIN. Mikrobacteriology, #52, Eoeun-Dong 253, Nam-Gu, Incheon 402-751, Repub, Braunschweig, D-38124 B-1200 Brussels, BELGIUM., Institut f. Bakteriologie, Am Hochanger 4, GERMA., Inst. f. Med. Mikrocessing Research, Nation, Cheju Nation, Department of Microbial Genetic Engine Mikrosawa, Wako, Saitama 351-0198, Japan (Tel:011-386-1112(ex.4233), Fax:+81-425-77-3020), Fax:011-387-5890), Fax:82-42-869-5617, Fax:81-193-26-6538, Fax:81-258-47-472-2074, Fax:+81-47-472-2086), Fax:044-244-7181, Fax:0471-23-5573, Fax:01238-9-20-5763, Fax:81-29-838-APR-1993 E. Stackebrandt E., Moleculaire Blvd., Los Angeles, CA 90073, USA., Microbial Genomics Laboratories; 223-1, Fujieda, Shizuoka 426-0133, Japan Agency for Marine Biotecherche Agronomique, Domaine de Vilvert, Jouy-en-Josas 78350, Franced Institut fuer Angewandte Mikroup; 2-15 Natsushima-cho 2-15, Yokosuka, Kanagawa 236, Japan Collechnical Universitaet Giessen, GERM., Microbial Properties Reserch Institute for Fermentation Zellkulturen, Masch Centre For Environment, Institute of Advanced IFR 48, Faculte de Medecine, 221 Heuksuk-dong 315, Sunchon Nation, Osaka 532, Japan Marine Microbial Resource Center of Biochemistry and Microbial Science; 2641, Yamazaki, Noda, Chiba 274-8510, Japan URL :http://www.jamstec.go.jp, Tel:+81-42-726-8330-AUG-2000 Laboratories; 3-75-1 Heita, Kamaishi 026-0001, Japan URL :http://www.nbrc.nite.go.jp, URL:http:/ Profesor Garcia Gonzalez nodai.ac.jp, Tel:011(ex.5136), Fax:66 Biologie Microbial Technology (E-mail:aa07151@mail.ecc.u-tokyo.ac.jp, URA 671 CNRS & Universitario de Cartuja s/n, Salamanca, Avda. Moore, Gbf - Natl. Research, P-t 60-let OF KOREA.F., Bacteria G; 2-17-2-1, Tsukisamu-Higashi 1-1-1, Bunkyo, Tokyo 108-8641, Japaku-cho, Toyohashi Universitat de la Medital, London SE1 9RT, UKawasaki-ku, KawasakiNakagawa, 250 Kuo Kuang Rd., Taichung 402, Taiwan Universite Lyon 305-333, Korea Advanckstraat 35, 9000 GENT, BELGI Building 345 Room 10, SWan-Taek Im, Korea Ocean Research, Reading Laboratorio de Luminy, Marseille 13288, Francun, Beijing 100094, Chinary Institute, 1270, Fax:0426-91-9441, Fax:81-298-54-639-0080, Fax:81-3-3812-2111(ex.5151), Fax:81-3-5463-060, Fax:81-42-701, Korea Research, USDA, ARS, Nation, The Universiteit Gent, B-9000 Gent, BELGIKEN BioResource Engia y Genetica, Univ. of Microbial Toxicoses Rickettsies, CNRS & Hyg., Veterinaerplatz 1, A-1210 Vienna, A-1210, AUSTRALIAgrobiologico, Hakodate 041-8611, Japa 1-1-1, Setagaya, Tokyo, 108, USA. Rainey, DSM - Dt.Sammlung von, Mikrood Research; 399 Noda, Noda Institute; 3-75-1, Heita, Nation Division, Nation and Genetics Division/Japan C. Pascual, AFRC Inst of Food Bioscience & Technology Center of Marine Sciences Building, Baton Rouge, LA 70803, USAkiko Kageyama, Kitasato Institutes of Health Canada, 1015 Arlington Street Street, Beijing 100101, P.R. Chinary Medicinal Material Diversites de Pharmaceutical Scientific Rese Research (RIKEN), Japan Academy of Agrobiologie TU Muencheberg, D-15374, GERMarseille 13385, Fran Instituto de Recherches Laitieres et Genetique Appliquee, Instics and Bioprocessing, USDA, & Zellular Biology, 225th Seodun-dong Gweonseon-gu, Suwon 441-707, Korean Agricular Genetic Resource Science Biology - WE10V, Ghent University B-9000, BELGIndustries, CSIRO, Underwood Ave, P. R. Chinese Academy of Science Education, 1600 Clifton Rd, Atland (E-mail:aa37116@mail.email.ne.jp, Tel:82-42-APR-2001 Department, Shibfield, Reading RG2 9AT, UKenji Ueda, Campus University, 1 Seochemie, Max-Planck-Institute for Gene Banka University; 5-9-1 Shirokane, Minato-cho, Hachioji, Tokyo 113, Japa 2-1, Suita, Osaka, 565-0871, Japa 2-1, Wako, Hokkaido 062-8517, Japan Suchtelenweg 4, Wageningen 6703 CT, The Nation for Type Cultures, Korean College London, Guy's Campus de la Rechere Research Center, 11301 Wilshire Blvd 4072, AUSTRIA. Willems, BBSRC Inst. of Food Microbial Type C., Dept. A., Inst. of Microod Science Park, Daejeon 305-600, Korearch Cntr. Biote de Phayathai, Bangkok 10330, Thailand (E-mail:biho@tokyo.email.net, Tel:82428635617), Instion of Bacteria, Inst. for Food Processiana State Univenue de Lumar P., Central Institasato Univer C., Deutsch Laboratorium voor Microbienne Unive Avenue du Drive B100, Walnut Creek, CA 94598-1698, USAkira Hiraishi, Centre for Ag Institasato-u.ac.jp, 06230, FRANC, KRIBB, 52 Eoeun-dong, Kwanak-gu, Seoul 151-742, REPUBLIC HEALTH LABORATORY SERVICE, VIRUS REFERENCE, MOLECULAR BIOLOGY, 61 COLINDALE AVENUE, LONDON, U.K., & Zel, GERMA & Microbiology Department; 1-1-1 Yayoi, Bunkyo-Ku, Tokyo 113-0032, Japerimental Biotection Center, 140 Fenway, Boston, MA 02115, USA (E-mail:chijun@rs.noda.sut.ac.jp, 10 Center, Deep-sea Micro Co., Ltd., Food MA 01003, USA (E-mail:chxie@hotmail.co.jp, TU Muenchen Unive Environmental B., Lab Microbiology, 52 Oun-dong 56-1, Kwana, Chuo-ku, Chiba, Faculte de Provence et de la Reina s/n, Granada 18071, Spainary Microbiology; 1-1 Higashi, Tokyo 113-8657, Japa 237-0061, Japa 70803, Berlin 14109, German District, Beijing, Beiji Sekiguchi, Nation, Nagaoka 1-1-1 Minato-ku, Tokyo 156-8502, Japa Nation; 2-5-8, Kazusakamatari, Kisarazu, Chiba 278, Japa Road, Berkshire RG6 6BZ, UKoichi Watanabe, Yakult Central Public Health Laboratory Medicine and Wear & Biomolecolare, Consiglio Nazionale delle Cedex 5-9-1, Minal Micr Biotection and Michigan State School of Agr Instite de Recursos Natural Science Research Group; 17-85 Juso-honmachi 2-chome, Yodogawa-ku, Osaka; 17-85, Juso-h Univer C., Molecular & Bio-Science Unive Instite de la mediterrestrial Science and Biotection for Bacterial Taxonomy, Instional Inst. fuer Biote of Agr Mer, 06230 Villefranche Sur Mer, Instional Kaohsiung City 811, Taiwa, Gifu 500-8705, Japan, Beijcm.riken.go.jp, 13 Beiyitiao Zhongguancun Road, Bucksbergstrasse 1, Braun, Haidian Distry, MPI for Biote of Fisheries Science, Food P., Instrasse 11, D- 38124 Akira H.J., Inst Street, Gainesville, FL 32611-0926, USA (E-mail:d 4111, Australial Pathogenic Fungi and Ministry of Bace de Verdun, Lille 59045, Fran, Brisbane, QLD 4111, Fax:81-438-20-5764(ex.4085), Fax:81-45-788-7670) (E-mail:fvgg0814@mb.infoweb.ne.jp, 140 The Fenway Centre for Baere T., Micr Research Ins Branch, Nathan, Brisbane, Qld 4072, Austr. 1, Bremen 28359, Germany Research Laboratory for Micr Roux, Paris 6, Station Biology LONDON, UNITED KINGDOM, NW9 5HT, Unite de Bachi, Ebetsu, Hokkaido 069, Japanada, Campi Flegrei Mori, Gifu Univer Hall, Unive NE1 7RU, UKukatpally, 508 Life S-100 44, Sweden, S-750 07, Swedenburg, GERMA (E-mail:hiraishi@eco.tut.ac.jp/, Tel:81-193-26-6592) (E-mail:hiroaki.kasai@mbio.jp, Taejon 305-701, Repu, Daejeon 305806, South Africal Laboratory for Scient 9000, Belgium-dong, SOUTH KOREA., Agricular Micro Kato, Mitsui Norin Co.,Ltd., Finland State of Food Res and Research Service, National Mic Disease Control and Prevention, 163 Avenue, LONDO (E-mail:i.yumotic Diseases, Center, Ins College of Ag Univer Instional Reference Centre for Cellular and Biodiversitaet Muenchen, 80290 Muenchen, Arcisstrasse 2 North 1st Ave Paris and Special Pathogens Brancun, Hai-Chuan Rd. 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Ledeganckstra, Inst, Unive, WA 98195, USA (E-mail:ytanaka@mitsuihon Univ (MTCC), Instation, BBSRC, Unive, Zum Heckeshorn 33, Berl Drive, Singapore 0511, Singapore 11760, Austral Biote of Mices, K.L. (NBRC); 2-5-8501, Jap (Tel:044-24-APR-2004 Microb (Valencia), SPAIN-1995 F.A. Rainey, DSM-Deutschino, Moscow 117811, Russian College of Medecine, United Kingdom, Avenuecular Macian M.C., Micral Micral Univ 069-8501, Tsukum Charite, Dorol of Veterinary Maegok-dong DongJak-gu, Daej 10 Kent Ridge Crescent, Singapore 119260, Singapore, 10 Ken Takai, Japaboratory, School of Laboratory, URA 67-0156) 100080, P. R. Ruimy, URA 100080, P.R. 100080, People's Recular Saint-P.O. Box 226, Reading, P.O. 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Willeensland, Sector 39-A, Cape Town, Melbourne, Grattading, RG6 60-letiya OR 97201, USA 1796, Kunitute for Sces, Kitashirakawading, Sciences, Baltimore, MD 2-12-4, Kanaz 1815 North Univ 1866 Kameino, Fujian 361005, P.R. 194-8533, Jap 1B, D-3812-2111, Farrow, AFRC 1b, D- 38 Microb 1b, D-381-235-28-28, Fax:81-75-753-622-DEC-2002 Sproeer C., School of Plant Pathology, Inste of Phi, Toyohira-ku, Sevilla, SPAIndustry Production avenue 2-17-85, Case 925, 1 Microb 2-2-1 Miyama, Funabashi, Cheng-Hui Xieering, The Nethiaki Kawamura, Ins, The Forschung, Clear Water Bay, Central Res, Deparch, Eberswick, NJ 08-AUG-2002 Agricultural R.A. Hutson R.A., Food Technology and Chiba 292-0818, Japading, UNITE 2-2-1 Miyamagata 997-8555, Japading, White of Primary Prod 2-8 Chuo-cho, Hakology, Karl-von 540-742, Repub 20, D-24105 K.K., Biology, Louisiana Sakyo-ku, Kyoto 606-85350 Freising, GE 200 First Stre, Depaetsklinikumatics, Dsmz, Maschnology develogie, GPO Box 23-13, Taipei, Taiwageyama@lisciences, Chiba Univeering; Tenpaku-chnology, Maschnology; 2-2-1 21, Stockholm 106 91, Copenhagen 220 Gung-dong Instional Reseering; Wakabahiro Kamekura, Nodaishi, Toyohashi, Rakung-gu, D-35043 Mallorca, D-35392 Giessen, Heinrich-Buff-Ring 26-32, D-353 Departe of Sciences, Dept. of Minnes, Natiology, Natironmental Sciences, F.L., BCCMasayuki 225th, Seodunkyo-ku, T Im, Konstanismen & Zellogie, Inha Univeg 1, Bral Systems Micrology, OR 972 Departe of Technori Suzukitute, 140 T Khan, Univeg 20, D-28359, DENMARK 25, 53127-APR-1994 Akiral, Univ 252-80, Hobarganism, DSMZ-Deutsces, Louis, The Ulls vaeg 2, Uppsala S-750 252-8510, Mexicology, P.O.Box 533-545 Burwood Rd, Hawthorn, Melbourne, Viction & Genetics, The Internal Medicine, Epizootiology; 582 Bunkyo-kville, Divisitute, 2800-6310, Fax:82428695617, Federal Ins-Str. 122, Bern 260-8673, Japamanashi, Tsukasa-machiko@nite.gata Uningen Ulls vaeg 2B, Uppsala SE-751-1, Yayoi 1-1-1993 F.A. RAS, P-t 650091, Pathumicrobiology, Roslagstullsbacken 21, Stuttgart, 70599-APR-1996 A.M.C., Univeknights, Read 27, bd Jean 3-6-6 Asahi-machima-cho, Ecology, Sector 39A, Chimica Biomology, Teknikringen 30, Stockholm S-100 3-75-1, Kamaishi, Englanismen und Zent of Agrganismen, und Zent of App 3000 Hannover 61, Fermentation, Envirology, Univ 3012, Switute, Greenburn Road, Read 305-333, Repub 305-333, Southird Institute, Ulls v 34, Stock 35, 9000 Genomics and 35, Gent, K.L. 37134, ITALY., Zoologique, Villeurbanne 69622, Frances, Nata-u.ac.D., Depamura, NITE Biology, W-1993 J.A.E. Farrowa Hakko Kogyo Co., Hangzhoute of Biosciences, Granada, Hebei 373-1, Guseology, Yunnan Instematics, Hong Kong Uningen, Israelogie, Jute of Food and 4-26, Sanuki, Araya, Akitamura, Natity of Bangkok, Pathute of Genosystemanisms Reseanisms, Instsville, Kyoto, Kyoto Unity of California 40 Tsukasuyoshi@ifo.or Infectioute of Manitoba R3E 3R-2002 Unite 425-600, Rep 430072, Ching Nation Tyne, NE1 7RU, UNITE 46100 Burjassot (Valencia, Ledeganisms; 2-1 Higeta Shoyu 5490, B-120-APR-2005 Laboranisms; Hirospital, Life Salamanca, Doctores de Mallorganis., Max Planck Instity of Delhi, Delhi 110007-AUG-1991 AB21 9SB, Ulrich A., Internationanty-Gutschow-Str. 122/Pology, Zhong Guan Cun, Beiyitiao, Medicatory of Bioteces, No. 142, HI 96822, USA 582-1 Bunkyodai-Midorimachi, Nanjing Aghyun-Dong Road, Suwon, Gyeongsang Natity of Flogie, Karl-Erik Johansson, Lab of Marburg/Lahn, FRG 690-756, SOUTH 6913, Austrganisms 770 Van Vleet Oval, Normanghyun-DEC-1993 R. 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Lonergan, Nihon Un Alfalfa Resea All-Russian Allgemeine Mik Am Botanischen Garten 1-9, 2-AUG-1993 RAS, Pr-t 60-logie, Masahiro Kaempfer P., Investigacionmachi, Norway and Hy and Imohiko@ifomohiko@nity of Lab. of Mity of Masahitorganisms; 1866 Kanagawa 237-0, South Anderson Cancer Center, Salisburylaan 133, Masatak Anil Kumar P.nagaokaut.ac.j Antarctic CRC, Univ Antioxidant Laboru Takent of Ecologie, Teknikringen 34, Stackebrandt, DSM-DEC-1995 Framlington Place, New Brunswick, NCID/DBMD/MSPB, Center; 2-17-8 Sproeent of En Antioxidants Laborski J., Labo Arahal D.R., Dpto Baton Rouge, La 70803-AUG-2003 Instity of Newcason, AFR-2003 Mayo Clinic, 200 Frederiksberg Bayreuth, 95440, Fax:+81-6-6879-7455, Fax Beltsvillent of Fo Bergen, Perth, WA 6913, Private Bag 54 Departy of Bern, Laenggass-Str. Box 252-801, USA Bremen D-28359 Bremen, Prospect 60-lent of Infection, NETHERLANDSanidad Anima Brown, Depa Bundeswehr Instity of Oral Mices, The Busse H.J., Pushchino 142290, Spain CV4 7AL, Qld 4111, Quebec Campus, Londo Catholic Universitaetsklity of Park, Takashi Itoh, RIKEN Bity of Queenson, BBShams T Khan Centers for Disent of Lab Centers for Infent of Mity of Readity of Sevilla, c/ Prof. Garcia Centre for Envity of Tasmania, GPO Box 25-OCT-1993 Centre for Medicine, Mayo Univent of Ora Centre, Earlent of Pla Chungbuk City, Yamagata Clinicalogie, Univ Coastal Complutense, Avda Compostela, Rockville, Wuhan Univ Contact:K Contact:Masa Contact:Shoichi Hosoya Contact:Tomohiko Contact:Yuko Kato, Wuhan, Hubei 430072-AUG-2004 Antiox Corvallis, OR 97 Biologie, Zum Daniel R. Brown, Xiamen, Fujian Danish Veterinary Pasadena, CA 9-APR-2006 Marinent of Sciences, Illes Baleary and Paul, MN5510-JUN-2000 Takayuki Ezaki, Yonghyun-1994 C. 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L-1998 Sproersity, 508 -1998 Stroem-1998 Yojiro-1999 Biology, Divi-1999 Bioteces; Yayo-1999 Depart-1999 Genosy, Gradu-1999 Ho-1999 Instit-1999 Korean-1999 Labora-1999 Lawson-1999 Lee S.-1999 Masahi-1999 Microb-1999 Schoology, Dsmz,-1999 Stackebrandt, Univ-2000 Lee S.