BLASTP 2.2.21 [Jun-14-2009] Reference: Altschul, Stephen F., Thomas L. Madden, Alejandro A. Schaffer, Jinghui Zhang, Zheng Zhang, Webb Miller, and David J. Lipman (1997), "Gapped BLAST and PSI-BLAST: a new generation of protein database search programs", Nucleic Acids Res. 25:3389-3402. Reference for compositional score matrix adjustment: Altschul, Stephen F., John C. Wootton, E. Michael Gertz, Richa Agarwala, Aleksandr Morgulis, Alejandro A. Schaffer, and Yi-Kuo Yu (2005) "Protein database searches using compositionally adjusted substitution matrices", FEBS J. 272:5101-5109. Query= 0020.0038.p (626 letters) Database: All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF excluding environmental samples from WGS projects 15,459,386 sequences; 5,307,515,862 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value ref|YP_003775480.1| TPR repeat containing protein [Herbaspirillu... 847 0.0 ref|ZP_08869415.1| TPR repeat-containing protein I [Azospirillum... 339 7e-91 ref|ZP_01385319.1| TPR repeat [Chlorobium ferrooxidans DSM 13031... 338 2e-90 ref|ZP_03127398.1| TPR repeat-containing protein [Chthoniobacter... 333 6e-89 ref|YP_002536107.1| hypothetical protein Geob_0641 [Geobacter sp... 328 2e-87 >ref|YP_003775480.1| TPR repeat containing protein [Herbaspirillum seropedicae SmR1] gb|ADJ63572.1| TPR repeat containing protein [Herbaspirillum seropedicae SmR1] Length = 658 Score = 847 bits (2188), Expect = 0.0, Method: Compositional matrix adjust. Identities = 404/622 (64%), Positives = 494/622 (79%), Gaps = 1/622 (0%) Query: 1 LLDDHKVDEAKVLCAQVLKRAPNLVYANHAWGLIAMHENDFIGAEAALRKAVAADPTNSE 60 LLD K DEAK LC VL R P LV+ANHA GL+AMHE F AEA LRKA+ ADP N+E Sbjct: 34 LLDSRKTDEAKALCMAVLSRNPTLVFANHARGLVAMHEGKFADAEAYLRKAIEADPENAE 93 Query: 61 YIANLATSVLKQDRIDDSIALYEEAIKLNTENKDARIGLANALHEKNDPDASIAYFEDAV 120 Y++NLA +VL QDRID++IALYE AI+++ +++ +RIGLANALHEKNDP+AS+AYFEDAV Sbjct: 94 YMSNLAGTVLSQDRIDEAIALYEHAIRIDRDHRASRIGLANALHEKNDPEASVAYFEDAV 153 Query: 121 KRNPDAPGPLSHLGKALIDAKQYKEAVGVLFKSLQLQINFAPAHTNLGIAFQEMDMLKDA 180 KR P+APGPLSHLG+ALI+ K+Y EAV V+ KSL+LQI+FAP+HT LG AF M+M K+A Sbjct: 154 KREPNAPGPLSHLGRALIECKRYNEAVAVILKSLELQISFAPSHTALGEAFHAMEMYKEA 213 Query: 181 LECHKTSLLLDPTDIYAQNKIADTYIKQKEYDKANEHYERIIELAPKDPNSYTKLASSLF 240 +E