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= 0034.0106.p (681 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_001204440.1| putative phosphodiesterase-nucleotide pyroph... 1176 0.0 ref|YP_001238774.1| putative phosphodiesterase-nucleotide pyroph... 1139 0.0 ref|NP_924535.1| hypothetical protein glr1589 [Gloeobacter viola... 685 0.0 ref|ZP_08008422.1| hypothetical protein HMPREF1013_05042 [Bacill... 157 9e-36 ref|YP_004859123.1| type I phosphodiesterase/nucleotide pyrophos... 106 2e-20 >ref|YP_001204440.1| putative phosphodiesterase-nucleotide pyrophosphatase [Bradyrhizobium sp. ORS 278] emb|CAL76203.1| putative phosphodiesterase-nucleotide pyrophosphatase [Bradyrhizobium sp. ORS 278] Length = 754 Score = 1176 bits (3042), Expect = 0.0, Method: Compositional matrix adjust. Identities = 562/681 (82%), Positives = 616/681 (90%) Query: 1 VVMISLDGAKPDFIQKFIEEGVLPRDGGLARLSRRGAVALQNVTASPSLTAVSHIAIATG 60 VV+ISLDGAKPDFI+KFIE+GVLPRDGGLARLSRRGAVA QNVTASPSLTAVSH+ IATG Sbjct: 74 VVLISLDGAKPDFIEKFIEQGVLPRDGGLARLSRRGAVAKQNVTASPSLTAVSHVEIATG 133 Query: 61 STAVHNDIPSNTFEPIVGPISGSISGFAAPIGGYSENPLGPSPHPTAVPLWVQLRQQGKK 120 STAVHNDIPSNTF+ IV PI+ SISGFAAPIGGY +PLGPSP PTA PLWVQLRQ GKK Sbjct: 134 STAVHNDIPSNTFQAIVAPITSSISGFAAPIGGYRLSPLGPSPQPTAAPLWVQLRQHGKK 193 Query: 121 VVTATWPGGDGADISINKTVVQPAQPTRITDFTVPFGAFGGIGAQGFSLSRGDFTADPSI 180 VVTATWPGGDGADISIN TVVQPAQPTRITD+TVPFGAFGG+ AQGFSL+R DF DP++ Sbjct: 194 VVTATWPGGDGADISINNTVVQPAQPTRITDYTVPFGAFGGLSAQGFSLTRSDFVTDPAV 253 Query: 181 VAALQAAGHFSFSPVLVTSAPIETFSCSAAATATCTNASTLDIKYSIRVAAIDTTNDRKV 240 +AALQ+AGH S+SPVLVT+APIETFSC++AA ATCT+A+TLD+KY+IRVAAIDT+ND +V Sbjct: 254 IAALQSAGHSSYSPVLVTAAPIETFSCASAAPATCTSAATLDLKYAIRVAAIDTSNDGQV 313 Query: 241 NYDTLVFFDANRGITAGPFHAPSTGPAYVKFGGENAPFFFEGSGAKVGAAYFVSALSPDL 300 NYDTLVFFD RGITAGPF APSTGPA+ K GGENAPFFFEGSGAKVG AYFVSAL+PDL Sbjct: 314 NYDTLVFFDTTRGITAGPFQAPSTGPAFAKIGGENAPFFFEGSGAKVGTAYFVSALAPDL 373 Query: 301 SIVRFARYGANYIPRNTPVLADVDDINNNIGFWRPQADFRIPERLSPGFTNFPDVEIETM 360 S VRFARYGANYIPRN PVLADVDDINNNIGFWRPQAD+R+PERLSPGFT+FPDVEIE M Sbjct: 374 STVRFARYGANYIPRNAPVLADVDDINNNIGFWRPQADYRVPERLSPGFTSFPDVEIEAM 433 Query: 361 FEDMVKTFVRYQANIGERAIKTHPDADLVMVYIEQPDGSEHQFLLTDPRQGTNPTDPNSI 420 FEDMVKTFVRYQA IGERAI+ H