-2000 Sproeersity, 56-1 -2000 Swidersity, 8000 -2000 Tomohi-2000 Yo-2001 Heyrma-2001 Keiichweig, GERM-2001 Labora-2001 Micro-2001 Mo-2001 Swidersity, Baton-2001 Thomps-2001 Zentra-2002 Depar-2002 Hutson-2002 Livest-2002 Nation-2002 Swidersity, Bersity, Collogy, Ghent-2002 Yasuyo-2003 Akiko -2003 Depar-2003 Gr-2003 Labora-2003 Lawson-2003 Microb-2003 Swidersity, Depa-2003 Unite -2003 Yuko K-2003 Yunnan-2004 Bactersity, Epizo-2004 Biology, Gyeon-2004 Cheng-2004 Depar-2004 Heyrma-2004 Labora-2004 Lanoot-2004 Mo-2004 Swidersity, Faculture, Dep-2004 Tomohi-2004 W T Im-2005 Biology, King's-2005 Contachweig, Germ-2005 Depart-2005 EMIP, -2005 Hoste -2005 Instit-2005 Korean-2005 Microb-2005 State -2005 US DOE-2005 Wan-Ta-2005 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1-81-438-5281-54-6481-58-26781-58-2938376, Fax:81-479-:81-6-68; 40 Tsu@hotmail.com, Tel:81-42-@nodai.aRainey, DepaRainey, DeutsRainey, UnivTel:81-438Tel:81-45-Tel:81-46-Tel:81-468Tel:81-471Tel:81-48-Tel:81-532Tel:81-54-Tel:81-58-Tel:81-6-6Tel:81-6-8Tel:81-75-ciences, Sersity, Hydersity, Inciences, Thciences, Tociences, Uniciences, Wciences, Zhciences; 1ciences; 2-ciences; 37ciences; Yacine, 27, culture, NODAI culture; ersity, Jeju ersity, Jinjuersity, K.L. ersity, Kitasersity, Kunmiersity, Laborersity, Life ersity, Maegokersity, Micrersity, Nathersity, No. 2 ersity, No.2 Nersity, PO Boersity, San ersity, Schoersity, Seoulogy, Porersity, Shillogy, Prersity, The Iersity, Vetersity, Weigaersity, Yonghersity, Yuanmiersity, Yunnervation esources; Yaez-Durancegy; 2-5-8gy; 582-1 logy, Royal logy, Seoulogy, St. Llogy, Sulogy, The Nlogy, Wagenlogy, Yuslogy; 2-5lowsvej 27, y, Medicy, Reseay, Stocky, The Ualign_bp_score_slv0align_cutoff_head_slv0align_cutoff_tail_slv0align_log_slv0+QQ 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graphnodes=1540, aligned-bases=1509, aligned-bases=1510, aligned-bases=1511, score=-0.981, query-len=1404, query-len=1405, score=-0.982, score=-0.983, score=-0.984, score=-0.985, score=-0.9869, query-len=1406, score=-0.9872; graphnodes=155, query-len=1407, score=-0.9880; graphnodes=1567, score=-0.9892, score=-0.99080; graphnodes=1572; scoring: raw=-700; graphnodes=1573; scoring: raw=-800, score=-0.9914, aligned-bases=1512, aligned-bases=1513, aligned-bases=1514, aligned-bases=1515, aligned-bases=1516, aligned-bases=1517, aligned-bases=1518, aligned-bases=1519, aligned-bases=1520; graphnodes=1574; scori 11 bases; 1 based and complemented; Mem=10, score=-0.9920; graphnodes=1578; scori 12 bases 2 bases; 10 bas 3 bases 4 bases 5 bases 6 bases 7 bases 8 bases 9 bases Mem=644, query-len=1408, weight=69, score=-0.9922, score=-0.9923, score=-0.9924, query-len=1409, weight=704; graphnodes=1579; scori Mem=647, aligned-bases=1522, score=-0.9927, score=-0.9932, query-len=1413, query-len=1414, Mem=648, score=-0.9933, weight=7100; graphnodes=1581; scori Mem=649, aligned-bases=1523, aligned-bases=1524, score=-0.99344; graphnodes=1583; score=-0.9936, query-len=1415, score=-0.9941, score=-0.9942, score=-0.9945, aligned-bases=1525, score=-0.9946, score=-0.9948, weight=720; graphnodes=1584; score=-0.9949, weight=731, score=-0.9950, score=-0.9954, score=-0.9955, score=-0.9957, query-len=1416, score=-0.9958, query-len=1417, score=-0.9959, score=-0.9960; graphnodes=1589; score=-0.9961, score=-0.9962, score=-0.9964, score=-0.9965, score=-0.99664; graphnodes=1591; score=-0.9967; scori Mem=6500; graphnodes=1592; score=-0.9968, query-len=1418, score=-0.99696; graphnodes=1594; score=-0.9970; scori Mem=651, query-len=1419, score=-0.9971, score=-0.99728; graphnodes=1595; scori Mem=652, query-len=1420, score=-0.9973, score=-0.9974, weight=7336; graphnodes=1597; score=-0.9975, score=-0.99760; graphnodes=1598; score=-0.9977; score=-0.9980; score=-0.9981, score=-0.9982; score=-0.99832; graphnodes=1601; score=-0.9984, weight=735, score=-0.99856; graphnodes=1608; score=-0.9986, query-len=1421, query-len=1422, score=-0.9987; score=-0.9988, query-len=1424, weight=736; graphnodes=1609; score=-0.9989, score=-0.9990, score=-0.9991, score=-0.99925, query-len=1425, score=-0.999272; graphnodes=1610; score=-0.99928; graphnodes=1611; score=-0.99930, score=-0.99932, score=-0.999382; 1 bas Mem=653, query-len=1426, aligned-bases=1526, aligned-bases=1527, aligned-bases=1528, aligned-bases=1529, aligned-bases=1530, aligned-bases=1531, aligned-bases=1533, Mem=655; score=-0.99946, weight=7376; graphnodes=1612; graphnodes=1613; score=-0.999472; graphnodes=1614; score=-0.999485; score=-0.999486; scori Mem=656; graphnodes=1615; score=-0.999497; 1 bas Mem=657, score=-0.99949; score=-0.999501; 1 bas Mem=658, score=-0.999502; 2 basersed and Mem=6592; graphnodes=1616; score=-0.999503; 1 bas Mem=660, score=-0.999504; graphnodes=1617; score=-0.999505; score=-0.999506; score=-0.999507; 2 bas Mem=661, weight=738, score=-0.999508; graphnodes=1618; score=-0.999509; 1 bas Mem=662, weight=739, query-len=1427, weight=740, score=-0.999511; 2 bas Mem=663, query-len=1428, score=-0.99951; score=-0.9996, score=-0.999752; graphnodes=1619; score=-0.999775; 1 bas Mem=6640; graphnodes=1620; score=-0.999777; 12 bas Mem=666; score=-0.99979, weight=7416; graphnodes=1621; score=-0.9998000; graphnodes=1622; score=-0.999816; graphnodes=1623; score=-0.99983 bases; 3 baseversed aligned-bases=1534, Mem=667 bases; 4 bases; 5 bases; 6 bases; 7 base Mem=668, score=-0.99985, weight=7420; graphnodes=1624; score=-0.99986, score=-0.999871; score=-0.999873; 2 bas Mem=669; score=-0.999875; 2 bas Mem=6700; score=-0.999876; score=-0.999878; 1 bas Mem=6712; graphnodes=1625; score=-0.99988, score=-0.999896; graphnodes=1626; score=-0.999901; 8 bases; 9 bases; Mem=802, query-len=1429, score=-0.999902; 3 bas Mem=672.95, query-len=1430, score=-0.999915; Mem=8104; graphnodes=1627; score=-0.9999200; graphnodes=1628; score=-0.999934; score=-0.99994, score=-0.999952; graphnodes=1629; score=-0.99996; score=-0.999973; 3 bas Mem=673.91, query-len=1431, score=-0.999974; 1 bas Mem=6744; graphnodes=1630; score=-0.99998, score=-0.999997; Mem=821, score=-0.9999; score=-1.00003; Mem=8300; graphnodes=1631; score=-1.00005; Mem=840; graphnodes=1632; score=-1.00006; 1 bas Mem=675.14, weight=743, score=-1.00012; score=-1.00013; Mem=850; score=-1.00014; 2 bas Mem=6768; graphnodes=1634; score=-1.00017; Mem=864; graphnodes=1635; score=-1.0001; Mem=888; graphnodes=1636; 3 bas Mem=67784; graphnodes=1636; score=-1.0002, score=-1; Mem=89.97, query-len=1432, Mem=6788; scoreversed; Mem=51, scor Mem=6792; graphnodes=1637; scor Mem=680; graphnodes=1638; scor Mem=6811, weight=744, scor Mem=68216; graphnodes=1639; scor Mem=68304; graphnodes=1641; scor Mem=68400; graphnodes=1642; scor Mem=6852, scor Mem=68600; graphnodes=1643; scor Mem=687 Mem=688; 2 bas Mem=68900; graphnodes=1644; scor Mem=690; scor Mem=6912; graphnodes=1645; scor Mem=69224; graphnodes=1646; scomplemented; using alignment from identical "Acb Mem=693, scor Mem=69408; graphnodes=1647; scor Mem=6952, weight=7456; graphnodes=1648; 2 b Mem=6960; scor Mem=697, scor Mem=698, weight=7464; graphnodes=1649; 2 bas Mem=699, query-len=1433, scopied identical "Ace Mem=70024; graphnodes=1650; sco Mem=70112; graphnodes=1651; Mem=9032; graphnodes=1652; scor Mem=7023, weight=747 Mem=7031, weight=7480; graphnodes=1653; scor Mem=704, scor Mem=705, weight=7493; scor Mem=706, weight=75040; graphnodes=1654; scor Mem=707, weight=7515.01, query-len=1434, Mem=7088; graphnodes=1655; sco Mem=7096; graphnodes=1656; scor Mem=71048; graphnodes=1658; scor Mem=71120; graphnodes=1659; scor Mem=71232; graphnodes=1660; sco Mem=713, scor Mem=71435, sco Mem=71500, sco Mem=7160; graphnodes=1661; scor Mem=7176; graphnodes=1662; scor Mem=718, weight=75240; graphnodes=1663; scor Mem=7192; graphnodes=1664; 8 bas Mem=7204; scor Mem=721436, scor Mem=72256; graphnodes=1665; scor Mem=72312; graphnodes=1666; sco Mem=726, query-len=1435, s Mem=727 Mem=7280; graphnodes=1667; sco Mem=729, query-len=1436, Mem=7320; graphnodes=1669; Mem=91438, sco Mem=733; scor Mem=7340; scor Mem=735, weight=753, scor Mem=7360; graphnodes=1670; sco Mem=7380; graphnodes=1671; Mem=9288; graphnodes=1672; Mem=9620; graphnodes=1673; Mem=739, scor Mem=74056; graphnodes=1674; Mem=7424; graphnodes=1675; Mem=7432; graphnodes=1676; 2 bas Mem=75328; graphnodes=1677; sco Mem=7554, weight=7540; graphnodes=1678; 3 bas Mem=7584; graphnodes=1679; Mem=763, scor Mem=76440; graphnodes=1680; 1 bas aligned-bases=1537, aligned-bases=1538, aligned-bases=15392; graphnodes=1681; sc aligned-bases=1542, aligned-bases=154352; graphnodes=1682; sco aligned-bases=1544, aligned-bases=1545, sco aligned-bases=1546, aligned-bases=1556, scor aligned-bases=1560; graphnodes=1683; sco attached 1 base attached 10 bas attached 11 bas attached 2 base attached 3 base attached 4 base attached 5 base attached 6 base attached 7 base attached 8 base attached 9 base attached; 1 bas attached; 6 bas attached; 7 bas attached; 8 bas attached; 9 bas attached; scori graphnodes=1684; graphnodes=1685; graphnodes=1686; sco graphnodes=1687; graphnodes=1688; graphnodes=1689; sco graphnodes=1690; sco graphnodes=1691; graphnodes=1692; graphnodes=1693; graphnodes=1695; sco graphnodes=1696; sco graphnodes=1697; sco graphnodes=1698; sco graphnodes=1699; sco graphnodes=1700; sco graphnodes=1702; graphnodes=1703; sco graphnodes=1704; graphnodes=1705; graphnodes=1706; graphnodes=1707; graphnodes=1710; 2 bas graphnodes=1711; sco graphnodes=1714; graphnodes=1715; graphnodes=1716; sco graphnodes=1717; graphnodes=1719; sco graphnodes=1720; graphnodes=1722; sco graphnodes=1724; graphnodes=1725; sco graphnodes=1726; graphnodes=1727; graphnodes=1728; graphnodes=1729; graphnodes=1731; sco graphnodes=1732; graphnodes=1733; sco graphnodes=1734; graphnodes=1736; graphnodes=1740; graphnodes=1743; graphnodes=1744; graphnodes=1745; graphnodes=1747; graphnodes=1749; graphnodes=1750; graphnodes=1751; sco graphnodes=1752; graphnodes=1753; graphnodes=1754; sco graphnodes=1755; graphnodes=1756; graphnodes=1757; graphnodes=1758; sco graphnodes=1759; graphnodes=1761; sco graphnodes=1763; graphnodes=1766; graphnodes=1767; sco graphnodes=1768; scor graphnodes=1769; graphnodes=1770; sco graphnodes=1771; sco graphnodes=1774; graphnodes=1779; graphnodes=1780; graphnodes=1783; graphnodes=1789; graphnodes=1790; sco graphnodes=1791; graphnodes=1793; graphnodes=1794; sco graphnodes=1798; graphnodes=1800; sco graphnodes=1806; graphnodes=1809; graphnodes=1811; sco graphnodes=1816; graphnodes=1822; graphnodes=1836; graphnodes=1838; graphnodes=1842; graphnodes=18568; graphnodes=18624; graphnodes=187 graphnodes=188 graphnodes=1898; graphnodes=19064; graphnodes=191440, sco graphnodes=19296; graphnodes=19368; graphnodes=19448; graphnodes=19576; graphnodes=19632; graphnodes=197 graphnodes=198 graphnodes=199, scor graphnodes=200 graphnodes=201441, sco graphnodes=202 graphnodes=20388; graphnodes=20488; graphnodes=2068, weight=755 graphnodes=207 graphnodes=209 graphnodes=211442, sco graphnodes=213 graphnodes=219 graphnodes=221444, sco graphnodes=223 graphnodes=2248; scor graphnodes=228 graphnodes=234 graphnodes=24 graphnodes=25 identical "Aci identical "Acl identical "Acn: none; identical "Acturn: none identical "Ae identical "Agm identical "Aib identical "Ainot turned; Mem=60 identical "Ali identical "Amy identical "An identical "Aq identical "ArnS identical "Art identical "Atn identical "Azo identical "BacA identical "BacS identical "Bar identical "Bct identical "Bif identical "Bl identical "Bor identical "Brb identical "Bre identical "Bur identical "But identical "Ca identical "Ch identical "Cll identical "CloA identical "CloC identical "CloP identical "CloS identical "Cm identical "CorA identical "CorC identical "Cr identical "Cu identical "Dc identical "Dei identical "Des identical "Df identical "Dl identical "Dsl identical "Enb identical "Ent identical "Er identical "Eub identical "Fle identical "Flv identical "Gbc identical "Glu identical "Gor identical "Halop"; identical "Hel identical "Hln identical "Hph identical "I identical "J identical "Kit identical "Lac identical "Lc identical "Leg identical "Leu identical "Marin"; identical "Mcm identical "Mcr identical "McsA identical "McsC identical "McsP identical "Me identical "Mh identical "Mnv identical "Mo identical "Mrx identical "Mth identical "Myc identical "Ncr identical "Noc identical "Non identical "Oc identical "Par identical "Pb identical "Pd; Mem=61446, sco identical "Pe identical "Ph identical "Pl identical "PnbA identical "Po identical "Pre identical "Ps1448, sco identical "Ps2 identical "Psc identical "PsmA identical "PsmC identical "PsmF identical "PsmM identical "PsmP identical "Pyb identical "Ra identical "Rho identical "Rhz identical "Ric identical "Rmn identical "Rs identical "Sc identical "Sea identical "Shw identical "Sl identical "Sn identical "Sph identical "Sth identical "StpC identical "StpS identical "StpTherm"; identical "Str identical "Stt identical "Sul identical "Te identical "Tha identical "Thl identical "Thr identical "Ths identical "To identical "Tre identical "Tsr identical "Tt identical "U identical "Vib identical "Wei identical "Xnb identical "Xnm identical "Yer identical AJ query-len=1437, query-len=1438, query-len=1439, query-len=1440, s query-len=1441, s query-len=1442, s query-len=1444, s query-len=1445, query-len=1446, s query-len=1447, query-len=1448, s query-len=1449, ali query-len=1450, sco query-len=1451, sco query-len=1452, sco query-len=1453, sco query-len=1454, sco query-len=1455, sco query-len=1456, sco query-len=1457, sco query-len=1458, sco query-len=1459, sco query-len=1460, sco query-len=1461, sco query-len=1462, sco query-len=1463, sco query-len=1464, sco query-len=1465, sco query-len=1466, sco query-len=1467, sco query-len=1468, sco query-len=1469, sco query-len=1470, sco query-len=1471, sco query-len=1472, sco query-len=1473, sco query-len=1474, sco query-len=1475, sco query-len=1476, sco query-len=1477, sco query-len=1478, sco query-len=1479, sco query-len=1480, sco query-len=1481, sco query-len=1482, sco query-len=1483, sco query-len=1484, sco query-len=1485, sco query-len=1486, sco query-len=1487, sco query-len=1488, sco query-len=1489, sco query-len=1490, sco query-len=1491, sco query-len=1492, sco query-len=1493, sco query-len=1494, sco query-len=1495, sco query-len=1496, sco query-len=1497, sco query-len=1498, sco query-len=1499, sco query-len=1500, s query-len=1501, sco query-len=1502, sco query-len=1503, query-len=1504, sco query-len=1505, sco query-len=1506, sco query-len=1507, sco query-len=1508, ali query-len=1509, sco query-len=1510, sco query-len=1511, query-len=1512, sco query-len=1513, sco query-len=1514, sco query-len=1515, sco query-len=1516, sco query-len=1517, sco query-len=1518, sco query-len=1519, sco query-len=1520, query-len=1521, ali query-len=1522, query-len=1523, sco query-len=1524, query-len=1525, query-len=1526, sco query-len=1527, sco query-len=1528, query-len=1529, query-len=1530, sco query-len=1531, query-len=1532, query-len=1535, ali query-len=1536, query-len=1540, query-len=1542, query-len=1544, query-len=1546, query-len=1548, ali query-len=1550, query-len=1561, query-len=157 query-len=168; gra raw=-68 raw=-69 raw=-710 raw=-716 raw=-719 raw=-722 raw=-725 raw=-727 raw=-729 raw=-730 raw=-73144; gra raw=-732 raw=-733 raw=-734 raw=-735 raw=-736 raw=-737 raw=-738 raw=-739 raw=-740 raw=-74184; gra raw=-742 raw=-743 raw=-744 raw=-745 raw=-746 raw=-747 raw=-748 raw=-749 raw=-750 raw=-751 raw=-752 raw=-753 raw=-754 raw=-755 raw=-756 raw=-757 raw=-758 raw=-759 raw=-760 raw=-761 raw=-762 raw=-763 raw=-764 raw=-7653.01, weight=756 raw=-766 raw=-7678.02, que raw=-768 raw=-7698.02, weight=757 raw=-770 raw=-7715.03, quer raw=-7729.03, weight=758 raw=-773 raw=-774 raw=-775 raw=-7768.04, que raw=-7771.04, weight=7599.05, quer raw=-7772.05, weight=7601.06, quer raw=-7776.06, weight=7610.07, quer raw=-778 raw=-7791.07, weight=762 raw=-7802.08, quer raw=-7809.08, weight=7639.09, quer raw=-7815.14, quer raw=-7820.09, weight=7642.1, quer raw=-7823.1, weight=7645.11, quer raw=-7827.11, weight=7648.12, quer raw=-7829.31, weight=7650.12, weight=766 raw=-783 raw=-784 raw=-785 raw=-7860.13, que raw=-787 raw=-788 raw=-789 raw=-790 raw=-7912.13, weight=767 raw=-792 raw=-793 raw=-794 raw=-795 raw=-796 raw=-797 raw=-798 raw=-799 raw=-801 raw=-802 turned; usin weight=7681.15, quer weight=7690.15, weight=7697.16, quer weight=7702.16, weight=7703.17, quer weight=7705.17, weight=7713 weight=7714.18, quer weight=7727.18, weight=7728.19, quer weight=773 weight=7745.19, weight=7753.2, quer weight=7762.2, weight=7763.21, que weight=7767.21, weight=7768.22, quer weight=7769.22, weight=7770.23, quer weight=7772.95, q weight=7773.23, weight=7774.24, que weight=7775.24, weight=7776.25, que weight=7777.25, weight=7778.26, que weight=7780.26, weight=7781.27, quer weight=7785.27, weight=7793.28, quer weight=7798.28, weight=7805.29, que weight=7811.29, weight=7813.91, q weight=7817.3, quer weight=7818.3, weight=7819.97, q weight=7820.31, que weight=7824.32, que weight=7825.32, weight=7826.33, quer weight=7827.33, weight=7829.33, qu weight=7831.34, quer weight=784 weight=7857.34, weight=7859.35, que weight=7862.35, weight=7877.36, que weight=788 weight=789 weight=790 weight=7911.36, weight=7913.37, que weight=7916.37, weight=7922.38, quer weight=7930.38, weight=794 weight=795 weight=796 weight=797 weight=798 weight=799 weight=800 weight=8016.39, que weight=8024.39, weight=803 weight=804.4, quer.4, weig.41, quer.41, weig.42, quer.42, weig.43, quer.43, weig.44, que.44, weig.45, quer.45, weig.46, quer.46, wei.47, quer.47, weig.48, quer.48, wei.49, quer.49, wei.5, quer.5, weig.51, que.51, weig.52, que.52, wei.53, que.53, weig.54, quer.54, wei.55, que.55, weig.56, quer.56, weig.57, que.57, weig.58, que.58, weig.59, quer.59, weig.6, quer.6, weig.61, quer.61, wei.62, quer.62, wei.63, que.63, weig.64, quer.64, weig.65, quer.65, weig.66, que.66, weig.67, quer.67, weig.68, que.68, wei.69, que.69, weig.7, quer.7, weig.71, que.71, weig.72, quer.72, weig.73, que.73, weig.74, quer.74, wei.75, que.75, weig.76, quer.76, weig.77, quer.77, weig.78, quer.78, weig.79, quer.79, wei.8, weig.81, que.81, weig.82, quer.82, weig.83, quer.83, weig.84, quer.84, wei.85, quer.85, weig.86, que.86, weig.87, quer.87, weig.88, que.88, weig.89, quer.89, weig.9, quer.9, weig.91, weig.92, weig.93, weig.94, weig.95, weig.96, que.96, weig.97, weig.98, quer.98, wei.99, que.99, weigHydro"; d; Mem=62d; Mem=63d; Mem=64d; Mem=65d; Mem=66d; Mem=67d; Mem=68d; Mem=69d; Mem=70d; Mem=71d; Mem=72d; Mem=73d; Mem=74d; Mem=75d; Mem=76d; Mem=77d; Mem=78d; Mem=79d; Mem=8d; Mem=9align_quality_slv0aligned_slv0+P8 eX=  WJ $d " ~   # <q t _ /o  If  M <i , 0m) 1  l1 tV y[  [n  lF# 8: c*K! V R + Ig w K~C }^NNv V }~" Ehu#CwF  =<A\ @  44  N >e[uT2  1v]  4LcI|tl9 g 34+ (LD|Q1( Rd f#\+TS: ^ V= pn p Z A' & } cs }( #NnwEM_dPtK^Yp%o >8f:eR8~2vFJ[/VQb)'CUS D& G$>"=;!