HKT++LLDP D YA NKIAD+Y+K D+A+EH R+IE+APKDPN+Y KL SS F Sbjct: 214 IESHKTAILLDPQDTYAHNKIADSYLKLNRIDEAHEHLLRVIEIAPKDPNAYVKLGSSYF 273 Query: 241 SNQDRYEEAMALFHKALEVDPKHPLTHNNIGATMYDYGETVSSLQYFKDALALKPNYLTA 300 S DR+++AM +F+KALEVD KH LT+NNIGA +D+G+ ++ F+ AL L+PNY TA Sbjct: 274 STSDRFDDAMRMFNKALEVDSKHALTYNNIGAIQHDHGDLEDAIGNFRKALELRPNYPTA 333 Query: 301 QHNLALGQLLAGDLKDGWANHESRLEVKERRYVYKLIHKLFELIPKWDGKSSLQGKYILL 360 +HN+AL LL G LK+GW HESRL +ER +VY+LIHKLF+LIPKWDGKSSL GKYILL Sbjct: 334 RHNIALSLLLQGHLKEGWECHESRLVTRERSHVYRLIHKLFDLIPKWDGKSSLAGKYILL 393 Query: 361 MHEQGFGDSIQFVRYVHKLLEQGARVALHVKDPLARLFRSVSDQVTLVRENDPLPKCDYA 420 MHEQGFGDSIQF+RYV +L+QGARVALHVK+PL RLF+S S +VTLVRE+DPLP CD A Sbjct: 394 MHEQGFGDSIQFLRYVRMVLDQGARVALHVKNPLYRLFQSYSPEVTLVRESDPLPPCDCA 453 Query: 421 YVLMSLPHALGTDHVEDIPSYP-FYLSADPQDIKSWKDKMDMLAGNTGDLRVGFVWAGNP 479 YVLMSLP+A+GTD V+DIPS P YLSADP SW +K+ L+ + LRVG VW GNP Sbjct: 454 YVLMSLPYAMGTDTVDDIPSVPGGYLSADPILKSSWGEKIRQLSQSPEKLRVGVVWGGNP 513 Query: 480 EHGNDRKRSIPLETFAPLFNTPGVQFFSIQKGLATPELDKLPKGLPVYNIGDAFNDFADT 539 EHGNDR RSI ++ FA LF P ++F+S+QKG LP GLP++N+GD DFADT Sbjct: 514 EHGNDRHRSIAMDKFATLFQLPNIEFYSLQKGKPLDAFKALPPGLPIFNLGDDCQDFADT 573 Query: 540 AAAMANLDLIISVDTSVVHLAGALGRPTWTLLAHTPDWRWLNEREDSPWYPSMRLFRQQS 599 AAA+ANLDL++SVDTSVVHLAGALG PTW LL H PDWRWL +REDSPWYP MRLFRQ + Sbjct: 574 AAAIANLDLVVSVDTSVVHLAGALGHPTWVLLPHVPDWRWLQDREDSPWYPGMRLFRQPA 633 Query: 600 RNDWPTVINKVASELAILAQEK 621 +DW +V+ KV EL L Q+K Sbjct: 634 LSDWESVLTKVGQELVALQQKK 655 >ref|ZP_08869415.1| TPR repeat-containing protein I [Azospirillum amazonense Y2] gb|EGY00992.1| TPR repeat-containing protein I [Azospirillum amazonense Y2] Length = 736 Score = 339 bits (870), Expect = 7e-91, Method: Compositional matrix adjust. Identities = 207/615 (33%), Positives = 315/615 (51%), Gaps = 23/615 (3%) Query: 6 KVDEAKVLCAQVLKRAPNLVYANHAWGLIAMHENDFIGAEAALRKAVAADPTNSEYIANL 65 K++EA + L+ P A++ G++ ++ + AEA R+A+AA P + NL Sbjct: 133 KLEEALAALDRALELRPAYAEAHNNRGVVHRLQSRWAEAEAGFRQALAAKPAYVNALYNL 192 Query: 66 ATSVLKQDRIDDSIALYEEAIKLNTENKDARIGLANALHEKNDPDASIAYFEDAVKRNPD 125 + R+ +++ E+A+ ++ +A L AL + + D ++ + A PD Sbjct: 193 GLVLRLTGRLAEALPWLEQAVDRAPDHAEACFNLGLALQDLDRHDDALPHLRRAAALRPD 252 Query: 126 APGPLSHLGKALIDAKQYKEAVGVLFKSLQLQINFAPAHTNLGIAFQEMDMLKDALECHK 