DADLVM+YIEQPDGSEHQFLLTDPRQGTNP DPNSI Sbjct: 434 FEDMVKTFVRYQAAIGERAIRKHSDADLVMIYIEQPDGSEHQFLLTDPRQGTNPKDPNSI 493 Query: 421 GANQDAAKVKRYASYIRFAYQTADRAVKQIADAAGRDSNVIVVSDHGFAPFHTSVNLTNI 480 GA QD AKV RYASYI+ AYQ AD+AVK+I+D AGRDSNVIVVSDHGFAPFHTSV++ NI Sbjct: 494 GAGQDPAKVARYASYIKAAYQAADKAVKRISDTAGRDSNVIVVSDHGFAPFHTSVSMLNI 553 Query: 481 LRNAGIDTSKVGIRTSGPAADIYINLQNRELSGTVDLATYRTLVAQITDAVKNAVDPNAR 540 LRNAGIDT+K+ IRTSGPA +IY+NLQNRE GTVD A+Y LV Q+ +AVKNAVDPN + Sbjct: 554 LRNAGIDTTKLAIRTSGPAVNIYVNLQNREAGGTVDPASYNALVTQVANAVKNAVDPNPK 613 Query: 541 FNYSLKDQRIFTVVETRPLQCDAGTGQCISKTIGQDYGDVFALMAPGYNFDGIQNPGVAR 600 FN SLKD R+FTVVE+RPLQCDAGTG C SKTIGQD+GDVFALMAPGYNFDGIQNPG+AR Sbjct: 614 FNTSLKDGRLFTVVESRPLQCDAGTGLCTSKTIGQDFGDVFALMAPGYNFDGIQNPGIAR 673 Query: 601 QGDAPFNAATTMLSMPNFYGAHGHDPELPVMSATFIAAGPQIRKDTVVRHMRNIDVAPTI 660 GDAPFNA TT LSMPNFYGAHGHDPE+ MSATFIAAGP IR+ T +R MRNIDVAPTI Sbjct: 674 LGDAPFNATTTTLSMPNFYGAHGHDPEIAEMSATFIAAGPDIREGTTIRRMRNIDVAPTI 733 Query: 661 MRILGSAPHQVDGEVLGQVLR 681 MRILG P QVDGEVL ++LR Sbjct: 734 MRILGVKPQQVDGEVLHKILR 754 >ref|YP_001238774.1| putative phosphodiesterase-nucleotide pyrophosphatase [Bradyrhizobium sp. BTAi1] gb|ABQ34868.1| putative phosphodiesterase-nucleotide pyrophosphatase [Bradyrhizobium sp. BTAi1] Length = 744 Score = 1139 bits (2945), Expect = 0.0, Method: Compositional matrix adjust. Identities = 559/681 (82%), Positives = 607/681 (89%) Query: 1 VVMISLDGAKPDFIQKFIEEGVLPRDGGLARLSRRGAVALQNVTASPSLTAVSHIAIATG 60 VV+ISLDGAKPDFI+KFI EGVLPRDGGLARLSRRGAVA QN+TASPSLTAVSHI IATG Sbjct: 64 VVLISLDGAKPDFIEKFIAEGVLPRDGGLARLSRRGAVAKQNITASPSLTAVSHIEIATG 123 Query: 61 STAVHNDIPSNTFEPIVGPISGSISGFAAPIGGYSENPLGPSPHPTAVPLWVQLRQQGKK 120 STAVHNDIPSNTF+ I PI+ SISGFAAPIGGY +PLGPSP PTA PLWVQLRQ GKK Sbjct: 124 STAVHNDIPSNTFQAIAAPITSSISGFAAPIGGYRLSPLGPSPQPTAQPLWVQLRQHGKK 183 Query: 121 VVTATWPGGDGADISINKTVVQPAQPTRITDFTVPFGAFGGIGAQGFSLSRGDFTADPSI 180 VVTATWPGGDGADISIN TVVQ A+PTR+TD+TVPFGAFGG+ AQGFSLSR DF +DP++ Sbjct: 184 VVTATWPGGDGADISINSTVVQQAEPTRVTDYTVPFGAFGGLSAQGFSLSRSDFVSDPAV 243 Query: 181 VAALQAAGHFSFSPVLVTSAPIETFSCSAAATATCTNASTLDIKYSIRVAAIDTTNDRKV 240 VAALQ+AGH S+SPVLVT+ PIETFSC++AA ATCT A+TLD+KY+IRVAAIDTTND KV Sbjct: 244 VAALQSAGHSSYSPVLVTAQPIETFSCASAAPATCTAAATLDLKYAIRVAAIDTTNDGKV 303 