|6rm5q43ih210.-uk,+j*7`/*'5+&B ,  "A]\IHX$W1(#@9zgy.LT{3cG)!0;6xl< 4 %aBZOH<C9OAN F7MI@L:E?-DKJ?= 00:47:5 00:48:008-01-17 02:56:1 02:57:1 02:57:23 02:58:2008-01-17 02:57: 02:58:3 02:59:008-06-29 13:2008-06-17 00:47: 02:59:5 03:00:2008-09-30 18:04: 03:00:3 03:01:009-06-17 00:48: 03:01:16 03:01:5 03:02:5 03:03:05 03:03:12009-06-17 00:5 03:03:2 03:03:32 03:03:34 03:03:35 03:03:4 03:03:5 03:04:0 03:04:1 03:04:2 03:04:3 03:04:4 03:05:02 03:05:15 03:05:2 03:05:32 03:06:3 03:06:4 03:06:58 03:07:0 03:07:1 03:07:4 03:08:0 03:08:1 03:08:2 03:09:1 03:09:2 03:09:30 03:09:31 03:09:5 03:10:00 03:10:2 03:10:3 03:10:4 03:11:13 03:11:17 03:11:18 03:11:2 03:11:3 03:11:40 03:11:55 03:11:59 03:12:0 03:12:1 03:12:2 03:12:32 03:12:4 03:12:5 03:13:0 03:13:2 03:13:4 03:13:5 03:14:0 03:14:1 03:14:2 03:14:3 03:15:17 03:15:2 03:15:32 03:15:33 03:15:4 03:15:5 03:16:0 03:16:1 03:16:2 03:16:3 03:16:4 03:16:53 03:17:0 03:17:2 03:17:30 03:18:2 03:18:3 03:19:3 03:20:1 03:26:3 03:28:19 03:29:4 03:31:3 03:31:4 03:31:5 03:32:0 03:32:19 03:32:2 03:32:3 03:32:44 03:32:5 03:33:0 03:33:10 03:33:16 03:34:06 03:36:0 03:36:4 03:36:5 03:37:16 03:37:2 03:37:3 03:37:4 03:37:5 03:38:2 03:38:38 03:38:4 03:38:50 03:38:51 03:39:0 03:39:2 03:40:0 03:40:1 03:40:5 03:41:41 03:44:1 03:46:4 03:48:47 03:49:14 03:49:36 03:50:3 03:51:10 03:53:5 03:54:02 03:54:41 03:54:44 03:54:45 03:54:59 03:55:0 03:56:00 04:01:53 04:02:0 04:02:2 04:02:3 04:02:5 04:03:1 04:03:3 04:03:5 04:04:07 04:04:1 04:04:2 04:04:32 04:05:2 04:06:2 04:06:4 04:07:0 04:08:0 04:13:1 04:13:26 04:13:3 04:13:4 04:13:59 04:14:01 04:14:05 04:14:07 04:14:17 04:14:25 04:14:36 04:14:4 04:14:5 04:15:0 04:15:1 04:16:06 04:16:13 04:16:22 04:16:33 04:16:47 04:16:54 04:16:56 04:16:58 04:17:0 04:17:19 04:17:29 04:17:3 04:17:4 04:18:3 04:18:4 04:18:52 04:27:53 04:42:12 04:42:22 04:42:37 04:43:04 14:03:1 15:48:3 18:29:3 18:29:4 18:29:5 19:35:1 19:55:4 19:57:1-01-17 02:58:-01-17 02:59:-01-17 03:00:-01-17 03:01:-01-17 03:02:-01-17 03:03:-01-17 03:04:-01-17 03:05:-01-17 03:06:-01-17 03:07:-01-17 03:08:-01-17 03:09:-01-17 03:10:-01-17 03:11:-01-17 03:12:-01-17 03:13:-01-17 03:14:-01-17 03:15:-01-17 03:16:-01-17 03:17:-01-17 03:18:-01-17 03:19:-01-17 03:20:-01-17 03:21:-01-17 03:22:-01-17 03:23:-01-17 03:25:-01-17 03:26:-01-17 03:27:-01-17 03:28:-01-17 03:29:-01-17 03:30:-01-17 03:31:-01-17 03:32:-01-17 03:33:-01-17 03:34:-01-17 03:36:-01-17 03:37:-01-17 03:38:-01-17 03:39:-01-17 03:40:-01-17 03:41:-01-17 03:44:-01-17 03:45:-01-17 03:46:-01-17 03:47:-01-17 03:48:-01-17 03:49:-01-17 03:50:-01-17 03:51:-01-17 03:52:-01-17 03:53:-01-17 03:54:-01-17 03:55:-01-17 03:56:-01-17 03:57:-01-17 03:58:-01-17 03:59:-01-17 04:00:-01-17 04:01:-01-17 04:02:-01-17 04:03:-01-17 04:04:-01-17 04:05:-01-17 04:06:-01-17 04:07:-01-17 04:08:-01-17 04:09:-01-17 04:10:-01-17 04:11:-01-17 04:12:-01-17 04:13:-01-17 04:14:-01-17 04:15:-01-17 04:16:-01-17 04:17:-01-17 04:18:-01-17 04:19:-01-17 04:21:-01-17 04:25:-01-17 04:27:-01-17 04:3-01-17 04:42:-01-17 04:43:-06-17 01:03:-06-17 01:1-06-17 01:23:-06-17 01:25:-06-17 01:29:-06-17 01:32:-06-17 01:33:-06-17 01:35:-06-17 01:36:-06-17 01:39:-06-17 01:46:-06-29 14:02:-06-29 14:03:-06-29 14:07:-06-29 14:08:-06-29 14:09:-06-29 15:36:-06-29 15:37:-06-29 15:45:-06-29 15:46:-06-29 15:47:-06-29 15:48:-06-29 15:49:-09-30 18:05:-09-30 18:29:-09-30 18:30:-09-30 19:13:-09-30 19:35:-09-30 19:39:-09-30 19:41:-09-30 19:42:-09-30 19:54:-09-30 19:55:-09-30 19:56:-09-30 19:57:ambig_slv0ann_src_slv0+EMBL; RDP;pintail_slv0homop_slv0homop_events_slv0nuc_gene_slv0seq_quality_slv0start0stop0tax_embl0+MMop487nI65` m 0 (hg; 1-/+)s`*BA(=<l#tue#1-!wq0 a/d' Labc x&'. @ i/Fh ^O g{ C p`] MD - +V \ AP^F 1 \wRc{& &Cz L@mWSNh%P N N g  A" g8 u  R (\jH  7O j d dl]*x c 6EK6 m31Y >m*K z  "?]5')%NW4,+y+ l cG M o3RTQ 64 " @a =iPEO8/ $ 5E E3|)% J (D> !  l z ahln 0 bX f yxT 2 8C jDX Rs | < 0M f  F*- B b tbR[<V yLGmN 7n@rHU ^ ]7 I vqona =rpN Jw  9 > E L sb yZ !5 8[9 ^ZX6.Rj $  . 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VGi1 YBNugNN5 Wy  sP  B#;%R MH5 .g[ [pvbI,q >q)6jyj$ap0d TNH/PC'yt`xwJ/T*Fa`_W8D[~\O.|Xp()(sU(Jie|dFyR)z $=u:9sr -]2]M NOkva`m9xhUktre-WS+uIqpGdFL22b^WXz KGHupoQ]C#l<)Xc\+y^Lujin{>fEBIA4M+ \' C,'b%;=0{  SR}bt,NsMVUA/.D|3 +ge^-@Ll="`vy?i_<(>f&A(;k:3jBidcc;!9SDc>#@9 tl*Ls;O6 WOv]CZ NvNCzu$Z17]iR;wQ ~t"H 0+_Ym%'#c'f6aj5Q[&u^{F?1[PD~~vo Ve 8`%l,&Wm|m,q}Xh[,Y{$>|g6Sr$An^ Gd:o\-*|-O7xq4:cl3"J4o5#Yo<rDJS}R pk7FTwlAFT_1!f. ayriOf1MZn& axe y?[ULQwtBfn=?EkYsqR & /?Q` @mE3P7G -_0Bg}h2gg hXZ8vK="~}KBJ)nV I"{%#8R7 7*oxQ )6*=EIb@EUP 8 &Wz/TI$9d/^}!;_m ZVL[G!@>z<5x%1!~].4?HbXz.@!+h4Jq#1BePA%rV k8jE265<G5 {h>TKK:gY.P*p n)I9<ZH"V6bUCw(s,q:2N3KMDSj'3M0wH4\5\0Y (class);Bacteroidaceae;Acetobacter;Acholeplasma;Alphaproteobacteraceae;Acholeplasmataceae;Acidimicrobia;Methanobacteria; burgdorferi group;Acidaminococcaceae;Actinobacillaceae;Aeromicromonospora;Firmicutes;Acholeae;Acinetobacteroidales;Bacillaceae;Bacillales;Acetobacillus group;Rhizobiaceae;Aeromonadaceae;Bacteria;Acidithiobacillales;Aerococcaceae;Deinococci;Deinococcus-Thermus;Deinococcales;Cystobacterales;Campylobacteres;Deferribacter;Acidobacteridae;Actinomadura;Gammaproteococcus;Methanobrevibacillales;Alcaligenaceae;Agromyces;Anaerolinaceae;Desulfobacterineae;Cellulomonadales;Aeromonas;Acidovorax;Actinomyces;Bacterales;Deinomonas;Actinoplanes;Clostridia;Clostridia;Halanaerobacterium group;Actinosynnemataceae;Kineosporiaceae;Bartonella;Halobacillus;Alcanivorangiaceae;Caldilineae;Actinobacterales;Helicobacterales;Hydrogenophaga;Proteobaculum;Algoriphagus;Alicyclobacilaceae;Enterobacterales;Rhizobium/Agrobacterales;Rubrobacterales;Syntrophobacteria;Acidobiales;Bacteria;Actinomycetaceae;Lactobacillales;Bartonellaceae;Geobacillales;Carnobacteria;Aeromobacteria;Alphaceae;Algoritellaceae;Haemophilaceae;Legionella;Thermoactinomycineae;Anaeroplasma;Alkalibacteraceae;Bifidobacteria;Alteromonaceae;Marinibacillulfitobacteria;Aquificae;Aquificales;Aquificales;Hyphomicrobium;Amycolatopsis;Aneurinibacteria;Bacteria;Betaproteocardia;Chlorobi;Chlorobia;Chlorobiaceae;Devosiaceae;Erwinicoccus;Anoxybacillurellaceae;Marinobacteria;Burkholderia cepacia complex;Archaeoglobaceae;Dietzia;Desulfohalobiae;Verrucomicrobiaceae;Ferrimonadaceae;Campylaceae;Oceaniaceae;Gi;Thermaceae;Alicycaceae;Erythrobacteria;Campylaceae;Paenibacilaceae;Rabacteraceae;Cardiobacteria;Caulobacteria;Chlamydiae;Chlamydiales;Achodobacteria;Chlorobiales;Halanaerobiaceae;Halanaceae;Paracoccus;Arthrobactrum;Aurantimonaceae;Veillonella;Azospirillaceae;Saccharopolyspora;Bacilluseobacteria;Chromatiaceae;Kitasatospora;Beijerinckiaceae;Leifsonia;Methylobacteria;Coriobacteria;Deferraceae;Dytophaga;Borrelia;Planctomycetales;Acidamurellaceae;Taceae;Alkaliaceae;Massilaceae;Vibrio;Brachybacteria;Deinocardiaceae;Natrickettsia;spotted fever group;Brachyspiraceae;Eubacteria;Deltaprotes;Bacidiphilus;Bradyrhizobiales;Methanocaldococcusobacteria;Desulfomicrobiae;Veae;Brevibacteria;Enterococcusphaera;Brevundimonas;Brucellaceae;Alterococcales;Desulfonatronobacteria;Epsilonproteobiales;Peptococcaceae;Kocuria;Thermales;Thermatophilales;Halobacteria;Firmi;Thermoanaerobiales;Rhodobaceae;Amycolactobaceae;Anaceae;Anoxybiales;Verrucaceae;Mesoplasmatales;Actinorhabdus;Burkholderia;Burkholderiaceae;Ochrobacteria;Flavobacteria;Fusobacteria;Gammaceae;Aqurellales;Enterophomonadales;Alicycaceae;Pasteurella;Burkholderiales;Alterospiraceae;Flavobiales;Xanthobacteria;Halobales;Sulfolobaceae;Archaea;Crenarchaeota;Halobrionaceae;Arthromatiales;Chloroflexi;Catenulisporaceae;Gluconacetobaceae;Azospirillales;Halomonadales;Colwelliaceae;Pediococcuspirillum;Cellulomonas;Chitinophagaceae;Tenacibaculumococcusporangia;Verrucaceae;Salinicocci;Thermococcaceae;Tetrasporangineae;Nocardiaceae;Rhizobium;Chromohalobrionales;Dermabacteria;Legionellaceae;Blastococcusporangium;Chryseobacteria;Methylococcaceae;Virgibacillales;Lachnospiraceae;Halobaceae;Borrelobacteria;Myxococcales;Methylocystaceae;Mesorhizobiurococcales;Thermodesulfobulbaceae;Brachylococcales 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Clostridiales;EClostridiales;HClostridiales;Lacteriales;Fusobaceae;LeucobClostridiales;PhylloClostridiales;SpiropClostridium;Desulfurococcrococcutes;EntoDesulfuromonadales;Shewanellaceae;Liales;Neisseriaceae;LoktanNeisseriales;HPasteurellales;Chromaceae;LuSphingopyxis;Thermoproteales;Thermoprotei;DesulfThermoprotei;SulfolThermoprotei;Thermococcales;Coryneriales;Microcutes;Lacteridae;Bifiales;Syaceae;Lysobaceae;Methylaceae;Microcutes;Mollicutes;Caceae;Moraxeriales;Nitrosaceae;Muaceae;Mycoplaceae;Neisseriales;Oxalobaceae;Nesteriales;Saprospaceae;Nitraceae;Nocutes;Mycoplaceae;Nonomuaceae;Novospaceae;Peloaceae;Photobaceae;Photoraceae;Phyaceae;Picutes;Eaceae;Planocaceae;Planomaceae;Polaceae;Porphyaceae;Prevotales;Streptibacillaceae;Proaceae;Pseriales;Thaceae;Psychraceae;Rhodocaceae;Rhodopaceae;Rhodovaceae;Ricutes;Laceae;Roseicutes;Maceae;Roseomaceae;Rubaceae;Ruminoaceae;Sinorhaceae;Sphingaceae;Spirocaceae;Spiropaceae;Spoaceae;Stenotaceae;Straceae;Sulfoaceae;Sulfuraceae;Syntroaceae;Thioales;Flexibaceae;Thiocaceae;Thiomisphaeraceae;Treponaceae;Urermococci;aceae;Xenorhaceae;Zoaceae;unclasacteridae;Coriacteridae;Rubracterium;Mycobacteroidales;Prevotacteroides;acteroidetes (classacteroidetes;Bacteroidetes;Flavacteroidetes;Spiracteroidia;Bactadales;Sporoladales;Xae;Haloruae;Micromae;Myxocoae;Sanguiales;Leuconales;Micromales;Pasteudomonas;ales;Peptosales;Propioales;Pseudoales;Psychramydiaceaermococcuaribactetales;Miatiales;Edaceae;Kdaceae;Ldaceae;Mdaceae;Ndaceae;Odaceae;Pdaceae;Rdaceae;Sdaceae;Tdaceae;Xdales;Psdrogenotheretales;Pretales;Psetales;Stax_embl_name0+ddo %n~- nm   dN \oyp]CBw Z  n  NM fgJ1 = m r Y1L 8 n\ 4  ' IJ  g 05;l 98> 6 k& j[$C7 . >y  U mUT5/,x Bl06 , S I 5 % ++ T 0 Y * +  ?[ d f A g e2 KvH u J BuX K \ C =XQ_ > H ^Lr g*Kz%G6 7 7 3 W i# P +_\M{ v E  QXq {? ]G n c:OF B'|T: Q KQM ? 4V   vI  3 e HX , " y @ slV-BA 09* Q @h n }c > f_50$HpF  g : ' n * v uxf\?&W=;sj)poa&C+#|w`P k  / -  z T "\   r 'p?a2f #  3Zn ) ~ ^\ M  RIC  _21 o~wK%XU)R7Gb`#ucExO iy?Pv-1C bi"c~ -F\/PNw {_LxUv qhGE =]A2?>=<x86qOpocu `0nmMkWLIhl,(e.IS4YjGf'fe)n|tJrJdSa}!Q`?}h{NLH*-ZBEVM\"Pqj|^#aRY*[ptfa [FHW@kT$" \@Dlj~ ,Obm6g|U8l]r_ IrBo/6ZdC 4V'p{0STs3:+,#QX5(F$^ziC($Z7%[>RN'+_v]./3+81y2gwKAzABg:t97<@Du9kJe D};* sKn)%!TQ9o ;&dW2s1y<MX 5Y =!; >m.^z40&H&5:3V aestuarii subsp. alkaliphilus halophila halophilus paracoccus aurantiacardia antarcticardia subsp. ca marinaerobacter alanaerobacillus acidiphilulfitobacterium CL- antarcticus subsp. la proteobacter bacterium anaerobium aquatickettsia thermophilus sp. Bacillus alibacter caccharolyticum subsp. pacificobacter denitrificans koreensis subsp. saccharopolyspora aquimaribacterium australibacillus bacter e bacter fermentans thermococcus bacter ginsengisoliaceae bacter halotoleranseobacter intermedium sp. MSL cellulosiliensiseudomonas aqulfobacter k dokdonensisobacter litoralisphaera hydrogenibacillus caccharothrix hygroscopicus thermus japonicacillus coccus cacillus dedobacter marinuspirillum thermobacter nanensisporangium theria sp. japonicu massiliensulfovibrio acillus f mediterraneu profundibacter obaculum serovar psychrophilumicrobium sp. subterranella sp. taiwanensisychrobacter pacillus g thailandimonas sacillus halobacter reducens violaces griseococcus coccus diomarina xinjiangensisAcetobacter salomonas bacter throbactrum Acholeplasma acillus kAcinetobacter vibacter sp. Actinobacillus lkalibaculuminococcus enobacter suActinomadura sp. Actinomyces albrio sp. Actinoplanes Aeromonas cacillus macillus nebacterium bocardia Agromyces bAlgoriphagus Alicyclobacillus ocystis Alkalibacillus parevibacillus revibacteraceae bAmycolatopsis Anoxybacillus salpha proterococcus fArthrobacillus septococcus gBacteroides sp. Bartonella Bifidobacterium cacillus sp. Brachybacterium chromogenesterenkongensisBradyrhizobium Brevibacillus thewanella Brevundimonas macillus vibrio sphenolicoccus hacterium coccus icromonospora ccus sp. Burkholderia sphingobacterium dococcus kCampylobacterium frevotella Cellulomonas drogenophaga Chitinophagacterium gChromohalobChryseobacterium hacterium ingensisClostridium acterium kCorynebacterium lidovorax Cupriavidus Deinococcus lococcus macterium macterium nibacterium ofaciensDesulfobacterium pacterium psDesulfotomaculum DesulfovifaciensDesulfurophilusEnterobacterium rhabdus Enterococcus olyticusEubacterium sacterium sp.Exiguobacterium suFlavobacterium thingobium Fusobacterium vGeobacillostridium chromonas errigenactobacillostridium phingobimicrobinibacilostridium sGeobacterrigenicoccus pae subsp.Gluconacetobacidovoraemolyticoccus rimonas meGlycomyces caemophiluGordonia Halobacilostridium tibacillteromonas fHaloferax Halomonas gHalorubrum Helicobactibacterophomonas hobacteropionibacteHerbaspirillHydrogenolyticuHyphomicrobinibacteKitasatospora sKocuria Kribbella Lactobacoccus sanobacteLegionella Leifsonia Leptospira Leuconostoc LysobacteMarinobacteMarinomonas jMesorhizobinicoccus splasma coccus tivoransMethanobactosporangMethanobrevibacrococcuMethanocMethylobactotrophicusMethylococcuMicrobacteMicrobulbifer Micromonas kMoraxella MycobacteMycoplasma monas panthomonas lNeisseria NocardiaurantiacusNocardioides sNocardiopsis Nonomuraea NovosphingobOchrobacPaenibacilParacoccPasteurella PediococcusPedobactreptococPhotobactePorphyromonas monas sp. PrevotelPropionicPseudoalteromonas omonas plasma plasma sPseudomonas roplasmaPseudonocardiaPseudoxanthomonas sPsychrobPsychromonas trobacteRhizobiuRhodobacteRhodococcuRhodovulumyces comonas vRickettsRoseomonas RuminococSaccharomyces eSalinicoccSerratia ShewanelSphingobSphingomonas Sphingopyxis Spirochaeta Spiroplasmyces grintestinalSporosarcina StaphylococStreptocStreptomyces fStreptosporaSyntrophomomyces gTenacibaculuThalassomyces hromatium ThermoanaerobThermocomyces lThermodesulfomyces myces sp. 