185 P P S LG L EA+ ++L L +FA AH N+G+ +A C Sbjct: 253 DPVPHSSLGTTLQTLGHAPEALLCYQRALALNPDFADAHNNMGLILYIHGRYAEAESCFA 312 Query: 186 TSLLLDPTDIYAQNKIADTYIKQKEYDKANEHYERIIELAPKDPNSYTKLASSLFSNQDR 245 ++ L P + N + + Q + A ++ I+ P + L +L + + R Sbjct: 313 RAIALLPGNPKTHNNLGLALLAQGKGAAAARAFDLAIDAQPDYAEPHNNLGMALHA-EGR 371 Query: 246 YEEAMALFHKALEVDPKHPLTHNNIGATMYDYGETVSSLQYFKDALALKPNYLTAQHNLA 305 + A A AL ++P +P NN+GA GE + F+ A+ALKP+Y +NL Sbjct: 372 MDLAQASIQAALALNPDYPEALNNLGAVFQAKGELDMAAACFRRAIALKPDYGACHNNLG 431 Query: 306 LGQLLAGDLKDGWANHESRLEVKERRYVYKLIHKLFELIPKWDGKSSLQGKYILLMHEQG 365 + L AG ++GW +E R ++ + + P+W G+ + GK IL+ EQG Sbjct: 432 MSLLAAGQYEEGWREYEWRWRTRQMTPYARQFPQ-----PQWRGEDA-AGKTILIHAEQG 485 Query: 366 FGDSIQFVRYVHKLLEQGARVALHVKDPLARLFRSVSDQVTLVRENDPLPKCDYAYVLMS 425 GD++QF RY+ + +G R+ L V+ +ARL R + ++ E +PLP D +MS Sbjct: 486 LGDTLQFSRYLPLVAARGLRITLAVQPQVARLLRPLPGVTHILVEGEPLPPFDLQCPMMS 545 Query: 426 LPHALGTDHVEDIPSYPFYLSADPQDIKSWKDKMDMLAGNTGDLRVGFVWAGNPEHGN-- 483 LP A GT VE IP+ YL+ADP D+ W+D+ LAG+ LR+G WAGNP Sbjct: 546 LPLAFGTT-VETIPAEVPYLAADPGDVAVWRDR---LAGDGAGLRIGLAWAGNPRRDRPE 601 Query: 484 ----DRKRSIPLETFAPLFNTPGVQFFSIQKGLATPELDKLPKGLPVYNIGDAFNDFADT 539 DR+RS+ E PL PG++ +S+QK D P P+ + DFADT Sbjct: 602 LAAVDRRRSVAPELLMPLSTVPGMRLYSLQKD------DTPPAAFPMVDHMAEVADFADT 655 Query: 540 AAAMANLDLIISVDTSVVHLAGALGRPTWTLLAHTPDWRWLNEREDSPWYPSMRLFRQQS 599 AA +ANLDL+ISVDTSVVHLAGALG+P W + H WRW R DSPWYP++RLF Q + Sbjct: 656 AALIANLDLVISVDTSVVHLAGALGKPVWVMNRHDSCWRWFRGRNDSPWYPTLRLFNQAA 715 Query: 600 RNDWPTVINKVASEL 614 DW V+ V + L Sbjct: 716 PGDWDGVVTDVRAAL 730 Score = 94.4 bits (233), Expect = 6e-17, Method: Compositional matrix adjust. Identities = 69/274 (25%), Positives = 130/274 (47%), Gaps = 2/274 (0%) Query: 34 IAMHENDFIGAEAAL-RKAVAADPTNSEYIANLATSVLKQDRIDDSIALYEEAIKLNTEN 92 + H+ + A A L RKA++ P + E + L +Q R+D+++AL +A+ L Sbjct: 24 VVQHKAGRLEAAAVLYRKALSLMPRHPESLHLLGVVAFQQKRMDEAVALITQALALRPAF 83 Query: 93 KDARIGLANALHEKNDPDASIAYFEDAVKRNPDAPGPLSHLGKALIDAKQYKEAVGVLFK 152 +A L + D +A+ F+ AV PD ++LG AL + +EA+ L + Sbjct: 84 PEALNNLGTVREAQGDINAAADCFQRAVALKPDFAEGYNNLGNALKAQGKLEEALAALDR 143 Query: 153 SLQLQINFAPAHTNLGIAFQEMDMLKDALECHKTSLLLDPTDIYAQNKIADTYIKQKEYD 212 +L+L+ +A AH N G+ + +A + +L P + A + Sbjct: 144 