Query: 241 NYDTLVFFDANRGITAGPFHAPSTGPAYVKFGGENAPFFFEGSGAKVGAAYFVSALSPDL 300 NYDTLVFFD RGI AGPF APSTGPA+ + GGENAPFFFEGSGAKVG AYFVSAL+PDL Sbjct: 304 NYDTLVFFDVTRGIAAGPFQAPSTGPAFARLGGENAPFFFEGSGAKVGTAYFVSALAPDL 363 Query: 301 SIVRFARYGANYIPRNTPVLADVDDINNNIGFWRPQADFRIPERLSPGFTNFPDVEIETM 360 S+VRFARYGANYIPRN PVLADV+DIN NIGFWRPQADFRIPERLSPGFT+FPDVEIE M Sbjct: 364 SVVRFARYGANYIPRNAPVLADVEDINTNIGFWRPQADFRIPERLSPGFTSFPDVEIEAM 423 Query: 361 FEDMVKTFVRYQANIGERAIKTHPDADLVMVYIEQPDGSEHQFLLTDPRQGTNPTDPNSI 420 FEDMVKTFVRYQA IGERAI+ H DADLVM+YIEQPDGSEHQFLLTD RQGTNP DP+SI Sbjct: 424 FEDMVKTFVRYQAAIGERAIRKHRDADLVMIYIEQPDGSEHQFLLTDRRQGTNPKDPHSI 483 Query: 421 GANQDAAKVKRYASYIRFAYQTADRAVKQIADAAGRDSNVIVVSDHGFAPFHTSVNLTNI 480 GANQDAAKV RYASYIR AYQ AD AVK+IAD AGRDSNVIVVSDHGFAPFHTSV++ NI Sbjct: 484 GANQDAAKVARYASYIRAAYQAADNAVKRIADTAGRDSNVIVVSDHGFAPFHTSVSMLNI 543 Query: 481 LRNAGIDTSKVGIRTSGPAADIYINLQNRELSGTVDLATYRTLVAQITDAVKNAVDPNAR 540 LRNAGIDTSK+ IRTSGPA +IY+NLQNRE GTVD A+Y LV Q+ +AVKNAVDPN + Sbjct: 544 LRNAGIDTSKLAIRTSGPAVNIYVNLQNREAGGTVDPASYNALVTQVANAVKNAVDPNPK 603 Query: 541 FNYSLKDQRIFTVVETRPLQCDAGTGQCISKTIGQDYGDVFALMAPGYNFDGIQNPGVAR 600 FN SLKD R+FTVVE+RPLQCDAGTG C SK IGQD+GDVFALMAPGYNFDGIQ+PGVAR Sbjct: 604 FNTSLKDGRLFTVVESRPLQCDAGTGLCTSKAIGQDFGDVFALMAPGYNFDGIQSPGVAR 663 Query: 601 QGDAPFNAATTMLSMPNFYGAHGHDPELPVMSATFIAAGPQIRKDTVVRHMRNIDVAPTI 660 GDA FNA TT+LSMPNFYGAHGHDP L MSATFIAAGP IR+ +R MRNIDVAPTI Sbjct: 664 LGDAAFNATTTVLSMPNFYGAHGHDPLLSEMSATFIAAGPDIREGATIRRMRNIDVAPTI 723 Query: 661 MRILGSAPHQVDGEVLGQVLR 681 MRILG P QVDGEVL +LR Sbjct: 724 MRILGVKPQQVDGEVLHHILR 744 >ref|NP_924535.1| hypothetical protein glr1589 [Gloeobacter violaceus PCC 7421] dbj|BAC89530.1| glr1589 [Gloeobacter violaceus PCC 7421] Length = 708 Score = 685 bits (1768), Expect = 0.0, Method: Compositional matrix adjust. Identities = 369/691 (53%), Positives = 464/691 (67%), Gaps = 26/691 (3%) Query: 1 VVMISLDGAKPDFIQKFIEEGVLPRDGGLARLSRRGAVALQNVTASPSLTAVSHIAIATG 60 VV+ISLDGA ++ + GVL GL L R GA A QNVT +PS+TA HIAIATG Sbjct: 33 VVLISLDGANASIADEYFKSGVLNAKTGLGLLRRTGAFARQNVTITPSVTAPGHIAIATG 92 Query: 61 STAVHNDIPSNTFEPIVGPISGSISGFAAPIGGYSENPLGPSPHPTAVPLWVQLRQQGKK 120 STA NDI +N+F I + + SGF APIGGY + S PTA PLWV LR GK+ Sbjct: 93 