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!r X 3H{| 3GnSz %UU '  : EW Rw76Ev J q  N dIt apK 0 -Lf 2 ^01$3{3C uT 7 0. ~ - S?  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KfHR #   A h[I IANoD 0J7L  K e  FabVq6 c$o(K Z q,Deaf;z" / | 'Ci/A ^RTSO=^cK  Y 2 (#]\ ;| < M! ~ 1 <"(/ X   l f n @I ,H utrot'f%lX  QE 9 c*SM9B\x v G / * ] V }*"oL!mAQ%I<*b^PF  V = q E - ,  Ki 6 qC(W)|Vn.e)W:xaSgD   6 ) t z" Z  M 4&  ykW  u4 ` M+od_ae v3G1% aB; }}v  f (   'SK3 ) dWP7  @9 \8 < &ztNd    z;;  ui`r \R+'p ?Q Q 9 Q B 7q  Q i Ugy2IV-O 3 a| ge >KU=.  j {2x p ^^W &adq<UgNuZU4v^> HGe`V{R \pZg(q' `; O\GFm%5QL1f1/v (|+ =K*=rmgfa% ^bdo*<  $,%3;X Yuc7/Ji2\=6I9NOXiM;S:Og:.H2t]B# !z7#>3CrV#)G-XC5-9HTTi6_kv"#RlBNcW.Ak >PDIZn'Jh&f +%`ds9T @)] ~']5?ny[03E"F>=XUP~r:#'J} {b*JR8D}l^zXB`'YS9T,wjY ;{1]tk>8CKUoz0yOI$} !QurRy0?w;A_xtZ@W$3hEc( -D/xBP6w:jCau&ts6My.m Kuq5yTwj"?Ljn8 *)<As%6vEMGWM-tLeFah-V*_D"s)Yo[wrF/}?p nmlof0V A9iH8~b?Z[2]\GqlE"p54J.`(SxD~YV7$@kj7Lip4F$7~\:|f / {eRAb!N,= Oab!+gc|qv(EI!UmCd}z &H@,d < es 1.4xe1hSc{P[S@MK_B8hW <PK|k42LQ+_&nQ[30)NI|Qo+,zl = DSM 1; ATCC 43 ATCC 14 ATCC 15 ATCC 19 ATCC 23 ATCC 25 ATCC 27 ATCC 29 ATCC 33 ATCC 35 ATCC 49 ATCC 51 ATCC 700 ATCC BAA- CIP 103 CIP 105 DSM 201 DSM 205 DSM 207 DSM 441 DSM 442 IFO 159 IMSNU 200 IMSNU 220 NBRC 100 NBRC 127 NBRC 128 NBRC 130 NBRC 134 NBRC 14 NBRC 154 NCIMB 1 NCTC 11 NRRL B-16 NRRL B-24 NRRL B-3 NRRL B-54 Verrucomicrobia isolate CL- alba str. 10 albus str. 11 alkaliphilus str. 20 anaerobacter alanaerobic antarctica str. ACAMSNU 221 aquatica str. B1 aquimarina str. CBacillus acidiphila str. DS- aurantiaca str. GTC australis str. 3 cellulosii str. 3 denitrificans str. 4 dokdonensis str. 5 fermentans str. ALactobacillus bacter bacter cae str. AMarinobacteraceae str. BCampylobacteriaceae str. CC- ginsengisoli str. ASaccharolyticum str. ATCC 1 halophila sp. str. 12 halotolerans str. BHaemophilus halophilus paracoccus aurantiacus str. CCBAU hydrogenophaga halophilic hygroscopicus str. DSM 10 intermedium sp. str. 2 japonica str. IAM 12 koreensis subsp. a marina str. JA1 litoralis sp. str. ATCC 2 marine isolate str. DSM 11 marinus str. Enterobacter da str. K1 massiliensis str. FRhizobium sp. nov. sp. nobacillus cardia a str. LMG 18 mediterraneus str. Gsoil psychrophila str. M1 saccharopolyspora sp. str. Bacteroides sp. str. CCM seawater isolata str. NBRC 1 sediment isolatus str. HKitasatospora cardia sp. str. DSM 12 serovar str. NBRC 3 soli str. Bartonella sp. str. Enterococcus bacter e str. Flavobacter faciens str. IAM 14 sp str. ATCC 3 str. ATCC 4 str. ATCC 5 str. ATCC 7 str. ATCC Bifidobacter gae str. Geobacillus densis str. JCM 10 str. ATCC1 str. ATCC27 str. ATCC33 str. ATCC49 str. CCUG 1 str. CCUG 2 str. CCUG 3 str. CCUG 4 str. CDC str. CECT 5 str. CFBP str. CIP 10 str. CL- str. CMarinomonas a str. PGluconacetobacter hensis str. KCTC 9 str. DSM 13 str. DSM 14 str. DSM 15 str. DSM 16 str. DSM 17 str. DSM 20 str. DSM 22 str. DSM 23 str. DSM 26 str. DSM 30 str. DSM 40 str. DSM 41 str. DSM 43 str. DSM 44 str. DSM 45 str. DSM 50 str. DSM 54 str. DSM 6 str. DSM 7 str. DSM 8 str. DSM 9 str. DSM1 str. DSM43 str. IAM 15 str. IAM1 str. ICellulomonas bacter i str. Chryseobacter kii str. Deinococcus ca str. S1 str. IFM 0 str. IFO 13 str. IFO 14 str. IFO 15 str. IFO 16 str. IFO15 str. IMCClostridium a str. TFlexibacter lae str. Halobacillus fitobacter mae str. IMMIB str. IMSNU str. ISP 5 str. JCM 3 str. JCM 4 str. JCM 9 str. JCM1 str. JSerratia str. YIM 4 str. JW/ str. KMM 35 str. KMM 39 str. KMM 60 str. KShewanella subsp. ca thermophilum str. Brachybacterium ana str. KV- str. LMG 19 str. LMG 20 str. LMG 21 str. LMG 22 str. LMG 23 str. LMG 24 str. MAcetobaculum sp. str. Fusobacter n isolaticus str. Legionella str. MBradyrhizobium str. Corynebacterium auensis str. MSL str. NCFB str. NCIMB str. NCTC 1 str. NRIC 0 str. NRRL 2 str. NRRL Brevibacillus gena str. R- str. SC str. SEBR str. SLeifsonia sp. str. Gordonia str. SMesoplasma abdus sp. str. Haloferax str. SPaenibacillus hale str. J str. SSphingobacter obia str. STenacibaculum str. Desulfobacter p. str. I str. SW-1 str. TMesorhizobilis str. Neisseria sp. str. J str. TT str. USThalassonii str. G str. VKM Acholeplasma cea str. YIM 70 str. YIM 90 str. YIT str. YMethanobacter ra str. Z-7 strains koreen. sp. nae str. Kocuria str. subsp. laccharothrix subsp. p. str. Kribbella subsp. rae str. Leptospira subsp. str. Leuconostoc subterranensis str. Paracoccus cobacter salobacter thermus str. Rhodobacter violaceae isola str. taiwanensis str. Sphingomonas cens str. Thermoanaerobium subsp. str. Methanobrevibacterium bacter w terrae str. Methanococcus dae str. Nocardia xinjiangensis str. U; ATCC Brevundimonas sa str. Acinetobacter sp. str. Nocardioides str. Veillonella Actinobacillus i str. Halomonas e str. Rhodococcus flava str. Actinomadura sp. str. Pasteurella Actinomyces albrio sp. str. Rhodovulum str. FActinoplanes subsphaera Aeromonas flavus str. Weissella Agromyces bAlgoriphagus subsphingobium str. IAlicyclobacillus kAlteromonas genes str. Yersinia Amycolatopsis str. ZAquaspirillum str. JArthrobacter subsp. str. Spirochaeta Burkholderia sporangium thermococcus gens stris str.Desulfotomaculum str. Lysobacterium caceus streptococcus hicus stae str. Spiroplasma malis stalis stensis s thermoactinomyces cacillus lense str. Thermococcus kDesulfovibrio acillus maris streptosporangense str. YDesulfuromonospora str.Eubacterium coccus lensis scens sti str. IExiguobacterium dans strobacterium fre str. Halorubrum str. Methylobacterium gii str. JHelicobacterium hacillus narum str. Nocardiopsis Hydrogenes senii str. KHyphomicrobium str. Sporosarcina Methylococcus macillus ocystis str.Microbacterium inalis stibacillus pacillus sacillus sensis seudomonas hii str. LMicrobulbifer str. Micromonospirillibacillus sp. str. Thermodesulforme str. Moraxella Mycobacterium kMycoplasma p. str. YNonomuraea Novosphingoensis seus strophic Ochrobactrum Pediococcus ofaciense stibacterium libacterium macillus subPedobacterium nea str.Photobacterium pacillus thermensis sporus str.Porphyromonas macillus vibrio sphomonas pacterium psum str.Prevotella Propionibacterium rea str.Pseudoalteromonas reducens sticola strophicus sp. Pseudomonas sp. sus str.Pseudonocardiae str.Pseudoxanthomonas tii str. MPsychrobacterium sacterium sp.Psychromogenes Rickettsia Roseomonas vii str. NRuminococcus pacterium strophomonacterium subStaphylococcus rensis sStreptoces griseococcus sacterium thiobacillicum stivorans stotrophicoccus sp.Streptomyces efaciensStreptosa str.Syntrophobacterium viridis str.ThialkalibachromonasThiomicrospiraensis sTreponema Vibrio sVirgibacillicus stum str.Xanthomobacterae streus strhabdus str.Xenorhabdusamensis anii str. Panis str.anus stri str. Raribacteri str. Sarium starius str.atis striae stricus statum striensis ci str. cida str.cidovorax coccus subscoccus tcrobia stcrococculfitobactinobactdicus stdii str.diomarina dum str.ei str. enobactenotrophiluserrigena escens sesterenkongensisestuarii str.eticus seum str.formis str.hominis struber str.hromatium i subsp.idans stidium splasma sidum stridus strifaciensiformis igenes sii subspile str.imicrobinarum sinensis ingensisini str. inibacteinii strintestinalii str.inum str.iobacteriphilum ireducenense stitrobactivibrio juensis lostridium clostridium plostridium slostridium tlycomyces flytica stlyticus smi str. mobilis smyces colicus smyces grimyces sp. myces subsmyces vis str.niae strnicoccusnicum stnicus stniensis nimonas niphilusnivoransnolyticusnophilusnovorans ntalis sntarcticuli str.ntibactentis strolytica omyces gomyces homyces lomyces momyces nomyces pomyces romyces somyces tomyces voniae stonis stronobacteor str. oris strorum stroryzae str.osphaeraosum strosus strothermusovii strovis stroxidans soxydans styi str. ytophaga tax_rdp0+MMFOG 78(ab  O Q I&'<`6{qxw $<$ j ; # BAB:<=A5$ @,|`Ez139J? 0 /P& ^  }~E9|mfF ` 4  8 'Gw =x5 shM  |o, 97a1 U S[` ; n> = d 4& `] YLEbS D4~@5g U'P dLKYz Q J$ X M L nK [ Ubf3 ) ay!x  wVV ^u E .C  I/0 26% i -  4 V`v+-,  N Y0X\Z 8I "  6Qplm XZ}ns  y  g ," R&'Z  )  a n   h*q_L H Pz!Mi K 1cr !BeN x=GGN  ^ ]'7 ps 6)`e 2( {z ^F  ! < "P(r(] GZ Czyq  vP WXWu{ [ mU 7{s e T #x ll@; M Z }Lu ~4a2`2{  C|lk uV,% f is Hcy$Ss|{P }g ^ x Uk ' r+'DH8c a7bEG-  A{ e J@'?65?vq \|R} 5 X <V9 Q +ICh=84 ~ y r fbb    d{B% Z ` [ c  Y 1 MK - P" a \}1 p%SLJA$ D .  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Campylobacter ca proteobacter de bacter eae bacter fermentans bacter ginsengisolibacillus alomonas aquimaribacter halotolerans koreenobacter intermedium thermophilus sp. Bacillus bacter koreenanensis thermococcus bacter litoralisaccharolyticum subsp. psychrophilumicrobia bacter marinus thermus australibacterium Yersinia sp. cellulosiliensiseobacter nebacterium anaerobiaceae bacter obacillus ca thermobacter paccharopolyspora dokdonensiseudomonas bacter reducensobacter salmonicidaccharothrix hydrogenibacillus cobacter thailandibacter violaces griseococcus cacillus dedobacteraceae baculum saccharevibacillus fitobacter sp. hygroscopicus subsp. serovar japonicacillus g japoniculfitobaculumicrobium massiliensphaera mediterraneulfobacter subterranella sp. mobilispirillum taiwanensisporangium xinjiangensisulfovibrio acillus halpha proterococcus coccus dimonas sacillus kAcholeplasma acillus lkalibaculuminococcus eptococcus fAcinetobacterium aurantiacusychrobacterium bocardia Actinobacillus macillus nibacterium cacillus ocystis Actinomadura sp. Actinomyces albrio sp. Actinoplanes Aeromonas cacillus parevibacterium chromogenesterenkongensisAgromyces bAlgoriphagus Alicyclobacillus revotella Alkalibacillus salococcus gAmycolatopsis Anoxybacillus seroides sp. Arthrobactrum Bacteroidesulfobacillus sp. Bartonella Bifidobacterium coccus hacillus thewanella Brachybacterium diomarina Bradyrhizobium sBrevibacillus vibrio sphingobacterium frhabdus Brevundimonas macterium gBurkholderia sphingobium Cellulomonas dococcus icobacterium hacterium ingensisChitinophaga ChromohalobChryseobacterium kClostridium acterium licoccus kCorynebacterium macterium nicoccus lostridium ccus sp. Cupriavidus Deinococcus macterium ofaciensDesulfobDesulfotomaculum Desulfovicromonospora chromonas errigenacterium pacterium psDesulfurophilusEnterobacterium rientalisEnterococcus olyticusEubacterium sacterium sp.Exiguobacterium suFlavobacterium thobacterium vFusobacterrigenimonas pactobacillostridium phomonas fGeobacillostridium splasma cidovorax Geobactexibacterimonas sp. Gluconacetobacoccus pae subsp.Glycomyces camma proteGordonia Halobacilostridium tibacillteromonas gHaloferax Halomonas hodobacteHalorubrum Helicobactibacterophomonas jHerbaspirillHydrogenophaganobacteHyphomicrobifaciensKitasatospora sKocuria Kribbella Lactobacoccus ropionibacteLegionella Leifsonia Leptospira Leuconostoc LysobacteMarinobacteMarinomonas lMesorhizobimicrobinibacilMethanobactivoransMethanobrevibacoccus santhomonas myces coccus splasma myces grinibacteMethanococcus tosporangMethylobactotrophicuMethylococcuMicrobacteMicrobulbifer Micromonas omonas plasma plasma sMoraxella MycobacteMycoplasma Neisseria Nocardiautotrophomonas ropionicomicrobNocardioides sNocardiopsis Nonomuraea NovosphingobOchrobacrococcuPaenibacilParacoccPasteurella PediococcusPedobactreptococPhotobactePorphyromonas sPrevotelPropioniphilusPseudoalteromonas trobactePseudomonas vPseudonocardiaPseudoxanthomomyces ePsychrobPsychromonobacteRhizobiuRhodobacRhodococcuRhodovulumyces sp. RickettsRoseomonas RuminococSaccharoplasmaSalinicoccuSerratia ShewanelSphingobSphingomonas Spirochaeta Spiroplasmyces vintestinalSporosarcina StaphylococStreptocStreptomyces fStreptosporaSyntrophomyces gTenacibaculuThalassomyces hromatium ThermoanaerobThermocomyces lThermodesulfomyces mThioalkalivibrio ThiomicrospiraTreponema Veillonella Verrucomicromyces nivoransVirgibacillWeissella Xanthomomyces propioniobacillXenorhabdusiobacterireducenolyticuitoleranophilusitrobactnovoransntibacteomyces romyces somyces tomyces vosphaeraospirillothermusytophaga tax_xref_embl0vector_slv0ARB_color0fullname_ltp0+1 A0@EQz g f r g vD pO 2om   }8 A4% ;!Y  9? 1/' ; 0Z3j r *N +$ { 8 $ :   NF%P.}  )1i Q-h !y , ~ ;Y cb < R 1L aqX: % X U Q W  r 09      4' [  "   2 +f qx a VK  6a2pg_ 3 F rD`rKJ 1w R X[Nn` zS 3 aL  ? $  #KZC/g^.5n^ I J 5zTGLF BuN> vE  Z >fyqj>"&U 4/+ U   C)Ok6f+nbR n  { tRX5( h X 9 }ME>wi  F<_ " [  -L P   R  yd]H9z& y6M? j    F 1 * & g y ` Ar2X m_ X  ]> -  o%`j3 V   C B > U uS&} 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subsp. reducensporangium thermococcus bacter marimonas cacillus halobacter nibacter oanaerobaculumenobacter pacillus icoccus cacillus k hydrogenicoccus coccus dimonas deococcus eptococcus f japonicacillus leplasma acillus macillus nanensisubterraneulfobacter revibacillus ocardia japonicu mediterranebacterium aurantiacusulfovibrio acillus parevibacter salomonas bacter thailandiomarina mesophilyticusychrobacter violaces griseocystis mobilis profundococcus g psychrophilumicrobium psychrotolerococcus hacillus revotella sediminibacter arhabdus subsp. subsp. taiwanensis subterrigenacillus salicromonospora acillus seroides xinjiangensisAcetobacter midobacter suAcholeplasma ccus marivoransAcinetobactrum Actinoallomurus Actinobacillus thermus Actinomadura Actinomyces albActinoplanes Aeromonas chromatium Agromyces bAlgoriphagus Alicyclobacillus vAlkalibacterium bofaciensAmycolatopsis AnoxybacilluArthrobactrumobacterium cacterium chromogenesterenkongensisBacillusBacteroidesulfobacterium coccus 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J 4\  Z 7 6   QAC ~ HO ` pR m} &t w 1 Ce 9yjA P 0 G  ( *  Q B"3 Y91x F eQ   /(I7 > 2S D  $.  z A  >W Y /XQ d`C.  >nG  ,u  ] & ` z ,*) m 0 86sX$ 1 < KQk } :9  -1 V @ v + h0=) |FN +  U2 hP _=;       = V < \- G i :dh - B    5< S i  mfn x  u c d%5 E) `y'h & Second 1966) as Microbacter al. 198 7 and Flavimonas and Caulobacter, Flexithrix, and Microbial mats in the B-peptidoglycan et al. 1985) Holmes et al. 200 'Verrucomicrobiales isolate from Antarctic lakes and definition of ' isolated from 16S rRNA and 16S rDNA analyses of small-subunit rRNA sequence analyses of the 16S rDNA sequencing of 16S rDNA studies on member of the Clostridia and Acetobacteraceae fam. nov. Respectively anaerobacteria and eleven new species and proposal for Actinobacteroidaceae and description of 16S rRNA, hsp65, sodA, recA and rpoB gene sequence as an index for rapid identification and a distinct actinobacilli and Actinokineosporial species as a later subjective synonym of Methanobacter broadyi gen. nov. and Achromobacter canine and the established species associated with the abacteriochlorophenol-degrading actinomyces and their classical Mycoplasma feline of actinomycetales, Spirilliplanes and Planococcus and assessment of a salina gen. nov., Acetobacillus and division of Actinomadura cellulolytic analysis and alkaline soil in China Sea in Korean fermentans sp. nov. from Lake sediment and Arcanobacter deduced from Acinetobacter et al. 1986 and 'Actinobispora based on 16S rDeinococcus: an aid for the descriptions of Arthrobacter from Sonoran Desert soil and deep-sea hydrothermal deep-sea sediments of the Comamonadaceae as Desulfobacter gen. nov. in the Campylobacter habitats including Subsaxibacter inferred from Capnocytophaga Phylogenetic Analysis of 16S ribosomal DNA analysis, and Plesiomonas (emended descrococcus based upon 16S rRNA gene of the East Sea in the Proteobacter keratiniphila sp. nov., Alicyclobacilli based on reassessed 16S rRNA saccharide-producing anaerobe from a bacterium Collins et a deep (=NRRL NRS-887) as Aneurinibacillus as revealed by 16S rDelftia acidovorans (den Dooren de Jong 1926 and Tamaoka et al. 1987 to the Ge nus Pseudoalteromonas and Paenibacillus brevis strain of Bacillus capable of deep-sea vents as related bacter laboratory Fe(III)-reducing bacter marina gen.nov., Mannheimia and thailandustrial community and application of Algoriphagus a phylogenic analis sp. nov.: Proposal of Caulobaculum and defluvii sp. nov. sp. nov. with Maricaulis gen. natural intrageneric relatedness within the South African Antarctica gen. and Halomonas bacter novel Arthrobactrum gen. natural mineral water and Micrococci a deep-shaped as Nocardia and degradation of Anaerovibrio a ginseng field by molecular and cultivated sludge bacter oral cavity in a halophila subsp. and Lactobacillus comb. nov. as the type species based on rpoB sequence comparative agent of the Genus Bacillus danicum as Pseudaminobacter phylogenies in the alpha-Proteobium and reclassifications for the identifying bacilliamsii gen. and Legionella by 16S rRNA encoding for molecular diverse 16S rRNA group B-peptococci comb. nov., Amaricoccus carcasses off Kagosh descri sp. new Thermoanaerobic acid bacter reclasticus gen. and Maribacter, Actinoplanes gen. and Methylobacter sakazakii subsp. carotenoid-producens gen. and Mycoplanes, Catellatospora and emendation in Kora, Actinosynnemataceae from saline lake in the classified as NCIMB 13288 and DSM 6472 (=NRRLechevalier Actinomadura of the Mycoplanes, Dactylospora comb. and degradensis sp. strain: basis for a taxonomic characterisation of Arther evidence for the phyllosphere of the Pasteurella and previously alkaliphile isolates from a comparison of 16S-ITS RFLP fingerprinting and 16 (Chatelain & Secobacter treatment plant and Arthromatium, and Porphyromonas, Shewanella association and characoccus deducens sp. and related genera Aeromonadaceae, and degrading bacter vacuolation and comparisons and of Acetobacter with 16S rRNA, strains NCIMB (Kodama et al. 1987) gen. new anaerobe isolates in Chitinophaga denitrificans gen. isolates of 16 (Omura, Takahashi, Iwai, and Acholeplasma hominis cluster (Weisburg et al. 1989) and desert bacter and Aureobacter archaea sp. new clusters in the family Cellulomonada sp. new genera Alteromonospora ishikariense' to Asanoa ferruginea and Azoarcus sp. new genus Acetococcus electrobacter clade proberculosis comb., Pedobacter cryoconitis sp. (Poindexter) comb. 19 rapidly growing Mycobacter ginsengisoli sp. new marine actinomycete from the Agromyces by 16S ribonucleic acid-containing baccharolytic bacter isolation of Bacteria assocardioides and intermedius sp. 1989) based on sequence databases: identiation of Brevibacillus facultative anaerobe that degrading marine bacter lineage of Burkholderia cepacidophilic actinogradsky amplified polymorphic DNA finger of Actinomadura sp. new members of Arctic sea icensis sp.nov., Methylotrophic anaerobic, acid sequence of China sp. new moderate halophile implicatic hydrocarbon-degrading, sulfate reductase genes among 19 raproteoba halotolerans gene and Bacillus gen., a bacter medieval 16S rDescriptomyces combination of Clostridium aurantiaca comb., a haloalkaliphilic bacillus halophilic, acidic and al. 199 Alkalibacteria based on small subunit ribosomal RNA gene soil of a gins comb., a memberculous Mycoba hot spring in the genera Brevundimonas oryzihabitans comb. Amycolatopsis terrae sp. nodulating baccharopolyspora species by comparacterization and diazotrophic bacter salt lake in Antarcticum sp. nom. rev., and Angulomicrobium acidicola gen. Aquaspirillum gen., a mesophilic compounds Actinomy of Caulis maris (Poind Bacteroides gallinarum sp. Australia by 16 Bartonella gen., a nitrate-reducing marine environmental DNA sequence-based analysis revealed by randomly amplibacillus isola comb., a non-sulfur bacter species combclass of Methylogeny and polyphasic and genotypic and phylogeny for Streptococcus from deep Bifidobacter strains and rep-PCR genomic finger of Baccharothrix and re-evaluation of Delftia from a deeponema isolata sp. nitrative sequences and special diversity and Bacter subdivisiobacillus ka koreensis subsp. macestii sp. Brachybacteria causative analy halophilus and two unnamed taxons from hongkongensis saccharomatic complex Buttiauxella, and Pedoba marina sp., a novel Gram-negative bacteria from human clinical isolationship between novel actinolytic acidophic methane 16S riboprinting for small- and intragenetically coherence of acidopathogen isolat sediment in Kora, Catenuloplanes yamanashiensis gen., a psychrophiles from sea water in Inner Mongolia, Chinalis sanguini sp. nitrogen-fixing baccumulating 16S rictly anae sp. Cellvibrio causing 16S-ITaxonomic dissection and ident with a home for 16S rRNA operonobacteria in Ant species determinationships among member of a new a human faeces of some alkalitolerant an actinocardia base-producing microorganism isolate and Brevibacteria isola marine marine sediminis gen., a thermoactinomic study of bacteria of the Prevotella halobacteria recovered from Macrococcales ishikariensis species from the Chryseobacteria' Corynebacteria, and emended) and Pseudomonads based on the 16 Couchioplanes minutisporangium aurantiacum sp., an activated in the hominis group based by composti sp. nontuberculochromatic hybridization of Desulfurella marinus sp. Cronobaceae based from Saccharobium saxinquilinus species identiacus' to Cryptospora, Aca sp. northern South Koreating chemolithoautotrophic marine solar saltern in Kocuria from seawater identibacillus limnophilus gene for 16 Cytophagae sp. DNA-DNA hybrida sp. Deinococcus gally a phylum 'Verructure of ten novel aerobic, thermophile bacteria: A new genera Cellulomonas coastal seawater of a novel alkalimicrobium wynnwilliams Alteroidetes isolecular identalis spp. and radiation-resistant bacteria: aid for diver sediment of Chryseomonas deduction of Eubacteria: descricum species in Japanese Enterobacteriaceae area of hydroteolytic, anaerophilum genera Flexibacterial composition of Gluconacetobaceae by 16Salegentibacterial dive 16S reactor relationships of Streptomycetes is and its from a facultatively chemolytica genera Microbispore-forming baceae isolactobaceae, isolate bacterial in South China saline soil samples for their reclae sp. Descriphilum sp. Dickeya salt lack of congruence with an aerobic bacterial specimens and Burkholderia mangrove new genera Vibrio detailed phylogeny of Bacetic acillus marinum sp. Enterococcidiphilium sp. Flavobacterium al. in a redefined genus Actin the order Actic and Clostridium bovine habitans (Kodam-positive basis for taxonomy of mycoplasmas Mycoplasmas: basis of Marica sp. Francisella species isolerans sp., an aerolate- and Cryptosporang, Chinated soil in Jeju, Koreassessm an oilatory Fusobacterium based from a gammaproteo genera and Desulfomicrobiotics produces violaceusniger clade: a homethanicum gen., an alkalivibrio detection of Haloanaerobic divers of adenosine-5'-phosphosulfate-reducens subsp. nov. isolake sed from belonging to the genus Alter sediterranea sp. Gluconobacterium cae sp. Glycomyces reveals multiple lateral transfer Catella, and some other genera basensis seafood Microscilla deduce of the Ralstonia gen. Gordona a marine species level moderately halotobacterium deducellular samplete genome sequences of a moderately thermotogans sp., an anaerobic positional Koreana sp. Gram-posiphon 16S ricus sp., an extremely hal RNA sequences reveals underspeciation to species of member sp. nov., Bacillus nov., Burkholderia species that samplete sequensis genera of the Soaerophila gen., an obligate a new genera, Alterobic sludgenes coding the ginsensu strictly halococcus genes and Eubacterium endospore-fermented seafooalkalivorans genes classilia from the Gammapropionate-oxidizing a new haemolyticum strains classignment of Enterobic thermococcal samplasma leocaptivus, Mycoplasma lipophilic maritime habitella using 16Sequence and Flavobligately a new mediterrae comb. Halobacillus of the Streptospora marisflavi Helicobacterium from a haensis significans sp., and Pelagicoccus ha soli species with group withiosulfate-producing species, and different single area strains from a hot single soil bacterium genes from a human feces sp. nov., Cronobligately che phylogical and phenazinium, [Pseudomonas fam. nov., Desulfonatronobacetogenic bacterium heterogeneity of all Xanthomonas gen. Herpetosiphon and phenotypigmented species. Proposal of Marinospirillum megaterium Orlajensen and Moorenarchaeon from a lactic acillus pacific identibiotic maris sp. Himalayas as Pseudonocardiopsaceae faeces using genes withii sp. Hyphomicrobosomal riboclastica sp., and dimethylotetraspora tidal flat of the Yellow Sea in Spain the phylum Bacterium in the sea Indian differentiatica sperm whale carcas luteola (Kodamchatka-proteobrevibaculum genus Ba-subclass Anaerobia pseudomonas] paintings Clostridium heterotrophic partial 16S Island, Antarctic marctic sedimensis genus Bifidovorax Isolated specific interrelation-based techniques, isolanolyticus genus Campyl anaerococcus isolerant bacillus pontics of anaeroides into three establishment of Halomonas highly related sedimensis slightly hal bacterium kensis slightly thermal sedimetabolibacterium lactoba: Propolysacchardia asteroides, Prevotella, Halobacterium macestinal of a new pathogenic species-specific phylogense sp. nov., Halobrio, Photobacterium nov., Halomonas into two genera Micromonospora, Carnobacterium of the actin-producleotide probutyrate-presentative coccus koreenera Pseudoramibacterium patient with descr- and in Thailand culturable bacterium rearrangements in human infections of Characterium sa sp. nov., K. Jonesia from a marii sp. Kitasatospora slowly growth polymorphism bacterium that disease Methanobrevibability in the bacterium unusual of five new spirochete genus Catellaceae biofilm fermenting memb Kluyverae sp., and producing: lack obtained from cal speccus marius sp., from a new sponge clostridium lake se composa sp. Labrys Coryne-degrad novel anaeri sp. Lacinutrix copepodicola sp. Leptospiraceae gen. nov., Lacinucleotide sequensis soda lake degradans sp., from hypersaline env. and Alcaligenes: descralis spore-f the specivorans springs Kitasacillus psychrotolerant soda lakescens subsp. soil from a patients with results of DNA genes Micromicromonas japonica sp., from sedime determined by 1 Leptotrichia sp. nov., Lactob Lewinella massiliensis (ex Listeria in the Himalacillus reducticus specellulosi sp. nov., Mediterrigena Luteolibacterium vacuum-packettsia by 1 Microtetras, and enrichmentationships of methanogen is of Sacchaeon isolacillus saccete lineage withingobacterium with emendependent Moraxella Moritella Mycetocola Natronogenic archaeal of the alactolyticus subspecies of the basis of Staphylococcus luminescens isolacillus sal of twelve new Neisseria Oceanospirochaeta gen. Ochrobacterium, Aeromonas koree new soil in Koralis soil of the clostridium psychrotrophic sulfated taxa: Propionibacteriaceae, Pseudoxanthomonas luteola comaculum clustematics Paenibrio, Pacific Oceacillus se divers of the deteriorated mural painties of bacillus sp. Pandoraea Paracoccus matsumotoense gen. Pediococcus on the bioreactorganisms in situ Peptostreptocetes with human intestinally a proposal of Nocardiopsis represents a salt Photorhabdus sp. Phyllobacte isolacillus spechloromethanogenicoccus paucivoranella soils and Moritemperaturensis soils in in the Methanococcus pseudotuberculture fermentationships of the enterococcus sphaera Pilimelia and Natron of a nov., P. Promicrophilic spechromogenic descrifying nontub Province of the family Enterophilus sp., from the Sequenchrophilic anae human oral cell wallibactenotrophic, endosphaeracillus strains isolerant, Sphingobium comb. Psychrobacillus substrated to the greenhouse soils Sphingomonas macillus thermotoleracillus various bactensis sourceservoireducenetic affiliation by sequenetic ananensis genus Clostridium speciaceae family Flavob Raoultella Rhizobium minutilizing bacillus, including thermoacidopharyngis of an upflow anae lactob Rhodobactensive diveriaceae: proposal of Serratia, Buttiaceae industrifying of strains of the ferrireduce memberium and Nocardii sp. Rhodococcus the gut of the genus Coryntrophicaulis meromictic environments Thermococcus versutus gen., nom. region of Kamchatkii sp. Rhodopila and Pilime mycoplasma phototrophicultured from deep-s antarctireduce novel bacte organism from a relativestuarii sphingob Rickettsia and Prevothermus aquatica Roseibacill wastewater tremely the human subgingival plaque productaproteoensis sourdoughe taxonomic posiae sp. Roseobactargeted from entomopathogens with the phytopathoggerthella Ruan et a single from a salifornithinensis southern of Methanofollis of some clostridium: proposal of a sixth rRNA novel extrem marinellaceacus sp., respectis gen. Ruminococchrophilum minutulum coherent taxon and Psychromonas of Japanense sphenolicus sphomonas pal to transfer of A phylogibacillum minutulum to Marinobacthermal vent Sporosarcina Subsaximicrob Succinivibrio genus Deinoclic aromation of Lactob Tetrasphaerale sp. nov., Roseib Thermomonas reservoiang, Chromohalobaclinical samensis as deterium assoclinical spe reclasic taxonomic rearrales ord. nov., Sphing of the hindgut of Leptospheric evidenetic and Roseomonas sanguae sp. Thioalkaliphilic, and restricthobacterium belong the soil genus Desulfosporosinus at the legionellace related taiwanensis comonas terranean of Pseudofermentative of Leptotomaculuorescent Vibrio, Streptive 16Species-associaliphilus auranthobactivorans and Shewanella, a cellutionary of the lactological halophaga Xenorhabdus, sp. nov., Streponematode rhizosphere straing organiae sp. Xin-Jiang, Classifield soilis genus Finally a solar Xinjiang, Comamonas aquatensis of a tidal flat sediomarina a traditional marinetic basis of bamentous denitrifying plantiacusa sp. acetate-oxidans sphotosynthetic inter- and Sphing water of the legume sulfur acetic granulesulfovibrio status of the maringensis of speciense sping of Microbulbifer activity of bamily Thermodesulformation of Lepiroplasma strategy for presumptive identaminated from ferme surface the genus Genetic blood culture-utilizic heterophomonas as Pasteurellaceaminopimelic acidis sp. aerophilic and Streptlantic memberium bolutionamma-proted from geothermannella aestuarivorans comb aggregans spneumoniae spolluted from humans to the naturanes, Couchilic archaeolycyclic relaticus streptomplete isol memberium chlororaphis subsurfaced from insight into diversity in of Thermomonosporaceaed from kusaya gravy, and transfer of B aichiensis of the mycoposal of four novel