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= 0030.0043.p (218 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IPP4.1 D8IPP4_HERSS Zn-dependent peptidase protein EC=3.4.-.- 246 1e-63 F1VTZ5.1 F1VTZ5_9BURK Zinc protease 204 8e-51 D2QR27.1 D2QR27_SPILD Peptidase M16 domain protein 186 2e-45 C6W5K5.1 C6W5K5_DYAFD Peptidase M16 domain protein 184 6e-45 E5UE79.1 E5UE79_ALCXX Zinc protease 179 3e-43 >D8IPP4.1 D8IPP4_HERSS Zn-dependent peptidase protein EC=3.4.-.- Length = 929 Score = 246 bits (629), Expect = 1e-63, Method: Compositional matrix adjust. Identities = 118/217 (54%), Positives = 157/217 (72%) Query: 2 IQQTLAGWKSAAPYQRMLQDYAEVAPTRQFINTPDKENGTYLAKLGLDIRDEDVDYPALV 61 I Q GW SAAPY R+LQ +A++ R ++TPDKENG Y A+ + + D D DYPAL Sbjct: 711 IDQAFGGWTSAAPYARVLQTWADIPAKRLLVDTPDKENGVYFARQNIRLSDTDPDYPALA 770 Query: 62 VANYLIGGASMKSRLADRVRQREGLSYSIGTSLSVGALSNAGQFGIGAIAAPQNLDKVDA 121 VAN+L+GG+S+KSRLADRVRQ++GLSY I + L V AL++AG I AIAAPQNLDKVDA Sbjct: 771 VANFLLGGSSLKSRLADRVRQQDGLSYGIYSGLQVAALTDAGHLTIYAIAAPQNLDKVDA 830 Query: 122 AIREELQRLITEGFTSEELDRAKSGIRQQREQSRAQDDTISNGWVNLLDLDRTYAWAAQL 181 A+REE+ + +GF+ EEL RAKSGI QQR Q RA +D ++ W L++ DR + W ++ Sbjct: 831 AVREEIALALKDGFSEEELQRAKSGILQQRNQQRAGNDNVAATWTLLMNQDRNFLWQQEI 890 Query: 182 DDRIAALTLDQLNDTLRKRIVPAKMSVAIARDEEKAK 218 D ++A+LTL Q+N LRK + PA+M+ IARDE K + Sbjct: 891 DRKLASLTLAQVNAALRKYVDPARMTTVIARDETKVR 927 >F1VTZ5.1 F1VTZ5_9BURK Zinc protease Length = 907 Score = 204 bits (518), Expect = 8e-51, Method: Compositional matrix adjust. Identities = 111/219 (50%), Positives = 152/219 (69%), Gaps = 1/219 (0%) Query: 1 VIQQTLAGWKSAAPYQRMLQDYAEVAPTRQFINTPDKENGTYLAKLGLDIRDEDVDYPAL 60 VI W+S APY R+ Q +V P R+ I+TPDKENG Y A++ LD+RD+D DYPAL Sbjct: 685 VIGDEFGQWQSGAPYTRLSQRNFDVTPLRREIDTPDKENGFYSARMNLDLRDDDADYPAL 744 Query: 61 VVANYLIGG-ASMKSRLADRVRQREGLSYSIGTSLSVGALSNAGQFGIGAIAAPQNLDKV 119 +A+YL GG A + SRL +R+RQ++GLSY G+S+S G++ AG F I AIAAPQNL +V Sbjct: 745 AIADYLFGGGAGLNSRLMERLRQKDGLSYGGGSSISAGSVDRAGGFTISAIAAPQNLARV 804 Query: 120 DAAIREELQRLITEGFTSEELDRAKSGIRQQREQSRAQDDTISNGWVNLLDLDRTYAWAA 179 D A+R EL R + +GF+ E+ RAKSG+ QQR Q+RAQD +++ GW L