STAAKNDINANSFHLIKSNFTQNTSGFGAPIGGYDVSGPTVSEEPTATPLWVTLRAAGKQ 152 Query: 121 VVTATWPGGDGADI--SINKTVVQPAQPTRITDFTVPFGAFGGIGAQGFSLSRGDFT-AD 177 V TATWPGGDG D+ + ++QPA R D+TVPFG+F G+GA+GF L DF Sbjct: 153 VATATWPGGDGVDVLEPTSTNLIQPAS-VRTVDYTVPFGSFAGVGAKGFVLGAADFADGT 211 Query: 178 PSIVAALQAAGHFSFSPVLVTSAPIETFSCSAAATATCTNASTLDIKYSIRVAAIDTTND 237 ++ + L AAG+ S+SPV ++ +ETF+ D+ Y+I VAA+D TND Sbjct: 212 AALASQLAAAGYVSYSPVKQKTSLLETFTVG-------------DVTYNILVAALDGTND 258 Query: 238 RKVNYDTLVFFDANRGITAGPFHAPSTGPAYVKFGGENAPFFFEGSGAKVGAAYFVSALS 297 + VNYDTLVF+D +GI GPF PSTGPAY + G ++ F+ EGS K G A++VS L+ Sbjct: 259 QVVNYDTLVFYDEAQGIKPGPFSLPSTGPAYERVDGNSSKFYLEGSSNKAGTAFYVSFLA 318 Query: 298 PDLSIVRFARYGANYIPRNTPVLADVDDINNNIGFWRPQADFRIPERLSPGFTNFPDVEI 357 DLS VRFARY N+IPRN P++A VDDINNN+GFW PQ DFRIPER+SPGF FPD+E+ Sbjct: 319 GDLSTVRFARYATNFIPRNAPIIASVDDINNNVGFWAPQPDFRIPERISPGFETFPDLEL 378 Query: 358 ETMFEDMVKTFVRYQANIGERAIKTHPDADLVMVYIEQPDGSEHQFLLTDPRQGTNPTDP 417 E M+ D V++FV YQ +IG RAI +P+ADLVM+YIEQPDGS HQF LTDPRQ T+ +P Sbjct: 379 EGMYADQVRSFVSYQTDIGLRAISQNPNADLVMIYIEQPDGSGHQFTLTDPRQPTDFKNP 438 Query: 418 NSIGANQDAAKVKRYASYIRFAYQTADRAVKQIADAAG--RD----SNVIVVSDHGFAPF 471 NSIG+ QD K RYASY++ AYQTA AV++I A G RD S+V+VVSDHG APF Sbjct: 439 NSIGSGQDPEKKARYASYLKTAYQTASDAVQRIIQAVGTERDGTPKSDVLVVSDHGMAPF 498 Query: 472 HTSVNLTNILRNAGIDTSKVGIRTSGPAADIYINLQNRELSGTVDLATYRTLVAQITDAV 531 HT+V++ N+L N GIDT+KV T+GPAA++YI+LQ RE G V + Y L +I + + Sbjct: 499 HTAVSIFNLLSNNGIDTTKVRAVTTGPAANLYISLQGREADGVVSESEYLELQKKIVEVL 558 Query: 532 KNAVDPNARFNYSLKDQRIFTVVETRPLQCDAGTGQCISKTIGQDYGDVFALMAPGYNFD 591 + A DPN +NYSL ++F V RP G S IGQD GDV A++ PGYNFD Sbjct: 559 RGAADPNPTYNYSLPGGKLFRFVTPRPTPEGKPVGFATSDAIGQDAGDVVAILNPGYNFD 618 Query: 592 GIQNPGVARQGDAPFNAATTMLSMPNFYGAHGHDPELPVMSATFIAAGPQIRKDTVVRHM 651 G Q+P V RQGD T +LS+ NFYGAHG+D LP MSA F AAGP IRK T + + Sbjct: 619 GTQSPVVYRQGDDT-TVTTPVLSLANFYGAHGYDSRLPEMSAIFYAAGPNIRKGT-FQAV 676 Query: 652 RNIDVAPTIMRILGSAP-HQVDGEVLGQVLR 681 RNIDVAPTI++ILG AP V G L ++L+ Sbjct: 677 RNIDVAPTILQILGVAPASTVQGNALNRLLK 707 >ref|ZP_08008422.1| hypothetical protein HMPREF1013_05042 [Bacillus sp. 2_A_57_CT2] gb|EFV74784.1| hypothetical protein HMPREF1013_05042 [Bacillus sp. 2_A_57_CT2] Length = 638 Score = 157 bits (396), Expect = 9e-36, Method: Compositional matrix adjust. Identities = 178/716 (24%), Positives = 289/716 (40%), Gaps = 148/716 (20%) Query: 1 VVMISLDGAKPDFIQKFIEEGVLPRDGGLARLSRRGAVALQNVTASPSLTAVSHIAIATG 60 VV+IS DG + D ++++++G LP + L + G A + T +PSLTA SH AIA+G Sbjct: 34 VVLISFDGMRNDLTKEYVKKGKLPH---IKALMKNGVAAKDSKTVTPSLTAPSHAAIASG 90 Query: 61 STAVHNDIPSNTFEPIVGPISGSISGFAAPIGGYSENPLGPSPHPTAVPLWVQLRQQGKK 120 + + SN ++ ++ S F P+ PLW + ++ GK Sbjct: 91 AAPSETGMVSNKWQDPQKELANGESAFHQPL--------------DKSPLWAEAKKNGKT 136 Query: 121 VVTATWPGGDGADISINKTVVQPAQPTRITDFTVPFGAFGGIGAQGFSLSRGDFTADPSI 180 T +PG + P+ T+ D+ V +G SL + F S Sbjct: 137 TATVLFPGSN------------PSAGTQ-ADYAVYYGETWAES----SLDKLQFKKAESW 179 Query: 181 VAALQAAGHFSFSPVLVTSAPIETFSCSAAATATCTNASTLDIKYSIRVAAIDTTNDRKV 240 SFSP+ I A I + A+DT++D K Sbjct: 180 KHT-----ESSFSPL---KEAILKLPLKKAKNK------------EIYILALDTSDDGKT 219 Query: 241 NYDTLVFFDANRGITAGP----FHAPSTGPAYVKFGGENAPFFFEGSGAKVGAAYFVSAL 296 NY+ +F + NR +A P +A G V+ GE+A F+F+ + Sbjct: 220 NYNRFIFSE-NR--SADPKDVIVNANEWGSIPVEADGESAGFWFK------------LKI 264 Query: 297 SPDLSIVRFARYGANYIPRNTPVLADVDDINNNIGFWRPQADFRIPERLSPGFTNFPDVE 356 P L R P + +++ + GF Q D + E+ Sbjct: 265 DPGLEKASIYRTAVTSALIEGPDGFE-EELLSKFGFIPVQDDTKAFEK---------KWI 314 Query: 357 IETMFEDMVKTFVRYQANIGERAIKTHPDADLVMVYIEQPDGSEHQFLLTDPRQGTNPTD 416 +E++ FV + ++ IK DL+M Y Q D H FLLTDPRQ ++ Sbjct: 315 TREEYEEISSRFVSWATDVS-LYIKEEYQPDLLMFYTPQIDHESHHFLLTDPRQ-PGYSE 372 Query: 417 PNSIGANQDAAKVKRYASYIRFAYQTADRAVKQIADAAGRDSNVIVVSDHGFAPFHTSVN 476 NS +++ YI +AY+ +D V Q D+ + +++VVSDHG P HT + Sbjct: 373 ENS----------QKHKKYIEWAYKLSDNVVGQTMDSLSGEDHLLVVSDHGMEPVHTILA 422 Query: 477 LTNILRNAGI-----------DTSKVGIRTSGPAADIYI--NLQNRELSGTVD-----LA 518 +L+ AG+ + SK SG AA IY+ NL +E D + Sbjct: 423 PNTLLKEAGLLKTDNKGKVDEEYSKAMAVASGSAAQIYLNENLTKKEKEKAADQVEKLFS 482 Query: 519 TYRTLVAQITDAVKNAVDPN---------ARFNYSLKDQRIFTVV---ETRPLQCDAGTG 566 Y+ T +K + + FN + K + F + E +P Q G Sbjct: 483 EYKIKPEFQTKVLKGYLGEAGDSIVQGQVSHFNQAAK--QFFHYLFRKEEKPYQIAYGNK 540 Query: 567 QCISKTIGQDYGDVFALMAPGYNFDGIQNPGVARQGDAPFNAATTMLSMPNF-YGAHGHD 625 + + + GD+ L + GY ++ T MP G+HG + Sbjct: 541 K---ENKHPNQGDILLLGSRGYM----------------MGSSLTSPHMPAIELGSHGGN 581 Query: 626 PELPVMSATFIAAGPQIRKDTVVRHMRNIDVAPTIMRILG-SAPHQVDGEVLGQVL 680 P+ + A