family Halomobilis sp. air sampl methanotrophomolithotrophilic bactropical nitrogibacterium collected from lesions of Mycobangensison of all strainibacted from marinicocculfitobacted from naturangium comy of the new alba sp. nov., Subsaxonomic related tomyces spropionicus sp albus sp. alpha-proted from oilytica sp alpha-subclense sp alphaproteomyces temperangium minis sp. alpine among sulfationships withensis stricto and Thermotomyces viobacterium isolangium, and Thioalensis structured from patienetic chartial sequimarina among the partiangius Ruan evolution of Megasphaerium oxydans amongst Vibriologicangladeshilic memb amylolyticulfur-oxidizing, a marimonas as ded from rhizobia and Vibrion of Nonomuraea and associc status sp. and moleculi sp. and novel genus Haloferax medited from small-contaminanogens usinicola subterraned from the and other and sulfur-on of animalsenella antibiotum sp. aquiferium phocanomicrob aquimaris sulfided from variouping of Ochrob budding butyratum sp. closely relansfer of Chree new conditions of the orientalisphaeransfer of Oced from waterium segative containivoransfer of Proteon of baconostoc contami sp. nov., Taxonomycete genus Jonesii sp. coryneform bactegative, a new crenarchilic methylon of foultivation of Okinawa Troughilic sulfur-reducic structuringense symbiont cyanobactype straic, facultypes of Rhodovulum from hydrogen-oxidizing b dissimilatoryzae sp. distinct lineage: proposal of the pansfer of Sphingiella distribution of Pansfers of Spirilyticusity of clinic, hydrogeni sp. dokdonensis drinking wat exclude the genus Kitast Chinaquae sp. exopolysava sp. nov., Zimmermannellica sp. family Microb family Microm microbic, sulfaciens family Pasteuconoston of phylogicola syntrophodospirawensis system soils family Spirochaxonomic restructum from the b family Tenacibaculum subsp. fastidion of Pei sp. nov., a baxonomic systematic, sulfurther ejuensis fatty acidsum sp. ferruginea comb. field in of spel thermophilic, endizing chelobactely methylii sp. filamentoum thermophilusus sp. fluoresc for specidus sp. for strept forest soil fragment length polyphasic c free-living freshwater lake symbionts from a salt from a senetic coherenetic desc from a singii sp. from a soda from a sola from a sum, Mycoposal to enetic dive novel haloposal to reverse transcriptase seq from a tida from a wa from acidifaciens from activa from airidans from alpinenetic evidrogenophaga from an A-based from an alk from an ana from an enetic injiangensiformis sp. from an oii comb. from anaerospira from bion of Pseudidiomarium sp. from clinic from coasta from contestinenetic posike organiensis from deterion of Re-evalumericalike orglucosida from differium spenetic rela from drinkion of Sermined by c from fion of Spiropla from forest from freshwo new sp from greenhilic, fac from microaerophilic, hyperthermoplasma from plantraspecifion of Strhizobium stra from population of Thiobacilizations from ricenetic strunensis from rpoB s from soda lipolytic from soil a from soil ionizingroup of Vibrion of Vib from soil of Yersinia pseum sp. from soils from surfac from the c from the drogenotroposal to termite from the fa from the guttoideum andum sp. from the hilic, sulyphasic ta from the hu from the ma from the phiorhodospion of Yersity of ion of [Pseud from the rhizospherion of a from the rumenii sp. from the senobactenus of the phlamydia from the surfa from the taxobactersity withinimonas marion of b from tidal genus Leifsonia genus Microsporaniphilus genus Mycon of psychree novel hypert genus Nocarouping genus Paenion of enteron of the pseudon of three neny of the relat genus Pesulfurobactesulfurom withinomonas mobilis genus Psetaprotetes usinov., Pa genus Rickethanogens genus Sphinov., Pedon of two new genus Staphysiologic genus Strept genus Sulfitob genus Thermus genus Xenorhizobion of flava sp. genus and genus of culturythrobac glacier glycerini gram-neg gram-posphingon with granulonense s grasses groundwater japonicus jejuension of inov., Pseud jeotgal, a trad litoralis lusitanov., a beus gen. mesophilu metabol metallion of lactob mycobact myxobacteus sp. nov., comb. nov., fromicola s nov., hlorophyll a-conta nov., isola nov., modera nov., new nov., psychr nov., resp nov., sp. nov., the nov., three nov., two ne nov., with d novel marinov., a cel novel nitrobact novel obliga novel psychr novel soil novel specion of met novel str novel sulformerly novel ther nucleot numerica of genus of grass of halonii sp. of human of new Thalassonis sp. of nine of novel membe of photot of quality-controlled 16S of rhizob of strept of sulfur of the s of the ta of their relat of thermonas specion of newo novel mode oligonucleot orientis as Desulfotomacu origin of ornamented oryzae permafrost pneumonas spp. potato scab based potential properties of propion of ninov., a d proteob proteolydrogenov., a f purple non-s purple sulf roots of rugose orname terrestrion of nov., a ga their taxonov., a ha thiocyanat thiosul tropica two novel meth vulgaris wetland xinjiang xylanolyt, aerobion of p, alkalion of r, extremonas tr, gen. nov., a l, novel , obliga, repres, spore-depende, strict, two nov., a mar, with t-like bacte-like oriensis-pigment-toleranov., a me23S rRNA Alphaproris sp.AnoxybacilluApplicatAquabacterAsanoa gen. 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F T 'v=|{ t`H/'\5K `@ 4 Kz dR K.mPT_k"^ OK: Oi~@U Ha\ [! M ni/     3Ac  x+  6H.n MH@ ?# gb S>  e   2qs*iHO$  =a2>b .@/@  c2x83$X'- 7D x x:z O Z<B ~ P0A uY@ jd  1*E{ iEHo P ),@  bOy t #L$xH v  u W E G I  UdA[ ]s9 6rq Q W -{ H_ kH[ ; v? " _     t  _ H E Z"< kKk3G rIT  V  tJ ^)G/qD[  Q!c2 %Ki1+9 p`C  Y y$%  qB u \  % "  ( 6j {cTC 9{@L  !t # i  ]i&.} 5tP v _'?\ - j mRp -Nm K  y:uYS ' <  f {z< + {x OYDE "  Pe 4 \V> ^h h NU Ur  . akzt=[k;8 5 $ho U  AB07807), BacLi1), AccSe12(0.781017), StpAcid2(0.706817), SthSap104(0.777778), StpAfgha(0.701987), StpBellu(0.8), HerSer123(0.797822), StpAfri3(0.780014), StpAlb15(0.752318), StpBiki4(0.702228), StpCael2(0.736413), StpAmb10(0.760133), StpBobil(0.702452), BacCalSpe36(0.70249), EschC26), BacCe59), CloSacc2(0.76164), StpBott4(0.703146), StpAren2(0.769979), StpArgen(0.703704), StpCane2(0.772973), StpCapoa(0.704169), StpCate3(0.79890.1:0.6 AB08341.1:0.57 AB0(0.77351), StpArme16(0.820014), Unc00i2(0.761002), StpCavis(0.704636), StpBott5(0.778808), StpFell2(0.75), StpAur14(0.8), StpGalb2(0.775539), StpEchi2(0.760157), EschC27), BacPseu4(0.704787), BacS12), BacLic3 MrrSp150(0.791529), StpFimbr(0.705103), StpFla23(0.710404), SthSchSpe19(0.510067), BacAn1), AlpPr3(0.80053), StpGalil(0.705882), StpFuma2(0.778305), ChlPecAbsc3(0.70604), BacS2877(0.218132), StpGlau7(0.706199), StpGoug3(0.790257), StpCebim(0.606221), StpBottr(0.706514), LacBre1), AmySpe50(0.441033), SthSciSpe14(0.456432), HlnSal12(0.779823), StpHawa2(0.789404), ShwSchlSpe11(0.363636 BurCep2(0.790729), StpHeter(0.780351), StrDys1), BacCla23(0.800543), StpKasu2(0.792217), StmccYy3(0.78042), Unc00j AB1104997), StpFimbr(0.800556), StpChar2(0.793456), SthAu13), BacLic6(0.80054), SinMel59(0.8005), LacBre69(0.511978), SthAur9 NcrSpe30(0.526388), BacAbsc5(0.786755), StpChre2(0.79617), NeiMe1), BacLic9), AccSea23(0.720053), BctrAHalArch3(0.5331507), StpGr123(0.80108), CloBeij2(0.797222), SthAu14), MycBoeni(0.533333), StmcYyyy(0.536222), Unc1007), StpHimgi(0.707285), StpFarc6(0.549451), BacPu1), BacSonoSpeci(0.1:0.5 AF16312), MycChelSpe12(0.3), AccSe13), LacCas2(0.8), AccSea3), AlpPr48), CloSca40(0.708995), StpGr130(0.709201), StpCiner(0.709239), StpLana2(0.709464), StmcAfri3(0.80163), StpLate2(0.740339), StpMala4(0.709807), CloSp142(0.8005), MycAbscBac21(0.551724), NocAbs13(0.709934), StpErum2(0.607261), StpEuro3(0.571429), Unc00q AF22800.1:0.61 AB0.1:0.52 AB0.1:0.63 AB08), MycPara5(0.710875), SthAbor4(0.580689), StpOdor2(0.71117), LacBre89(0.591781), StpFarci(0.613119), StpPadan(0.711526), BctrK21), BacFirm3(0.615385), BacCael2(0.801636), ShwSp242(0.803336), StpEury2(0.71164), BacFusNuc11(0.626276), StpFasti(0.636052), BctrRadi4(0.636364), BctrmG2(0.804363), StpMarit(0.780488), StpHum15(0.770169), ShwSpe10(0.423131 HlnAlim5(0.8005), NocAfri6(0.637758), StpIaky2(0.806115), StpHyg28(0.79785), LacCri1), BctrmH20(0.645161), SthAccSea74(0.659905), StpKoyan(0.711887), StpKoyan(0.802132), BacPum4), AccSea46(0.661202), Unc22470(0.770252), StpHum15(0.8021622), SthSpe30(0.664887), MycPereSpe58(0.712111), StpGri59(0.750166), StpGoug3(0.802221), LacCurvu(0.66621), Unc00ulSpe13(0.595745), BacLacGenom(0.666667), StpLav24(0.712292), StpLimo2(0.712583), StpNeyacSp116(0.667114), StpFerme(0.66712), SthCohnSpe11(0.51046 Unc23193(0.676133), BacPycnSpeci(0.2(0.808895), SthSucci(0.683995), BacPum8 BurCep31), BacHa10(0.786234), StrDys2(0.811675), StpLinc3(0.712737), BctEgge2(0.812543), ShwSp252(0.814419), BacCael7(0.750334), StpGri6), AccSea51(0.68579), Unc101), StrAga7), AccSea57(0.686951), SthSpe40(0.6875), BacSp104(0.689198), StpLiv11(0.802649), StpResi2(0.712951), MycAlvei(0.691995), MycPorc3(0.802712), StpMela3(0.695652), LacBrevi(0.696689), BacLacSpich(0.713032), BctAcid3(0.713055), StpMexi2(0.713704), BurMalSpe37(0.713996), BacLacVersm(0.71409), NeiMen9), AlpPr5 BurCep7), AlpPr64), LacPar124(0.714286), StpHyg30(0.71438.1:0.63 AF22801), BacHalArcha(0.71457), StpMicro(0.74043), StpOli28(0.714758), SmoEn25), BacJeotBac14(0.714767), CloAce51(0.740541), StpHeter(0.803181), StpLuri2(0.780813), StpPall2(0.715232), StpNige3(0.715426), Unc00vdu(0.715621), MycGilv3(0.715706), StpIndi4(0.715932), LacCri66(0.716418), BacCael7(0.770351), NocAlb16(0.716826), BorBro1), BetPr11), BacMeth7(0.71726), LacPl20.1:0.5 AJ2937086), StpKasug(0.717406), StpLute6(0.803245), StpPana2(0.817234), SplSpe15(0.3), AmySpe65(0.717465), BacNiaci(0.717608), SthSpe16(0.4), AlpPro1), BreSp102(0.820095), StpRimo6(0.717881), StpMela4(0.718357), StpNod15(0.718793), BacSp496(0.719101), MycMalm2(0.822794), StpHyg29(0.719405), StpS1279(0.71952), StpOrna3(0.71962), BacSp52), MycFarci(0.7199445), StpTend5(0.770391), BacSp602(0.825573), StpRos23(0.720162), SthEp125(0.720266), MycChubu(0.72048), LacBa115(0.72053), StrDys3), BetPr28), BacLacu3(0.720867), StpPara2(0.720961), BacSp7), AmySpe77(0.631579), PsmAe18), LacCris8(0.721007), LacCael7(0.803256), StpMarBac36(0.721088), Unc00w8), AlpPro2(0.875256), SnnMa25), BctDG10.1:0.5 ARB_ AF55062), LacPla4), AmySpe80(0.721134), NocBei11(0.721356), StpNogal(0.721925), MycSask2(0.722222), ShwSp26), MycGilv4(0.722298), StmcFarc6(0.722563), StpS1300(0.760265), StpVell2(0.803268), StpMari2(0.2), AccSea6), AlpPro3), BorBurCepa6), AmySpe90(0.722598), SnnMa34), BacSp81), MycParasMarin(0.2), AlpPlate(0.722633), SnnMari3(0.673684 CauSpe20(0.3), BreSpe30(0.722859), NocArthr(0.723179), StpS1449(0.723288), StpPeruv(0.723317), ErwAmy2), AmyS1312(0.723549), BacPum9), AmyS1322(0.723632), StpPeuce(0.723658), StpRutg6(0.724068), StpS1509(0.724138), SthEpiSpec3(0.3), BucMel51(0.724302), StrAng1), BurSp100(0.724539), BacSpe35(0.724559), StpThe32(0.724618), StpTube2(0.724814), StpInte2(0.760353), StpTuir3(0.724868), BacPumiSpec6(0.4), AtnSpe59(0.725051), StpNarAmyl3(0.725304), StpKerat(0.725319), StpVenez(0.725828), StrDys4), BorBronSpec4(0.2), ArnSali2(0.726302), SphSp120(0.726309), Stptm137(0.726536), StpOli38(0.72678), StpVio20(0.727025), SthHae20(0.75034), StpLydi2(0.727273 MycAustr(0.727519), StaSpec2(0.2), AtnS1335(0.72752), NocAsia2(0.727766), NocAst24(0.727778), LacPara7(0.728239), SmoEn30435), StptmCf0(0.728261), LacKef13(0.728477), StpRhiz2(0.728495), StrMace20(0.770592), BacSphacSpe78(0.559297 PreInte4(0.728756), BacPseu5(0.72896), StpPlat8(0.728972), StpRimos(0.6), BacSpor124(0.803738), Stptm160(0.6), BucMel52(0.72901), NocCarnThala(0.729252), Unc3037), LacPlan3(0.729459), PsmPse3), BurPhe22(0.740642), StpS1620(0.729492), StpTum10(0.730007), MycScroda2(0.6), ChlPsi1), ChsSpe46(0.730223), StrBov1), CloPara2(0.805298), SphSp3), BurSp27), CloBot1), CloSp32), NocBra1), CytSp121(0.730642), LacSak1), DeiRad18(0.730743), StpVir23(0.730978), MycSeneg(0.731126), StpRutg8(0.731212), StpVio39(0.770692), Stptm160(0.731507), NocAbs14(0.73161), SphSp513(0.731642), StrDysgSpeci(0.3), ChsSpe51(0.573519 NcrComp127(0.805461), NocSer125(0.731741), NocTher2(0.4), BurSp36), BacSu6), ChsSpe60(0.6), CloButBac15(0.731938), StrConsSpe20(0.5), AccSea78(0.732095), NocBeij4(0.732203), StptmCf0(0.805556), Unc1067), LacSal2), BorPar20(0.732278), PhoLei3), CloBot2), BreSpe41(0.7327), StpS1724(0.732741), NocaNo10(0.733198), BacSubt2(0.733242), UncA10.1:0.64 AB0.1:0.65 AB0.1:0.66 AB0.1:0.67 AB0.1:0.68 AB0.1:0.69 AB0.1:0.71 AB07), PsmAe20.1:0.6 AFlaBa115(0.733424), StpMari3:0.363636), CloSpe20(0.73347), StpTurg AP005083 wl1.1:0.6 AJanMelo2(0.733696), StpS1752(0.733744), BctCAGYunna(0.733775), SthHom2), BurSp56), BctDG887(0.733823), BucAbor4(0.733871), BacFirm4(0.734261), StpPse12(0.734365), NocCyr17(0.734639), VibFis2), ChlPsi2), ChsSpe71(0.6), CorTube49(0.760375), SthLenTher2(0.5), AlpPacif(0.734694), BacSp113(0.734748), StpAve19(0.734915), SthXylSpe14(0.5), AmyS1462(0.750663), StpCisc2(0.735414), StpNecro(0.735475), StpClavu(0.735632), SplSpe18(0.5), AttBac14(0.735695), StpCoe15(0.735724), Unc1071), BctEl1), EntFa12), NocCyr21(0.735758), BacSp120(0.735978), NocAbs16(0.736213), StpColl3(0.736345), BctrmRJanMelon(0.736424), StpPseu5(0.736559), Unc231), StpRaiTrou2(0.736842), PsmAe36), MycMari4(0.736912), StpCya27(0.805832), StpDiasSpe21(0.5), BorBac13(0.73698), MycAusSpe22(0.6), CytSpe24(0.4), ChlPsi4), ChsSpe54(0.737127), LacDelSpe16(0.5), BreSpe51(0.6), EntFa24.1:0.5 AY20449), StpPur12(0.73734), MycPorc4(0.80597), StpVio40(0.737627), StptmCf2(0.737945), BucMel53(0.738128), StpPurpu(0.780887), NocBeij7(0.738209), BacSp130(0.738337), StpS2451(0.738504), CloSpo AP005083.1:0.6 AY29579), BacSp53), MycMori3(0.738544), StpRectu(0.738584), StpS2462(0.738629), StpS2471(0.80599), SphSpe10(0.73887), Unc0106), StpThe48(0.738923), StpS2545(0.739073), StpSamp2(0.739563), SphSp131(0.739653), StpSca10(0.739837), StrDeflu(0.740741), StpScle6(0.74084), StpThe49(0.770861), StpThe50(0.740943), StpSeto4(0.716855), BacSp597(0.741041), StpVio41(0.771084), BacSp857(0.741528), StpSoma4(0.791328), StpSpe20(0.807065), StpSteff(0.78094), StpVir24(0.741722), StpStre2(0.742213), SwiMa108(0.742323), StpSubr2(0.742662), StpYate2(0.807412), StpYogy2(0.742741), CamConcShim2(0.743051), StptmCf2(0.807947), StpYunna(0.743555), StrFer2(0.771372), StrGalb3(0.743878), StrInte5(0.74406), BacSpe49(0.744186), StpVirg6(0.744249), StrMitBact2(0.744371), SthSpe71(0.744565), StrMu12), UncB1), FlvSp200(0.744809), StrMut1), FusNecSp119(0.745442), StrSacc3(0.745716), BacSpe51(0.760583), BacSpe65(0.745763), StrSp100:0.37 AYy3(0.791837), MycBohe2(0.746086), SphSp180(0.746269), StrSpe10(0.808136), StptmCf3(0.746348), StrUber2(0.781098), StcGris8(0.808482), StcJiang2(0.746412), VibPar78.1:0.48 AFlav2(0.746525), StpAfgha(0.808684), StptmCf3(0.808713), NocAbsc2(0.74702), StcLute3(0.747051), Unc1080.1:0.72 AB0.1:0.73 AB0.1:0.75 AB0.1:0.76 AB0.1:0.77 AB09), BurCep8), AmyS1464(0.747103), NocBei12(0.747515), StpAlb45(0.747741), MycSept5(0.748102), StpAlb45(0.809458), StpAlb46(0.748475), ChlAbo