ALELRPAYAEAHNNRGVVHRLQSRWAEAEAGFRQALAAKPAYVNALYNLGLVLRLTGRLA 203 Query: 213 KANEHYERIIELAPKDPNSYTKLASSLFSNQDRYEEAMALFHKALEVDPKHPLTHNNIGA 272 +A E+ ++ AP + L +L + DR+++A+ +A + P P+ H+++G Sbjct: 204 EALPWLEQAVDRAPDHAEACFNLGLAL-QDLDRHDDALPHLRRAAALRPDDPVPHSSLGT 262 Query: 273 TMYDYGETVSSLQYFKDALALKPNYLTAQHNLAL 306 T+ G +L ++ ALAL P++ A +N+ L Sbjct: 263 TLQTLGHAPEALLCYQRALALNPDFADAHNNMGL 296 >ref|ZP_01385319.1| TPR repeat [Chlorobium ferrooxidans DSM 13031] gb|EAT59686.1| TPR repeat [Chlorobium ferrooxidans DSM 13031] Length = 654 Score = 338 bits (867), Expect = 2e-90, Method: Compositional matrix adjust. Identities = 209/646 (32%), Positives = 328/646 (50%), Gaps = 51/646 (7%) Query: 6 KVDEAKVLCAQVLKRAPNLVYANHAWGLIAMHENDFIGAEAALRKAVAADPTNSEYIANL 65 + ++A L VL R P A H G+IA D + A +++A+ DP + + NL Sbjct: 16 RFEDAFALYQSVLSRNPLHFDALHLSGVIAAQTGDLLRAAELIKRALEIDPRHINALNNL 75 Query: 66 ATSVLKQDRIDDSIALYEEAIKLNTENKDARIGLANALHEKNDPDASIAYFEDAVKRNPD 125 + R++ +I +++ A+ L + + D A ALH+ + ++ F A+ PD Sbjct: 76 GYVLRGLGRMESAIEMHDRALLLESGHADHWYNRALALHDLARFEEAVGSFRQALSLKPD 135 Query: 126 APGPLSHLGKALIDAKQYKEAVGVLFKSLQLQINFAPAHTNLGIAFQEMDMLKDALECHK 185 + LG AL +++EA+ +S+ L + A AH N G+A +++ + L + Sbjct: 136 FADAWNMLGAALNALTRHEEALECYERSIALNPSTAAAHNNRGVALNDLERFAEGLRSCE 195 Query: 186 TSLLLDPTDIYAQNKIADTYI----------------------------------KQKEY 211 +L L D+ A N A + + K Y Sbjct: 196 QALALHAGDVTAWNNRAISLMGLDRHEEALASCMKAIALDQGSAEAWTLQGVVLNNLKRY 255 Query: 212 DKANEHYERIIELAPKDPNSYTKLASSLFSNQDRYEEAMALFHKALEVDPKHPLTHNNIG 271 +A E +ER + L P + +Y L+ +L + +R+ EA++ KA+ ++P + + N G Sbjct: 256 GEAIEAHERALRLKPGNAKAYNNLSVAL-NGLNRFPEALSSCTKAIALNPDYSGAYINSG 314 Query: 272 ATMYDYGETVSSLQYFKDALALKPNYLTAQHNLALGQLLAGDLKDGWANHESRLEVKERR 331 + G ++ + AL +P+ + A N+ QLLAG+ ++GW N R + +E + Sbjct: 315 NALNGLGRYNEAIACYSMALEKEPDSIDACWNIGFNQLLAGNFREGWKNFAWRWKKREMK 374 Query: 332 -YVYKLIHKLFELIPKWDGKSSLQGKYILLMHEQGFGDSIQFVRYVHKLLEQGARVALHV 390 YV + P+W+GK SL G+ ILL EQG GD+IQF RY + ++GA V L V Sbjct: 375 GYVREFSQ------PEWNGKDSLDGRTILLYSEQGLGDTIQFCRYAGVVRDRGATVTLQV 428 Query: 391 KDPLARLFRSVSDQVTLVRENDPLPKCDYAYVLMSLPHALGTDHVEDIPSYP--FYLSAD 448 +D LA L + VT++ E +P CD LMSLP T VE+ S Y+ AD Sbjct: 429 QDALAPLLAGTLEGVTIISEETEVPPCDVHLSLMSLPGVFCT--VEETISADKNGYIRAD 486 Query: 449 