F A GP +K+ + + +D+APT+ ++L AP+ ++GEVL L Sbjct: 582 PDRKELRAVFFAHGPSFKKEHRISSITTLDIAPTVYKLLDIPAPYFLEGEVLKDAL 637 >ref|YP_004859123.1| type I phosphodiesterase/nucleotide pyrophosphatase [Bacillus coagulans 36D1] gb|AEP00343.1| type I phosphodiesterase/nucleotide pyrophosphatase [Bacillus coagulans 36D1] Length = 650 Score = 106 bits (264), Expect = 2e-20, Method: Compositional matrix adjust. Identities = 95/363 (26%), Positives = 147/363 (40%), Gaps = 68/363 (18%) Query: 359 TMFEDMVKTFVRYQANIGERAIKTHPDADLVMVYIEQPDGSEHQFLLTDPRQGTNPTDPN 418 T +ED+ F ++ N+ IK DL+M Y Q D EH +L TDPRQ Sbjct: 314 TEYEDISTRFAQWVQNVS-LFIKDRYKPDLLMFYEPQIDHEEHAYLSTDPRQ-------- 364 Query: 419 SIGANQDAAKVKRYASYIRFAYQTADRAVKQIADAAGRDSNVIVVSDHGFAPFHTSVN-- 476 K K YA+ +R+AYQ AD V + + G + + VVSDHG P HT ++ Sbjct: 365 ---PGYSDKKAKTYAARVRWAYQLADHTVGKTLQSLGENDKLFVVSDHGMEPMHTGLSPN 421 Query: 477 -------LTNILRNAGIDT--SKVGIRTSGPAADIYINLQNRELSGTVDLATYRTLVAQI 527 L + +N ID +K SG A +YINL+ E G V Y + ++ Sbjct: 422 YELKKHGLLVLKKNGEIDLNRTKAYAVASGTMAHVYINLKGSEKGGIVSKQDYGNVQQEV 481 Query: 528 TDAVKNAVDP----------------------NARFNYSLKDQRIFTVVET------RPL 559 + DP N ++S + I ++ +T RP Sbjct: 482 AKIFSSVRDPRILASKSKLAGFYLSDWWQGITNGHSSWSTTKETISSLYDTVKNDPARPY 541 Query: 560 QCDAGTGQCISKTIGQDY-GDVFALMAPGYNFDGIQNPGVARQGDAPFNAATTMLSMPNF 618 + S+ + GDV + A GY D + ++ P+ Sbjct: 542 ESVIKAQSKKSEWFHHPHAGDVTLVAARGYMMD---------------SDISSSFHAPSE 586 Query: 619 YGAHGHDPELPVMSATFIAAGPQIRKDTVVRHMRNIDVAPTIMRILG-SAPHQVDGEVLG 677 HG +PE + +A G I V R + ID+APT+ R++ AP VDG+ + Sbjct: 587 LRNHGGNPERSDLRPVLLAYGKDIPHKKVSRRLSLIDIAPTLYRMMNVPAPFFVDGKEIK 646 Query: 678 QVL 680 +++ Sbjct: 647 ELV 649 Score = 46.6 bits (109), Expect = 0.015, Method: Compositional matrix adjust. Identities = 36/131 (27%), Positives = 59/131 (45%), Gaps = 21/131 (16%) Query: 1 VVMISLDGAKPDFIQKFIEEGVLPRDGGLARLSRRGAVALQNVTASPSLTAVSHIAIATG 60 +V++S DG K D++ + +E LP L ++ + G A PSLTA SH +IATG Sbjct: 34 IVVVSFDGMKNDYVHEHKKE--LPH---LNKIMKHGFDAKDITAVYPSLTAASHASIATG 88 Query: 61 STAVHNDIPSNTFEPIVGPISGSISGFAAPIGGYSENPLGPSPHPTAVP-LWVQLRQQGK 119 + + SN F ++ + F + + VP +W + R+ GK Sbjct: 89 AKPEKTGLVSNAFHNKNFKLTDTEDAFWSALD---------------VPAIWSEGRKHGK 133 Query: 120 KVVTATWPGGD 130 T +PG + Sbjct: 134 VTATICFPGSN 144