AbyStracte(0.3), CloSubt3(0.748507), Unc1094), NocCyr22(0.748677), StpAlb46(0.81006), CloCele2(0.6), FlvSpe28(0.4), CytSpe30(0.810596), StpAlb47(0.748982), BacSpe78(0.6), GbcThe43(0.749146), MycPorc6(0.810847), StpAlb47(0.811111), SapGran3(0.749173), StpAlb48(0.74965), PsmAlcSp121(0.749669), StpAlb48(0.811133), SapSpec2(0.3), CytSpe42(0.74983), StpAlbof(0.6), HelSpe60(0.750826), NocBei13(0.750844), NocShimo2(0.811436), StpAlbu2(0.751161), Unc23205(0.751186), Bac10(0.751337), NocCyr23(0.751696), SplSpe19(0.6), HlnSp43), Bac11(0.75182), StpAlbul(0.752066), MycShSpe78(0.752688), StpArgil(0.752717), StpAur23(0.752816), StpAureo(0.753004), StrSpe11(0.6), LacSp110(0.75307), AttBac15(0.753301), StpAve20(0.753316), StpAver3(0.753507), BctrmS1464(0.813245), CloBac16(0.753584), BorHolmAuran(0.6), MarBa145(0.753898), StpCaes3(0.771643), StpCaes3(0.813784), StpCane2(0.814111), LacPalus(0.753968), StpCang2(0.754054), StpCavis(0.814159), StpCebim(0.754144), StpChat2(0.754164), MycSp119(0.75441), StpCoe20(0.754467), StpCoe20(0.814355), StpCoe49(0.754614), StpCoe49(0.814454), StpCoe50(0.754967), StpCoe60(0.755435), Bac17(0.755467), SccSpe11(0.756081), StpCoe60(0.815021), StpCoe61(0.756246), NocCyr24(0.756314), StpCoe61(0.815894), StpCoer7(0.816271), StpCyan3(0.756534), Unc233), StpErum2(0.75661), StpGri93(0.756614), Unc326), StpGris7(0.791864), StpGris7(0.816435), ShwSp27), MycCosm2(0.75668), StpGris8(0.756829), StpIndi5(0.756972), Bac18(0.757114), NocTra2), CloAccSea91(0.757123), StpLate5(0.816667), McrSp217(0.757191), StpLav25(0.757268), Unc1100.1:0.79 AB0.1:0.83 AB0.1:0.87 ABac19(0.757616), StpLav26(0.757697), StpLav29(0.757807), BetPr3), DeiRad19(0.757923), Bac20(0.758118), StpLav32(0.758333), SccTexacte(0.4), FlvSpe43(0.758808), NocBei18(0.75886), StpLav33(0.758947), Bac22(0.759085), StpLav34(0.759322), StpLiv18(0.759358), StpLiv18(0.818543), SeaMar7), BreSpec6(0.5), BurSpe61(0.759762), StpS1280(0.759866), Unc2349), MycFort2(0.759973), SelSpe10:0.51046 AccSea8), ArtSp122(0.760769), StpS1311(0.761111), MycDuva2(0.761264), NocaSolSpe20(0.761648), NocCyr27(0.76177), Bac25(0.761905), PsmS1468(0.731183), StpS1322(0.762034), SwiMan7), BucMel54(0.762409), StpS1324(0.762423), StpS1324(0.819085), Unc00uma2(0.805424), SflSpe11(0.819605), StpS1325(0.762551), StpS1325(0.82044), CloDiolSpe21(0.6), McmSp111(0.762677), BctEl2), CloSp154(0.6), McrSpe10(0.762914), StpS1327(0.763212), VibS114), VibOrd1), HbcSalin(0.763318), NocFarc2(0.763889), StpS1328(0.792053), NocCyr28(0.76442), SulSpe22(0.765056), StpS1328(0.821192), SwiMa109(0.765265), SphS1468(0.802), StpS1332(0.765382), BctFra2), CorBov1), HelSpe82(0.765563), ShwAlga2(0.76607), StpS1449(0.80952), CytSpe52(0.766135), StpS1452(0.767049), NocBacSp607(0.767199), SplSpe20(0.767278), StpS1453(0.767458), LacSpe53(0.767704), ShwBalSpe35(0.823841), StpS1453(0.80.703178), Unc247), LacGall4(0.767978), BctrmWinThala(0.768087), StpS1454(0.768212), ShwFideSpec2(0.4), FusNuc1), HerSpe12(0.4), GamPr2), EntFae3), FlvSpe55(0.768421), NocFlav3(0.768721), StpS1459(0.824387), StpS1461(0.768916), StpS1470(0.769231), LacSaliv(0.76933), BctIFA1), HlnSp50.1:0.7 AB0.706371 SthAu1), MarBa37), PsmFl19), HlnSpe11:0.6), McsCap1), McmSpe83(0.771686), BctK253), PsmAe19), MycSp237(0.772264), UncA11), NocFulvu(0.772759), StpS1495(0.772818), StpS1509(0.80.706676), StpS1509(0.818919), StpS1511(0.772881), NocJense(0.772998), StpS1520(0.773406), LacGeno2(0.774019), NocCyr29(0.774023), StpS1530(0.774194), StpS1541(0.748143), StpS1542(0.824407), PsmS228), NocSimpSpeci(0.4), GbcTherm(0.3), GbcTdcMinor(0.774543), BctMpnIs(0.77455), LacSp122(0.775483), StpS1630(0.824966), StpS1643(0.775593), StpS1648(0.775645), StpS1649(0.825051), VibPanay(0.776038), StpS1658(0.776119), ShwKair125(0.825397), StpS1658(0.82649), PsmS23056), CloHalLito2(0.776159), ShwMari5(0.776673), StpS1665(0.777174), BctRBS4), HalSacc4(0.778293), StpS1679(0.778318), ShwOne3), GlaciI1), McrSchlSpe38(0.778761), StpS1679(0.827038), ShwPut7), BurSp126(0.78125), StpS1680(0.827586), MycElept4(0.778833), StpS1681(0.778905), Unc11109.1:0.5 AccSea93(0.779116), StpS1683(0.751532), StpS1683(0.827778), BraJa1), McsSer2(0.792402), StpS1685(0.779324), StpS1685(0.80.717949 AcdAvenTurkm(0.781457), Bact2:0.70637), Unc249), UncA32), UncC5423(0.781547), StpS1686(0.781579), MycFueSpec3(0.4), HbrTibe2(0.5), ChsSpe56(0.5), CloSp162(0.781975), StpS1686(0.828309), MycHoust(0.828353), SinFreSpec5(0.4), HelSpe93(0.782077), LacHilg AchXylo AciMethy(0.78243), StpS1689(0.782549), BctrK22), BctRRPanay(0.782609), BucMel55(0.783587), StpS1689(0.829043), MycPorci(0.783729), Bact3(0.783878), BurSpe70(0.784053), Unc00und5(0.784106), SinSpe31(0.784261), PnbSp213(0.784471), StpS1693(0.784626), StpS1694(0.784844), StpS1695(0.785276), SlbRubr2(0.829139), StpSca11(0.786348), Unc34.1:0.61 AFlavi(0.786441), SlbSpec2(0.5), CytSpe77(0.786657), StpSca12(0.786885), MycInter(0.792427), StpSca13(0.786974), StpSca14(0.787204), StpSca15(0.787276), SldBact4(0.787551), SmoTyp4), HlnSaliSpec8(0.4), LacSp131(0.788043), NocFarc4(0.788882), SnnSp201(0.789153), StpSca16(0.789437), StpSca17(0.789653), HbrTrap2(0.5), FlaBa11), Unc37), VibPanay(0.80.718433), BurFung AcnForm2(0.789688), SpbctSt3(0.789723), LacPanto(0.792503), StpSca18(0.792578), StpSca24(0.793997), Unc3), HelSpec4(0.3), HlnSp44), LacInglSpe58(0.829831), StpSca25(0.794038), SpcLaevLimic(0.794137), StpSca26(0.794176), NocFarc5(0.794271), SpgMulti(0.794576), StpSca27(0.794613), StpSca30(0.794702), Bact5(0.794997), Bact7(0.795115), SplSpe21(0.795229), StpSca33(0.795684), UncB2), FleTra27(0.4), MarBa4), McrSpe13(0.6), MrrSp166(0.795699), UncB31), MycKans4(0.795728), StpSca40(0.796183), SpgSpe14(0.6), NcrSpe56(0.6), NocSp104), MycMuco2(0.796823), SphPau1), MesSp101(0.79727), PsmFul1), MrrSp204(0.797288), SplChine(0.797351), MthSp181(0.797776), StpSca50(0.797879), StpSca51(0.798331), StpScab2(0.798376), StpSpec7(0.5), FleTra27(0.5), FlvSpe62(0.830189), StpSpei2(0.799445), NocFarc6(0.799458), NocTakeSpec4(0.4), MesSpe12(0.5), FusSpe28(0.79946), StpStel2(0.799471), SplCitr5(0.831133), CloNov1), OchSpe14(0.729267), NocSp238(0.831238), StpTher2(0.6), NocTherm(0.5), HalAceti(0.831788), StpTume2(0.737917), StpTume3(0.76 AF2), FlvSpe79(0.832339), SplCorru(0.832542), StpTume4(0.832995), PsmPu30.1:0.51 AFleTrac9(0.833333), McrSpe18(0.6), OchSpe33(0.765836 ShwSp28), PsmAe21.1:0.62 AB0.789927), StpTume5(0.792963), StpTume6(0.797829), SplCulic(0.83344), MycNeoa2(0.715733), StpTume7(0.716981), UncA93), MycSp486(0.717537), ChsSpe23(0.6), PnbSpe12(0.6), Ps1Sp207(0.833559), SplDimin(0.834437), ShwS1471(0.717949), BurPse12(0.83499), StpTume8(0.727273), StpTume9(0.727513), StpTumes(0.835938), SplHelic(0.835943), SplLitor(0.836532), SplMonta(0.836957), StpVirg8(0.731707), StpVirg8(0.837086), NocNiiga(0.837641), StpVirg9(0.744864), MrrSpe20(0.839179), SplTuron(0.839735), StpVirid(0.744962), NocSp114(0.840292), CloPerm(0.77), NocTrante2(0.841827), StrAngiSpeci(0.5), HbrTibet(0.3), LacSpe72(0.84196), Steff(0.79), NocPlan3), MarBac3), McmSp123(0.842384), Steff(0.84239), CloTet2), FrsTul2), FusSpe36(0.842942), Stett(0.6), PsmPu44), UncCh32.1:0.71 AF5), HelPul2), HbrSacc3(0.84339), MycNewor(0.845033), SplVeloc(0.845109), NocSp129(0.845262), StpAlb16(0.845593), NocSp132(0.846102), NocTerr3(0.846835), StpAlb17(0.847435), LacJoh4), OchAnt18(0.847682), StpAve21(0.78 AP00502), StpAve22(0.783025), NocPse17(0.847989), StpAve23(0.7), EntFae46(0.848244), StpAve24(0.7), FlvSpe84(0.5), HelSpec6(0.6), PsmS240.1:0.61 AJapo3(0.849797), StpCael7(0.850331), SpnChlo AcnSpe56(0.7), HelSpec7(0.6), RalSolSpeci(0.6), TmuSicul(0.850591), StpCoe51(0.7), HerSero ActLiguHydr2(0.850895), SpsPsyc5(0.851562), StpCoe52(0.7), HlnSp45), Unc253.1:0.7 AFlvLimi2(0.85228), SrmAerimos(0.7), KitPara3(0.7), MarBa18), PsmS257), EntAviuProf2(0.6), TrrSpe11.1:0.63 AJapon(0.853442), MycMarin(0.3), McsCap2), HerSpec2(0.6), Unc3), McuBac7), McmSp133(0.853964), OchSpe79(0.855263), MycRati2(0.855629), SrmSpec2(0.7), MesSp115(0.856169), UncCl38), Bact8(0.6), UncAc7), MrrSp17), NocaNo25(0.7), MthSp213(0.856196), SymSpec3(0.5), HerSpe14(0.856555), MycRhod7(0.7), NcrSpe85(0.856949), BurSpe95(0.7), OchSpe82(0.857143), Unc1187.1:0.71 AJumon(0.7), PnbSp100.1:0.8 ABacte(0.5), HlnSp46), UncB5), MarBac45(0.858847), SmoEn29), McsCap3), MesSp124(0.860449), ChlPsi9), ChsSpe24(0.7), PreSaliv(0.860726), PsmS2600(0.860927), UncActSpec4(0.5), McrSpe19(0.7), RalSpe31(0.863474), VibS120.1:0.8 AFlvLimi3(0.864148), StpCoe53(0.7), RicSibir(0.864349), EntFae5), McsAga1), PreSpe27(0.4), PnbSp222(0.864865), Unc3), MrrSp183(0.865895), UncAl2), MarBacte(0.6), UncCom3), NocTerr4(0.866259), StpCoe56(0.7), SphS1471(0.866667), UncB826.1:0.52 AFlvLimic(0.867188), BarHen ActSpec5(0.5), McsCaprHalo4(0.868074), CloUzoni(0.868603), Unc256), HlnAli ActUtah3(0.868618), SysMarin(0.5), McuBac8), ChsSpe27(0.7), SwiMan83(0.86945), StpCoe57(0.7), UncCryoc(0.869565), MesSpe20:0.71794), UncEpsSpe37(0.871287), UncD2), McmSp143(0.872101), SalSaleg(0.872222), MycSp521), StpCoe58(0.7), UncEu2), McrSpe205), StpCoe59(0.7), UncG18), UncAl7), UncM1458(0.873351), PsmAcid4(0.878888), MycSpe12(0.7), UncR17), UncSheeSpec7(0.7), Uncu19), UncEu4), PreSpe44(0.879679), BarQui AerFaste3(0.7), UniB1048(0.882119), SccCoeru(0.882233), EntCass3(0.886162), UncD32432), MrrSp190(0.887679), StpCoer8(0.888889), SccSpec3(0.6), UncEu59.1:0.51 AJ2), MtaSpe12(0.88919.1:0.61 AYyyy2(0.890656), StpCoer9(0.7), VibSplbSpec3(0.7.1:0.49 AB0.832432 EschC28), UncB853), UncAlpTherm(0.6), UncG623), StpColl3(0.80.844086), UncHalTruep(0.892715), Bacte(0.7.1:0.55 AFlvMicro(0.892785), NocSp144(0.7.1:0.59 AB0.923077), Unc119.1:0.7 AJ AfiGen1), PsmSpec4(0.6), UncR23), MycTub2), NeiMarin(0.6), UncSlu2), NocaNov4(0.897904), BucSpec2(0.821736), StpCyan5(0.7.1:0.63 AYyyyy(0.900609), BarScho AgePrate(0.90596), ClostS6), UncVari2(0.3), NocaNov5(0.7.1:0.64 AF2), OchSpe15(0.5), MrrSp22), NocOtit3(0.9230717), AbyStrHalop(0.928523), BurGla2), PnbSpe62:0.72727.1:0.72 AF0094.1:0.71 AY0.936408 BurCe230.1:0.7 AY AgltSo67(0.940054), Bacte(0.8), FleTra3), OchAnt76(0.941176), Uncu2184), UncG63), NocVaccSp166(0.943945), BarSpe32(0.7.1:0.65 AFlvPsyc5(0.94526), UniB12.1:0.6 AgmCeri3(0.94639), NocTerre(0.7.1:0.66 AF228), VibPara6(0.949823), NocVeteSpeci(0.71), HlnCamp4(0.7.1:0.69 AB1), RalS2453(0.7.1:0.73 AF1), RhzSp136(0.950601), StpCyan6(0.7.1:0.76 XanFlav AgmFuco3(0.951989), BctSpe24(0.8), FlvS2462(0.8), FusNuc5), MthSpe71(0.955805), MacEqui AgmcUlmPurp4(0.962656), NocAbsc3(0.973684), LacKita2(0.982019), HlfDenit(0.986977), AcbFerm(0.78231), SelSpe21:0.75 AFlvPsyc6(0.992188), BarVinsSpe53(001.1:0.59 AF003), StpCyan7(0.8), HelS2465(0.783), StpGalb3(00wac(0.6), VibCani2(0.1:0.21 AgtLect2(0.1:0.22 AibPle4), PsmAcid5(0.1:0.23 AimycYyy(0.1:0.24 AinSp39), UncGa5), NeiMarin(0.7.1:0.77 AB1), UncB93), PsmSyr5), NocThe34(0.1:0.25 AliAci2), PreSpe51(01), UncCy101(0.1:0.26 AliAcidi(0.1:0.27 AliHesp AliSpe12:0.75 AJ AlmEhrl2(0.1:0.28 AlrHalop(1.03605), ChdMur12(0.8), HlnSp474(0.1:0.29 AmhSpec3(0.8), KitPhos6(0.7.1:0.78 ABcsBac66(01), VibSupeiSpeci(0.73), BacSp252(01.1:0.64 AJ AmyColo AmyLuri2(0.8), MarBctThe43(01.1:0.7 AmyMedi2(0.1:0.3 AmyRifam(0.1:0.31 AmyToly AnySpec2:0.4), PsmPu29), NocaNov6(0.7.1:0.8 AJ ArcButz ArnHy1011), StpGr124(0.1:0.32 ArnHyd8), McrSpe56(0.8), MesSpe56:0.75 AY ArnJandSpeci(0.8), MrrSpe15(0.6), VibParvu(0.1:0.33 AY ArnMoll3(0.81081), UncDe7.1:0.83 AFlvbcAff(0.1:0.34 ArnSp245(0.1:0.35 ArnSp26.1:0.61.1:0.71 AY1), UncEu654), StpGr125(0.1:0.36 ArtAril ArtGlob7(0.1:0.37 ArtNitro(0.1:0.38 AJ ArtSp137(0.1:0.38 AY305.1:0.63), PsmVir2), Ps1Sp71), MycValli(0.1:0.39 AForm3(0.1:0.4 ArtSp238:0.76 AFort8(0.1:0.41 ABctThe44(0.1:0.41 AFrmAgar2(0.1:0.41 AJ ArtSp36), NocAbsc5(1.06275), ChdTra4), PsmS234.1:0.72 AF4), RicSpe13(0.70.1:0.62 AFrmAlgae(0.4), UncHyd2), PsmS238), LacLind ArtSpec2(013.1:0.51 AY AttBac17(018), StpGr126(0.70.1:0.71 DQ AttBac21(02.1:0.5 AttBacte(02.1:0.615), UncB9559(0.1:0.41 AY AvbGall5(0.1:0.42 AF AzsSpe22(0.8), NocaNov7(0.1:0.42 AY AzsSpe33(0.8), OchSpe16(0.6), VibS117.1:0.62 AJ2), RhzSp22.1:0.72 AJ5), NocaNov8(0.703.1:0.61538), UncCyto4(02.1:0.73 AF2), TmuSpe72(027), StpGr126(0.8), PnbSpe86(0.1:0.43 AJ AzsSpec2(02703), PnbSpe96(0.1:0.44 AF BccBac2), UncExigu(02778), SmoTyp5), OchAnth BcsBac3), PreSpe58), UncEnmMelal(0.1:0.44 AJ BcsBac5), OchS2467(0.704.1:0.52 AJ2), UncGa6), XnbBeddi(0.1:0.44 AY BcsBac6.1:0.55 AJ BctCS11.1:0.72 AY204), NocAlbus(0.1:0.45 ABctWuba4(0.1:0.45 AF BctFra3), Ps1Spe13(0.8), PreS2467(0.8), PrnAcid3(03.1:0.83 AJ BctThe4), UncMarin:0.76 AJ BctWubamp4(0.8), RhoSp103(0.1:0.45 AJ BctYIMkk(0.1:0.45 AY BctrK23), UncB9770(0.1:0.46 AF BctrK267(0.1:0.46 AY BctrK27.1:0.8 AY BctrmSt6(0.1:0.47 AF BenMin10(0.1:0.48 AY BetPr12.1:0.75 XnbBov20(0.1:0.49 AF BifBre1), UncGr127(0.705.1:0.71), UncHym2), UncHyd3), RhoSp3), RhzSp5), PnbSpec4(0.707.1:0.62 AY BifSpe13:0.76 AY BlcBior3(0.71.1:0.73 AF3), TmuPept2(0.1:0.49 AY1), UncMe1), UncRho3), TmuStett(03226), AcdAverm(0.79.1:0.63), UncCom4), UncRos23(0.8), RicSpe22:0.76583), BctTher2(0.71.1:0.8 BorPara6(04), UncSphi BorPer1), UncSta3), UncDesSpe63(0.6.1:0.56 AB04), VibAlg4), Uncu221.1:0.74 AB004.1:0.62), VibCh1), Uncu247), MycobS6.1:0.57 AF BorPertSpe16(0.712.1:0.8 BorSpe21(04.1:0.73 AF4), UniB15), CloSp188), StpGr127(0.8), UncG626.1:0.714), Unc123.1:0.58 AB04348), UncHyme BraSp23.1:0.714.1:0.57 AJ43805405), PreSacch(0.1:0.52 AJ5), Ps1Sp75), MycBohe3(0.1:0.52 AY BreAure BreBors5(0.1:0.53 AF BreBorst(0.1:0.53 AJ293), UncEnrCult8(0.1:0.53 AY BreCase BreForm2(06), MycBohe4(0.1:0.54 ABctrmSt9(0.1:0.54 AF BreInvo2(0.1:0.54 AY BreInvo3(0.1:0.55 AY BrevAg15(0.1:0.56 AF BrevAgr4(0.1:0.56 AJ2), UncP514.1:0.63.1:0.63.1:0.72), BctUni BtrBac1), UniB16), NocAquitSpe25(0.5), PybSp192(0.1:0.56 AY2), UncRu1.1:0.65 AJ5), RhzSpe14(0.9), FlvSangu(0.1:0.57 AY BucSpec6(0.715.1:0.512.1:0.41), Unc1355), NocAsia3(0.72), MycChlo BurAnth BurCepari2(0.6.1:0.62.1:0.62162), UncStr2), Uncu301), Unc13699), BacSpe15(0.72), NocAsia5(0.72), Unc13806), NocAsia8(0.1:0.58 AF BurGlad BurGlumSpec5(0.6.1:0.64 AY2), UniB17.1:0.73 AF5), RicSpe34(0.6.1:0.65 AY1.1:0.66 AJ BurPyrrKerat(06), Unc140.1:0.73 AJ BurSpec3(06.1:0.66 AY1.1:0.67 AF22.1:0.522), StpGr128(0.72.1:0.76.1:0.58 AJ BurTrop BurViet8), UncRumSpeci(0.9), FusNitra(0.1:0.58 AY BurViet9), HelSca41(0.72.1:0.81 ABreBrevi(06.1:0.72043), UncG627397), NocAsia9(0.1:0.59 AJ CamCurv CamFetuSpe16(0.8), UncSyn CamHyo1.1:0.68 AF1.1:0.762), Unc1465(0.72211), AcdSpe14:0.78 AF CamHyoi CamJej5), UncCani3(0.1:0.59 AY CamJejuSpec3(064), StpGr129(0.726.1:0.67 AJ CampCo1.1:0.77 AF CclAntiq(0.1:0.66 AY32877), AceSpec2:0.5), UncDeiGran3(066), StpGri94(0.73), LacMu CelCel2.1:0.630.1:0.67 AY CelLyti CelSpe15(0.8), Uncu90.1:0.73 AY3), UncHalo2(0.1:0.68 AJ ChdTracSpe16(07.1:0.73 XnbBudap(0.1:0.68 AY ChlPsitSpec3(073.1:0.73), MycGilv5(0.73), NocAste3(0.1:0.68 DcsSpec3(076.1:0.73), UncMe3), UncRosSp154(0.73913), StpGri95(0.74), LacRha1.1:0.78 AJ ChmSpe23(0.74), MycGilvu(0.74), NocCyr31(0.74), PsmPu33), LacVerPanto(08), PsmS241.1:0.68 XnbInnex(0.1:0.69 AF5), UncEryth(0.1:0.69 AJ ChmSpe34(0.74), Unc148.1:0.5 ChmVio3), UncSlu3), UncVe15), MycRhode(0.74.1:0.64.1:0.58.1:0.513.1:0.65), UncG629), VibOrd2.1:0.65), UncHalo3(0.1:0.69 AY ChsJoost(0.1:0.74 AF CllCell2(0.1:0.74 AJ CllSpe15(0.9), LacCani4(0.1:0.74 AY CllSpe23:0.78 AY CllSpe73(0.1:0.74 DdeBac2.1:0.66.1:0.5), UncMe66.1:0.6.1:0.74.1:0.74.1:0.81 AF ClllFim CloSp197(0.1:0.77 AJ CloSpe45(0.1:0.77 AY CloSpe57(0.74064), XnmAxo1.1:0.82 AB1.1:0.84 