PQDIKSWKDKMDMLAGNTGDLRVGFVWAGNPEHGNDRKRSIPLETFAPLFNTPGVQFFSI 508 ++ W++++ G RVG VW+G+ HGND RSIPL F + G + S+ Sbjct: 487 AAKVRIWRERL----GVPSKPRVGLVWSGSTTHGNDHNRSIPLSEFVSVL-PEGFDYISL 541 Query: 509 QKGLATPELDKLPKGLPVYNIGDAFNDFADTAAAMANLDLIISVDTSVVHLAGALGRPTW 568 QK + +++ L + + + G+ DFADTAA +DL++SVDTSV HLAGA+GRP W Sbjct: 542 QKEVRESDMEALREHPGIVHFGEQLADFADTAALCELVDLVVSVDTSVAHLAGAMGRPVW 601 Query: 569 TLLAHTPDWRWLNEREDSPWYPSMRLFRQQSRNDWPTVINKVASEL 614 LL PDWRWL +R+DSPWYP+ RLFRQ+S +W V+ V L Sbjct: 602 ILLPFNPDWRWLLKRDDSPWYPTARLFRQESPGEWSRVMIAVREAL 647 >ref|ZP_03127398.1| TPR repeat-containing protein [Chthoniobacter flavus Ellin428] gb|EDY22437.1| TPR repeat-containing protein [Chthoniobacter flavus Ellin428] Length = 630 Score = 333 bits (854), Expect = 6e-89, Method: Compositional matrix adjust. Identities = 206/622 (33%), Positives = 324/622 (52%), Gaps = 19/622 (3%) Query: 6 KVDEAKVLCAQVLKRAPNLVYANHAWGLIAMHENDFIGAEAALRKAVAADPTNSEYIANL 65 ++ EA+ L Q+L PN A H G+IA A ++KA+A P +++ +NL Sbjct: 21 RLAEAEGLYRQILGAQPNHAGALHLLGVIADQVGRHEVAVELIQKAIALAPNVADFHSNL 80 Query: 66 ATSVLKQDRIDDSIALYEEAIKLNTENKDARIGLANALHEKNDPDASIAYFEDAVKRNPD 125 + R D+++A + AI+L ++ DA L +AL + ++ ++ P Sbjct: 81 GAAQRNLGRFDEAMAEFRRAIQLQPDHADAHNNLGSALIAQGVLGEAVTVLRRTIELRPT 140 Query: 126 APGPLSHLGKALIDAKQYKEAVGVLFKSLQLQINFAPAHTNLGIAFQEMDMLKDALECHK 185 ++LG AL + +EAV ++++LQ +A + +LG+A L +A+ + Sbjct: 141 LAEAHNNLGIALGGEGRGEEAVAACRRAVELQPGYANGYNSLGVALVNQRELAEAIAAFR 200 Query: 186 TSLLLDPTDIYAQNKIADTYIKQKEYDKANEHYERIIELAPKDPNSYTKLASSLFSNQDR 245 ++ + P + A + + + + D+A R IE+ P ++ L +L + Q Sbjct: 201 RAIAVYPDYVEAYCNLGNALVDEGSLDEAVATCRRAIEIRPNHAEAHNNLGVALIA-QGA 259 Query: 246 YEEAMALFHKALEVDPKHPLTHNNIGATMYDYGETVSSLQYFKDALALKPNYLTAQHNLA 305 +EA F +ALE+ P +H+N+ T+ G + A+ L+P A+ N + Sbjct: 260 LQEAGDAFRRALELQPNQAESHSNLSVTLMAEGRLDEAGAELCRAIELQPQAAQAKFNYS 319 Query: 306 LGQLLAGDLKDGWANHESRLEVKERRYVYKLIHKLFELIPKWDGKSSLQGKYILLMHEQG 365 L LL GD + GW +ESR V + R+ + + P W G+ L G+ +L+ EQG Sbjct: 320 LQLLLQGDFEQGWPLYESRWGVGDLRFAKRDFPQ-----PMWRGEP-LHGQRVLIYAEQG 373 Query: 366 FGDSIQFVRYVHKLLEQGARVALHVKDPLARLFRSVSDQVTLVRENDPLPKCDYAYVLMS 425 GD++QFVRY + E+G V L + L LF S+ ++ DPLP + +MS Sbjct: 374 LGDTLQFVRYAPLIAERGGHVILECQPELKSLFTSLEGVAEIIVIGDPLPDFELHCRMMS 433 Query: 426 