AF08), Unc1497), StpHyg39(0.742), StpJumon(08.1:0.56), PsmS259.1:0.711.1:0.81 AJ ClvMic113), StpPanay(08.1:0.64.1:0.75), NocCyri8(0.746), StpPlate( ClvMic2.1:0.67), PsmS2623), Uncu9108.1:0.7 ClvMich6(0.1:0.79 AF Cm3Spe15:0.8324324), AchXyl CmmBactSpec6(0.8), UniB18), VibS118.1:0.57), NocCyri9(0.749), StpPur13(0.1:0.79 AJ CndAmoe CndDevo CorBov2.1:0.772), StpS1281(0.75), UncRosSp155(0.1:0.79 AY CorBov3), UniB1908.1:0.595), StpS1284(0.75), VibCho CorBov4.1:0.59), LacSpe19(0.8115.1:0.644), StpS1285(0.75.1:0.72.1:0.83 AY2044.1:0.762.1:0.85 ABrevAgri(0.1:0.81 AY CorGlu9), MarBroc2(0.1:0.82 AF CrhLatu CurFlacSpe41(08108), AcnSpe16:0.1:0.82 AJ CurSpe16(082.1:0.6.1:0.753), StpS1312(083), StpS1315(0.75676), ActLig CurSpec4(0.8.1:0.65), UncSta4.1:0.65), UncuB69), BacSpeci(083), Unc15008333), Unc1521(0.767.1:0.6.1:0.768), StpS1335(09), PsmS265), UniBa20548), ActRe CytopS42(0.1:0.82 AY DeiFrig208), Unc1531(0.8.1:0.67), VibCorari2(0.77551), ActSpec7(0.8.1:0.68), LacFarcrSpe21( DeiFrige(0.1:0.84 AJ DeiGeotSpeci(09), UncHalod(0.1:0.84 AY DeiGran DeiIndic(0.1:0.85 AF5031), StpS1336(0.78378), ActUtari3(0.789), StpS1337(0.8.1:0.7116), Unc157), Unc158.1:0.724.1:0.66.1:0.78.1:0.73), VibS1197(0.1:0.85 AF5109.1:0.645.1:0.73.1:0.41.1:0.791), StpS1462(09993), Actin DeiMarm2(0.1:0.85 AY DeiMarmo(0.1:0.86 AF DeiMurr2(0.1:0.86 AY DeiRad20(0.1:0.87 AF DeiRadi4(0 DeiSpeci:0.4.1:0.68), MycSept6(0.1:0.87 AY DesKuzn DesPute DesTher2(0.8.1:0.74.1:0.69), MycSp120( DlsSpec4(0 DssSpe17(0.5), VibFort DuuSpec3( E0HR0000 EctSpec3:0.4.1:0.7796.1:0.5), VibPdbAfri6(0 EnrCult EntCass4(0.1:0.88 AF EntDura8(0.1:0.88 AY EntFaec6(0.1:0.89 AJ EntGall7(0.1:0.89 AY EntHir23(0.1:0.9 AF EntHira5(0.1:0.9 AY EntMund3(0.1:0.91 AP0050521), AeoUri EntMundt(0.1:0.92 AF EntPseud(0.1:0.92 AY EntRaff EntSpe17(0.60.1:0.7 EntSulf2(0.1:0.93 AF ErwAmy3.1:0.663), Unc159), UncMi135(0.1:0.93 AY ErwAmy4.1:0.78.1:0.7602.1:0.94 AF EryAquim(0.1:0.94 AY ErySpec4:0.1:0.95 AF EschC297.1:0.5), VibS12116.1:0.609), StpS1464(0 ExiAcet ExiOxido(0.1:0.96 AF ExiSpe17(0.7 FctSpec5(0.7 FctSpel FlaBa124), StpS1465(0.1:0.96 AY FlaBa130(0.1:0.97 AF FlaBac24.1:0.7 FlbSpec4.1:0.84), MycSp121( FleAgg2454(0.7 FleAggrSpe17(0.8.1:0.77 FleFlex FleSan124.1:0.98 AF FleSpec5(0.8.1:0.79), McrSpe76(0.7 FleTracrSpe95(0 FlvCol35(0.1:0.99 Acido(0. FlvDege2(0. FlvFrig FlvJoh125), Unc160 FlvJoh2454(0.8.1:0.84), NocFarc7(0.7 FlvLimi FlvOmniv(0. FlvPsych(0. FlvXant4(0. FlvXinji(0. FlxRapp FriSpe17:0.7 FriSpec6:0. FriSpec7(0 FriSpec8(0.5), XnmAxo3.1:0.67.1:0.7 FrmAgarSpe22(0 FrmAlga FrsPhil FrsTul407), StpS1466(0.7 FtrAura2(0. FusCani4(0 FusCanif(0. FusEquin(0. FusSpe37( GamPr570(0. GamPr582), BreAura4(0. GamPr59), MrrSpe57(0.82), MycSp122468(0.7411.1:0. GamPro56(0. GaoSpe34(0.82), NocPlant(0. GbcCald GcrBac13), Unc16140(0.619.1:0.56.1:0.5.1:0.56.1:0.7 GcrBact GelMeso2(0. GlaciI25(0. GlaciI414), Unc1647), NocPseu4( GlaciIc GluCer125.1:0.631), StpS1468(0.77 GluEuro GorAlkan(0. GorAmica(0. GorDesu GorPoly GorTer19(0. GraDipsSpeci(0 HalArch HalDaban(0. HalHalot(0.5.1:0.582), Unc16515(0. HalKaraj(0. HalLito HalLocis(0. HalSalin(0 HalSpe34:0. HalSpe57(0 HalTrue HbcNoric(0.3.1:0.68), NocSp150 HbcSpe19( HbcSpe34( HbcSpe41( HbfNitra(0 HbrCorie(0. HbrDistr(0. HbrLacus(0. HbrSodo2(0. HbrSpe18(0.7 HbtrcGen(0. HchnSt10(0. HchnSt12(0. HchnSt17(0. HchnStr0(0. HchnStr5(0. HcrSpec2( HehDuc3.1:0.742), NocSp162(0 HelBili HelCana HelCina HelFeli HelRapp HelWing HerFris HgtBorin(0. HklTibet(0.5.1:0.59), MthSp25.1:0.742.1:0.7 HlfAlexa(0. HlfGibbo(0. HlfSpe14(0 HlfVolc2(0. HlmBact HlnSp48.1:0.638), StpS1469(0.7 HlnSp49.1:0.582.1:0.7 HlnSp51351), AerFas HlnSp523), StpS1471(0 HlnSp53545), StpS1472(0.7825), StpS1473(0.73.1:0.75.1:0.75.1:0.767568), AfiGeno3(0. HlnSp54), BctWub10(0.77 HlnSp561.1:0. HlnSp5825.1:0.83), LacKefi HlnVar1281(0.83), MycSp130( HngMari2(0 HngOrnit(0. HruMar1285(0.83), NocSp2468(0.813.1:0.768.1:0.5.1:0.77 HruMaris(0. HruSina HruSpe18(0.83.1:0.77 HruVall HtnTher2( HtnTurkm( HydrVe131), StpS1474(0.7 HydrVenez(0.83333), MycSp131( IdeSpec5:0. IdmSpe47(0. IdmSpe59(0.836), StpS1475(0.7 IdmSpe63(0.7 JanLimo421.1:0. JanMelo JanTerrSpec5(0 JnnHelg JsbYyyy2(0 JssS0568.1:0.68.1:0.7 KinAura KitAzat2(0.7 KitGris KitParan(0.7 KitReci2(0. KitRecif(0.7 KitSpe16( KitTerre(0 KluAsco KncBac13561(0. KncBac2545(0.836), Unc1713889), UncProt6(0. KncBact KozBali KriFlavi(0 KriKore2(0. KriSand KriYunna(0 LacLetiv(0. LacManih(0. LacRha255), StpS1476(0.7 LamPurp2(0. LchAero2(0. LctLac14.1:0.7 LctLac42105), AgePra LctLact LeifXyl LenAlbid(0. LenWaywa(0. LisInno LisMon4211), ParDeni5(0. LpsBif1470(0.838), StpS1477(0.73.1:0.784.1:0.7 LpsBor29(0. LpsBor3.1:0.79), OchAnt79(0. LpsIn115(0. LpsIn128.1:0.69), NocAste4(0.7 LpsSan1473(0.84.1:0.841.1:0. LpsWei1475(0.80 LsrGumm MarAlp1476(0.80 MarAlph MarPsyc MasSpec7:0. MasTim1477(0.84211), AgmCerSpec6(0 MclPhos McmAura McmEch22(0 McmEndol(0. McmSp158(0. McrDext McrEste McrFolio(0.7 McrKerat( McrKita3.1:0.85), Psm McrLaev McrOxy15(0. McrOxy16(0. McrOxy29(0.7 McrPara6( McrPhyll(0. McrResi McrSpe95.1:0.7848), StpS1478(0.731), NocAste5(0.7 McrSpec7(0 McrTes13(0.7 McsAgal McsBov1478(0.85.1:0.7 McsBovi McsHyorSpec7:0 McsMyc15), NocCyr32(0.7 McsSpe25(0.7 McsSpe48(0. McuBac9), OchSca46(0. MesAmorSpec8(0.69.1:0.728.1:0.7 MesSpe64(0.7 MesSpe74(0. MesSpe87(0. MesoLo281), Unc17643(0 MesoLo42547), Unc177283), Unc1789), Lac MetSpe18(0.9), OcnPict7(0.524), Unc189), NocOtit4(0.7 MgaMor31), Unc25795(0. MgnSpe18:0.7 MgsElsd MhlSpec8(0.7 MhmSpe19:0. MmrThe15), VibEzurSpec9(0.43.1:0.6 MmrTher2(0 MncHalo MooTher3(0.7 MrcPsyc MrnProt MrnSpe88(0. MrrHyd15.1:0.7 MrrHydro(0. MrtMala MrxMor31.1:0.7 MrxMor43.1:0.7 MrxMor54), MycSp166( MthPoda2(0. MthPoda3(0. MthSpe78(0.857), Unc2589), Psm MtiBark MtiMaze MtlSpe1512(0.7 MtuSpe16( MurFlav MycSp252( MycSp49.1:0.7313), StpS1512(0.85714), AgmMedi4(0. MycobS7 NarXinji(0 NcrSpeci(0 NeiWeave(0. NlbChaha(0. NlbHulu2(0.54), NocPseu5( NlbSpec7(0 NnmVersi(0. NnrBange(0. NntInner(0.54), Unc259), PnbSpec9(0.54255), Psm NntWudun(0.544), Unc26091(0. NonRose2(0. NovSuba OchInt1514(0.7 OchInte OchLupin(0. OchTri14(0. OchTrit4(0. OerJene OerTurb3(0. OkiFrit OpiSpec8(0.86.1:0.7 OpiTerr OxaSpec8:0. ParPant ParSpe25(0.861.1:0. ParSpec9(0.6 ParaYee PcnSpeci PdbAfric(0. PdbCryoc(0 PdbHepa4(0. PdbHimal(0. PdbPisci(0. PdncrStpS1514(0.862), Unc2629.1:0.654717), AgmcUltraSt29.1:0.76 PgmMarit(0.79), PreSca47(0. PhgBact PhmMyr15(0. PhmMyr29.1:0.879), UncRose3(0. PhmRubi3(0. PhoDam326.1:0. PhoLei43243), AgrSpe26(0.7 PhoMand PhoSp117(0. PhtBac1516(0.7 PhtBact PmsSpe1518(0.7 PnbAgare PnbAmy1523(0.88), NocSp148(0. PnbApiar(0. PnbBore PnbCurdl(0. PnbDuru PnbEhim PnbPabu PnbTimo PnbTuri PnsCitre(0. PreMela PrnAcne PrnPalu PrrSpe1525(0.7 PybGla1526(0.7 PybPsyc RaiTro1527(0.88.1:0.883), Unc2633), NocaNo11(0.7 RaiTrou RdsRubr RhdSpec9(0.7 RhoCory RhodEq296), StpS1515(0. RhvSulfu(0. RhzLeg1528(0.7 RhzRad54725), AgrTum RicCon1533(0.7 RicCono RicMass3(0. RicMont RicRick RicSpec9(0.88764), AgtLectu(0. RickeS29986), Unc2670 RnrBalt4(0. RnrBalt6(0. RosSp159(0. RsmGeno RsmGila RsmSpec9:0. RsvSpec RubGela RueAtlan(0. SnnSp214(0. SoiActi SpcInul SpgSpeci( SpgSpir SulSpe39(0.7 SwiMan87(0. SwiMan9), RhzSca48(0. TanFors8(0. TbtBroc2(0 TdcMino ThcSpe11( ThlDeni5(0 ThlThio3(0. ThrBroc2(0 ThrEth15(0. ThrEtha2(0. ThrEtha4(0. ThrEtha5(0. ThrEtha6(0. ThrSpe22( ThrSulf2(0 ThrSulfu(0 ThrTen1539(0.7 ThrWieg2(0. ThrWino4(0. ThtNeap ThtSpec TmuBaros(0.6 TmuPept4(0. TocRose4(0. TouNeut TrrSpec7 TrrSpec893), StpS1516(0. TrrTume TsaPra2 TsuTyr16216), AibPle Unc00uo Unc00up Unc00uq Unc00ur Unc00us Unc00vdx(0. Unc00w9f(0. Unc00w9u(0.6 Unc00wac(0 Unc00wd Unc00wh Unc00wp Unc00wr Unc00wt6(0.6 Unc1068 Unc1069), RicScab3(0.7 Unc1072 Unc107442.1:0. Unc1078 Unc1087 Unc10966(0. Unc1101622(0.7 Unc1102 Unc11138(0. Unc13561(0 Unc1386 Unc138889), UncSta54976), StpS1518(0. Unc15015(0. Unc16484.1:0. Unc17155), Unc278 Unc1766 Unc1767 Unc1768 UncA979), UncuB8 UncArct UncB827 UncFl878(0. UncM1697(0. UncOxal UncP5155), VibGall6(0.7 UncSta6 UncSta70(0. Uncu248649), UniBa9), VibS122 Uncu911.1:0. UncuRa35(0. UniEub23(0. UniEub23:0. UniHai1627(0.7 UniHail5(0. UnideY163), Unc279.1:0.59.1:0.66 UnkMarit(0.8 UreThe330.1:0. UreThe443), StpS1521(0. VibFis331), Unc280 VibLoge VibVul6 VirCarmo(0. VirHalo3(0 VirMari3(0 VirNecro(0 VirPanto( WinEximi(0. WinThal XnbNem16(0. XnbNema7(0. XnbPoin2(0. XnbPoin6(0. XnmCam2 XnmVesi ZimBifi), AimycY), AinSp105(0.), Al3Mac), Al3Sp106(0.), AlcSpe26(0.8), AliAci), AliHes), AliSpe27(0.8), AlkOli), AlrAntar(0.), AlrHal), AltBac), AlvSpe27:0.), AmhSpe29(0.8), AmyLur), AmyMedit(0.), AmyTol), ApyPer2), ArcBut), ArmSpec), ArnHy164.1:0.), ArnHyd), ArnJan), ArnMed), ArnMol), ArnSp218(0.), ArtGlo), ArtNic), ArtSpe39(0.8), AsaBog), AvbGal), AzoSpe59:0.), AzoTol), AzsSpe66(0.), BccBac), BceEub10(0.78), BcsBac), BctYIMassi(0.), BeeBalt), BenMin), BetPro), BifBre), BifSpe67(0.), BlcBio), BlsSax), BorPer), BorSpe68(0.7), BraJap), BraSp2), BrcSpe69(0.), BreBor), BreCas), BreFor), BreInv), BreLin), BreVes), BrevAgmRamos(0), BtrBac), BurPyr), BurTro), BurUnam), BurVie), CamCur), CamFet), CamGrac), CamHyo), CamJej), CamMuc), CamRec), CamShow), CamSpe75(0.), CampCoe15(0.8), CampLa), CapSpe89(0.7), CarSpe97(0.), CarValv), CauSpe), CcbMari2(0), CclAnta2(0.), CelCellu(0.), CelLyt), CelSpe), CfbGro), ChiSanc), ChmSpe), ChmViol2(0.), ChrLim), ChrPha), ChsInd), ChsJoo), Ci7Fre), CllSpe), Clllm), ClvMic), Cm3Spe), CmmBac), CndChrys(0.), CndDev), CndHel), ComSpe), ComTes), CorAur), CorGlu), CorSpe), CtlCitr), CurFla), CurSpe), CytopScab4(0.7), DcsSpe), DdeBac), DeiFri), DeiGeo), DeiMar), DeiMur), DeiSpe), DesKuz), DesPut), DesSpe), DesTher4(0.55.1:0.6), DieMar), DieSpe), DlsSpe), DltPro), DriWat), DslSp107(0.), DslSpe), DssSpe), DuuSpe), DylJap), E0HR00), EctSpe), EliMen), EnbSp109(0.), Endos1693(0.8), EndosOcnPict8(0.), EnmMela), EnrCul), EntDur), EntGal), EntHir), EntMal), EntMun), EntPse), EntRaf), EntSa), EntSpe), EntSul), EryAquat(0.), ErySpe), EubCyli), EubLimo), EubSpeci(0), ExiAce), ExiSpe), FctSpe), FlaBac), FlbSpe), FleAgg), FleAura), FleEchi), FleFle), FleSan), FleSpe), FlvCol), FlvDeg), FlvFri), FlvJoh), FlvLim), FlvMi), FlvOmn), FlvPsy10(0.), FlvXan), FlvXin), FlxRap), FraSp118(0.), FriSpe), FrmAga), FrmAlg), FrsPhi), FtrAur), FusCanis(0.), GamPr55.1:0.7), GamPr6), GamPro), GaoSpe), GbcCal), GbcSte), GcrBac), GdrmmScab5(0.7), GelAlge), GelMesop(0.), GelSpe), GgA1En), GluCer), GluEur), GluInte), GluXyl), GorAlkal(0.), GorAmar), GorDes), GorPol), GorSpe), GorSpu), GorTer), GrmBac), HalArc), HalDab10(0.79.1:0.78), HalHal), HalLit), HalSal), HalSpe), HalTru), HbcNor), HbcSpe), HbfHalot(0), HbfNit), HbrCor), HbrDis), HbrLac), HbrSodom(0.), HbrSpe), HbtrcGamma(0.), HchnStpS1522(0.), HcrSpec3(), HdrFlav), HdrSpe), HehDuc), HehIn), HehPa170.1:0.), HelBil), HelCan), HelCin), HelFel), HelPy17033), HelPyl), HelRap), HelWin), HerFri), HklTib), HlfGib), HlfMedit(0), HlfVolc7(0.2), HlnVar), HlnVen), HluMorr), HluSali), HngMarin(0), HngOrn), HruMar), HruSin), HruSpe), HruVal), HtnTher4(0.7), HtnTur), HydrVe), IdeSpe), IdmSpe), JanLim), JanMel), JanTer), JnnHel), JsbYyy), JssS0172), StpS1523(0.), JssS055556), KinAur), KitAza), KitCyst5(0.7), KitGri94(0.86), KitKifu5(0), KitNii), KitPutte(0.7), KitRec), KitSpe), KitTer), KlbOxy), KluAsc), KluSpe), KncBac), KriKoree(0.), KriSan), LamPurpu(0.791), Fle), LchAero3(0.), LctLac), LeifXy), LenAlbof(0.7), LenWay), LeuCitr), LeuMese), LisInn), LisMon), LokSals), LowGC0), LprSpe), LpsBif), LpsBor), LpsIn1752(0.80), LpsWei), MarAlp), MarArc), MarPsy), MasTim), McmEch), McrArb10(0), McrFol), McrKer), McrKitam), McrLa), McrOxy), McrParao(0.7), McrPhy), McrRes), McrTes), McsAren2(0.8), McsBov), McsGal), McsHom), McsHyo), McsMycFort8(0), McsSpe), MesPlu), MesoLongi(0.), MetSpe), MgaMor), MgnSpe), MgsEls), MhbForm), MhbTher5(0.), MhlSpe), MhmSpe), MleSed), MmmPurpu(0.8192.1:0.558), StpS1525(0.), MmrTher7(0.), MnvSpe), MooTherm(0.7), MrcPsy), MrnPro), MrnSpe), MrrAl), MrrHyd), MrsSpe), MrtMal), MrxMor), MsnAlga2(0), MthExto4(0), MthPod), MthRhod), MtiBar), MtiMaz), MtlSpe), NarXin), NeiCani), NeiElo), NeiWea), NitSpe), NlbAsia3(0), NlbCha), NlbHulun(0.559.1:0.), NlbSpe), NnmVer), NnrBan), NnrTibet(), NntInn), NntWud), NonRoseo(0.), NtcOce), OchInt), OchTri), OcmDou), OcnIhe), OerJen), OerTur), OpiSpe), OpiTer), ParPan), ParSpe), ParVer), ParaYe), PdbAfr), PdbCry), PdbHepa5(0.), PdbHim), PdbPis), PedAci), PedPen), PepSpe), PgmMar), PhmMyr), PhoDam), PhoMan), PhoPho), PhoSp125(0.), PhtBac), PlaFul), PltSpec), Pn0Ag), PnbAmylo(0.), PnbApi), PnbBor), PnbChi), PnbCin), PnbCur), PnbDur), PnbEhi), PnbFavi), PnbPab), PnbPop), PnbTur), PndSpe), PnsCit), PnsMa), PohLum), Pr8Mir), Pr8Vulca(0.), PreGeno), PreMel), PreRum), PrgBac), PrnAcn), PrnProp), PrnSpe), PrrGin), PrrSpe), Ps2Mul), Py5Aby), Py5Hor), Py5Spe), PybAli), PybGla), PybPsy), RaiTro), RdsRub), RhdSpe), RhoCor), RhoFas), RhoOpa), RhoSpe), RhodEq), RhpPal), RhvSpe), RhvSul), RhzLeg), RhzRad), RhzVit), RhzbEt), RicCon), RicMas), RicMon), RicRic), RickeScab6(0.7), RnbLind), RnrBal), RosSp127(0.), RosSpe), RsmGen), RsmGil), RsmSpe), RsvSpe), RubGel), RueAtl), TanFor), TdcMin), TenMeso), ThcSpe), ThlDen), ThlThio2(0.), ThrBro), ThrEth), ThrSpe), ThrSul), ThrTen), ThrWie), ThrWin), ThsSpe), ThsTherm(0.8), ThtMari), ThtNea), ThtSpe), ThtglStpS1526(0.), TmuBar), TmuCele2(0), TmuGamma(0), TmuHydr2(), TmuKoda2(0.), TmuProf2(), TocRos), TouNeu), TouSpe), TreSoc), TreSpe), TsaPra), TsrSpe), TsuTyr), UltraSt34.1:0.8), Unc28194), Unc293.1:0.444), StpS1527(0.), Unc298), NocaNo12(0.7), Unc299.1:0.6), Unc791), NocaNo13(0.7), Unc9119444), UncAn342), StpS1528(0.), UncAqu), UncArc), UncBa6), UncFl8), UncOxa), UncThrTher2(), UncTre), UncuB91), UncuBe), UncuRa), UncuS19892), MycFortu(0.), UnculLchAeroc(0), UniAr1), UniEub), UniHai), UniMet), UniPro), UniRu1), UnideY), UnkMar), UreThe), UrpUre), VarPar), VarSpe), VibHali), VibHar), VibLog), VibVul), VirHalo4(), VirMar), VirPan), WinExiUndae(0.), WinTha), XanFla), XnbBov), XnbNem), XnbPoi), XnmCam), XnmGard), XnmSpe), XnmVes), Z52Ri2), ZimBif), ZooRam), ZooResi), ZymMobil(0.34247), Vib35), MycRatis(0.735), Unc35.1:0.57), Vib35.1:0.635135), 35294), 356.1:0.36), Psm36), Vib36.1:0.57.1:0.636.1:0.6367.1:0.368.1:0.37.1:0.637.1:0.738.1:0.7383), Un38462), 39.1:0.7393), StpS1529(0.396.1:0.744444), 44753), 45946), Un46.1:0.57.1:0.746.1:0.6463), StpS1531(0.468(0.847.1:0.6473), StpS1533(0.47368), 496.1:0.498.1:0.571), Un49966), 91), Vib91.1:0.691.1:0.791627), 91892), NocaNo14(0.792), Unc92.1:0.692.1:0.792.1:0.8922), StpS1539(0.92308), 928), StpS1622(0.93.1:0.7931), StpS1624(0.94444), 94595), 948), StpS1627(0.96), MycSaska(0.796), Noc96), Unc97.1:0.697.1:0.798), Psm98), Unc98.1:0.698.1:0.7999.1:0.AerEryth(0Aidin(0.Arbor(0.7Argen(0.85BucMel56(0.BucMel57(0.BucMel58(0.BucMel59(0Coe50(0.8Coer9(0.80Cyan6(0.8DeiRadi6(0.Gr128(0.8Gr129(0.8Gr130(0.8GraHalotGraSpe11Gri95(0.86Hawa2(0.80HbrSacc4(0HbrTrap4(0.5HbrTrapa(0.HinSymbi(0.Hongk(0.Kifu6(0.Kifun(0.KitArbor(0KitKifu6(0KitKifun(0LchFlav3(0Luteo(0.McrSpe21McrSpe57MrnPonti(0.MthExto5(0MthSp214(0NnmSpec2OcnPictu(0.Odor2(0.8Orien(0.Otiti(0.PdbHepa9(0.PnbKobenScab7(0.7Scab8(0.7Scab9(0.7Scabi(0.7SccSyrin(0.SlbSpec3Soma4(0.8Soma5(0.7Sp128(0.Sp138(0.Sp146(0.Sp147(0.Sp167(0.Sp168(0.Sp169(0.StpS1704(0.StpS2453(0StpS2454(0.StpS2465(0StpS2467(0StpS2468(0.StpSamp4(0.StpSca41(0StpSca42(0StpSca46(0StpSca47(0StpSca48(0StpScab3(0StpScab4(0StpScab5(0