LPHALGTDHVEDIPSYPFYLSADPQDIKSWKDKMDMLAGNTGDLRVGFVWAGN--PEHGN 483 LP A GT VE IP+ YL ADP ++ WK++++ GN L+VG VWAG P N Sbjct: 434 LPLAFGT-RVETIPATIPYLRADPAGVRRWKERLE---GNA--LKVGLVWAGGMRPRQLN 487 Query: 484 ----DRKRSIPLETFAPLFNTPGVQFFSIQKGLATPELDKLPKGLPVYNIGDAFNDFADT 539 DR+RS+ L AP PGV F S+QKG + P G+ + + + DFA+T Sbjct: 488 ADRIDRRRSVLLGQLAPFAEVPGVVFVSLQKGPPAEQAKTPPVGMTLLDWSEELRDFAET 547 Query: 540 AAAMANLDLIISVDTSVVHLAGALGRPTWTLLAHTPDWRWLNEREDSPWYPSMRLFRQQS 599 AA + LDL+I+VDT+V HLAGALG+P W L WRWL REDSPWYP+MR+FRQ Sbjct: 548 AALVECLDLVITVDTAVAHLAGALGKPVWLLNRFDTCWRWLLGREDSPWYPTMRIFRQPK 607 Query: 600 RNDWPTVINKVASELAILAQEK 621 DW + I++ ++ LA L ++ Sbjct: 608 FGDWSSAIDQASAALAKLVSDR 629 Score = 72.8 bits (177), Expect = 2e-10, Method: Compositional matrix adjust. Identities = 58/230 (25%), Positives = 106/230 (46%), Gaps = 1/230 (0%) Query: 99 LANALHEKNDPDASIAYFEDAVKRNPDAPGPLSHLGKALIDAKQYKEAVGVLFKSLQLQI 158 LA A H+ + + + P+ G L LG +++ AV ++ K++ L Sbjct: 12 LAVAHHQAGRLAEAEGLYRQILGAQPNHAGALHLLGVIADQVGRHEVAVELIQKAIALAP 71 Query: 159 NFAPAHTNLGIAFQEMDMLKDALECHKTSLLLDPTDIYAQNKIADTYIKQKEYDKANEHY 218 N A H+NLG A + + +A+ + ++ L P A N + I Q +A Sbjct: 72 NVADFHSNLGAAQRNLGRFDEAMAEFRRAIQLQPDHADAHNNLGSALIAQGVLGEAVTVL 131 Query: 219 ERIIELAPKDPNSYTKLASSLFSNQDRYEEAMALFHKALEVDPKHPLTHNNIGATMYDYG 278 R IEL P ++ L +L + R EEA+A +A+E+ P + +N++G + + Sbjct: 132 RRTIELRPTLAEAHNNLGIAL-GGEGRGEEAVAACRRAVELQPGYANGYNSLGVALVNQR 190 Query: 279 ETVSSLQYFKDALALKPNYLTAQHNLALGQLLAGDLKDGWANHESRLEVK 328 E ++ F+ A+A+ P+Y+ A NL + G L + A +E++ Sbjct: 191 ELAEAIAAFRRAIAVYPDYVEAYCNLGNALVDEGSLDEAVATCRRAIEIR 240 >ref|YP_002536107.1| hypothetical protein Geob_0641 [Geobacter sp. FRC-32] gb|ACM19006.1| TPR repeat-containing protein [Geobacter sp. FRC-32] Length = 911 Score = 328 bits (841), Expect = 2e-87, Method: Compositional matrix adjust. Identities = 204/582 (35%), Positives = 309/582 (53%), Gaps = 68/582 (11%) Query: 44 AEAALRKAVAADPTNSEYIANLATSVLKQDRIDDSIALYEEAIKLNTENKDARIGLANAL 103 AEA L KA A +P ++E LA ++ Q+R ++ Y++A+ L ++ + N + Sbjct: 382 AEARLLKARALNPFSAEVYNCLAGAMDAQERHQQALGYYQKALSLLPDSAVINFNMGNTM 441 Query: 104 HEKNDPDASIAYFEDAVKRNPDAPGPLSHLGKALIDAKQYKEAVGVLFKSLQLQINFAPA 163 + P + AY+ +A+K +PD FA A Sbjct: 442 KKLERPIEATAYYREALKTDPD----------------------------------FAEA 467 Query: 164 HTNLGIAFQEMDMLKDALECHKTSLLLDPTDIYAQNKIADTYIKQKEYDKANEHYERIIE 223 H NLG+ Q + AL+ ++ +L L P + + D + + ++A Y++++ Sbjct: 468 HYNLGLVLQGQRLFDQALDEYERALALRPAHAGTLHNMGDILQDRGQVEQAVACYDKVLA 527 Query: 224 LAPKDPNSYTKLASSLFSNQDRYEEAMALFHKALEVDPKHPLTHNNIGATMYDYGETVSS 283 L P+ N++ L ++L Q++Y EA+A + +A+ +DP +P+ HNN+GA D G+ + Sbjct: 528 LDPQLANTHNSLGNALLC-QEKYPEAIAAYERAMAIDPDNPMIHNNLGAAFKDKGDLDQA 586 Query: 284 LQYFKDALALKPNYLTAQHNLALGQLLAGDLKDGWANHESRLEVK---ERRYVYKLIHKL 340 + + ALAL+P A NL+L L+ G +GW +E R E RR Sbjct: 587 IACHRRALALEPGNADAHWNLSLACLMKGAFMEGWQGYEWRWEKSIPVPRR--------- 637 Query: 341 FEL-IPKWDGKSSLQGKYILLMHEQGFGDSIQFVRYVHKLLEQGARVALHVKDPLARLFR 399 EL +P WDG+ L GK I+L+ EQG GD QFVRY + +G V + + + + Sbjct: 638 -ELPLPLWDGEP-LGGKKIILVSEQGAGDVFQFVRYAALVAGRGGTVLIECQ---SAALK 692 Query: 400 SVSDQVTLVRE----NDPLPKCDYAYVLMSLPHALGTDHVEDIPSYPFYLSADPQDIKSW 455 V ++V +VRE + LP+ D + LMSLP GT +E IP+ YL DP ++S+ Sbjct: 693 PVLERVPMVREAFVAGETLPQADCYFPLMSLPLLFGTT-LESIPADVPYLILDPARLESF 751 Query: 456 KDKMDMLAGNTGDLRVGFVWAGNPEHGNDRKRSIPLETFAPLFNTPGVQFFSIQKGLATP 515 + +M G G L+VG VWAG +RKR+ LE FAPL PGV +S+Q G P Sbjct: 752 QRRM----GGDGGLKVGIVWAGRQNLVRNRKRTCGLEVFAPLAEIPGVFVYSLQIG---P 804 Query: 516 ELDKLPKGLPVYNIGDA---FNDFADTAAAMANLDLIISVDTSVVHLAGALGRPTWTLLA 572 + D+ + + D DFADTAA ++NLDL++++DTSV HLAGAL RP WTLL Sbjct: 805 DADQATPWVAQGKLVDLTPHIRDFADTAALISNLDLVVTIDTSVAHLAGALARPVWTLLH 864 Query: 573 HTPDWRWLNEREDSPWYPSMRLFRQQSRNDWPTVINKVASEL 614 + PDWRW+ ER DSPWYP+MRLFRQ+ DW V+ +V L Sbjct: 865 YAPDWRWMLERSDSPWYPTMRLFRQKQPGDWQGVMVEVKKAL 906 Score = 67.0 bits (162), Expect = 9e-09, Method: Compositional matrix adjust. Identities = 42/178 (23%), Positives = 85/178 (47%) Query: 42 IGAEAALRKAVAADPTNSEYIANLATSVLKQDRIDDSIALYEEAIKLNTENKDARIGLAN 101 I A A R+A+ DP +E NL + Q D ++ YE A+ L + + + Sbjct: 448 IEATAYYREALKTDPDFAEAHYNLGLVLQGQRLFDQALDEYERALALRPAHAGTLHNMGD 507 Query: 102 ALHEKNDPDASIAYFEDAVKRNPDAPGPLSHLGKALIDAKQYKEAVGVLFKSLQLQINFA 161 L ++ + ++A ++ + +P + LG AL+ ++Y EA+ +++ + + Sbjct: 508 ILQDRGQVEQAVACYDKVLALDPQLANTHNSLGNALLCQEKYPEAIAAYERAMAIDPDNP 567 Query: 162 PAHTNLGIAFQEMDMLKDALECHKTSLLLDPTDIYAQNKIADTYIKQKEYDKANEHYE 219 H NLG AF++ L A+ CH+ +L L+P + A ++ + + + + + YE Sbjct: 568 MIHNNLGAAFKDKGDLDQAIACHRRALALEPGNADAHWNLSLACLMKGAFMEGWQGYE 625