L RT+ W+ Sbjct: 805 DTAVRAELARALKDGFSDAEVARAKSGLLQQRVQTRAQDGSVAAGWTTYLFLGRTFEWSK 864 Query: 180 QLDDRIAALTLDQLNDTLRKRIVPAKMSVAIARDEEKAK 218 Q + I+ALT Q+N RK I PA+++V +A D+ K K Sbjct: 865 QFEAHISALTTAQVNAAFRKAIDPAQLTVVMAGDQAKIK 903 >D2QR27.1 D2QR27_SPILD Peptidase M16 domain protein Length = 934 Score = 186 bits (472), Expect = 2e-45, Method: Compositional matrix adjust. Identities = 86/213 (40%), Positives = 135/213 (63%) Query: 1 VIQQTLAGWKSAAPYQRMLQDYAEVAPTRQFINTPDKENGTYLAKLGLDIRDEDVDYPAL 60 V+ L WK+ P+ R++ + ++ PT Q I PDK N +A + + +RD+D DYPAL Sbjct: 699 VVTDELGTWKAKKPFSRLVTPFNDIKPTPQSIEAPDKANAFMVAGVNIPLRDDDPDYPAL 758 Query: 61 VVANYLIGGASMKSRLADRVRQREGLSYSIGTSLSVGALSNAGQFGIGAIAAPQNLDKVD 120 ++ NY++GG + SRLA R+RQ+EG+SY +G+ LS L G F AI P+N ++++ Sbjct: 759 MLGNYMLGGGFLNSRLAVRIRQKEGISYGVGSQLSANPLDKTGMFMTYAIYNPENAERLE 818 Query: 121 AAIREELQRLITEGFTSEELDRAKSGIRQQREQSRAQDDTISNGWVNLLDLDRTYAWAAQ 180 A REE+ +++ EGFT+EE+ A+SG Q R SRAQD ++ N L L+RT W A Sbjct: 819 KAFREEMDKVVKEGFTAEEIQAARSGYLQSRMVSRAQDPSLVGTLNNYLYLNRTMNWDAD 878 Query: 181 LDDRIAALTLDQLNDTLRKRIVPAKMSVAIARD 213 + ++ +LT +Q+N ++K I P+K+S+ A D Sbjct: 879 FEKKMESLTPEQVNAAMKKHIDPSKISIIKAGD 911 >C6W5K5.1 C6W5K5_DYAFD Peptidase M16 domain protein Length = 918 Score = 184 bits (468), Expect = 6e-45, Method: Compositional matrix adjust. Identities = 91/218 (41%), Positives = 133/218 (61%) Query: 1 VIQQTLAGWKSAAPYQRMLQDYAEVAPTRQFINTPDKENGTYLAKLGLDIRDEDVDYPAL 60 ++ WKSA P+ R+ Y V + I TPDK N ++A L + ++D D DYPAL Sbjct: 683 ILNDEFGSWKSAKPFTRIASPYQVVKSENKAIETPDKANAMFVAGLNMPLQDTDPDYPAL 742 Query: 61 VVANYLIGGASMKSRLADRVRQREGLSYSIGTSLSVGALSNAGQFGIGAIAAPQNLDKVD 120 ++ NY++GG + SRLA R+RQ+EGLSY +G+ S L G F AI APQN +K++ Sbjct: 743 IMGNYMLGGGFLNSRLATRIRQKEGLSYGVGSQFSASPLDKNGTFMSYAIYAPQNAEKLE 802 Query: 121 AAIREELQRLITEGFTSEELDRAKSGIRQQREQSRAQDDTISNGWVNLLDLDRTYAWAAQ 180 AA +EE+ +++ EGFT++EL AKSG Q R+ +R+QD ++N + L L+RT W A Sbjct: 803 AAFKEEIDKVMKEGFTADELKAAKSGYLQSRQVARSQDAALTNTLTSNLYLNRTMQWDAD 862 Query: 181 LDDRIAALTLDQLNDTLRKRIVPAKMSVAIARDEEKAK 218 + +I ALT +Q+ K I K+ + A D EKAK Sbjct: 863 FEKKIEALTPEQIKAAFNKHIDYNKLVIIKAGDFEKAK 900 >E5UE79.1 E5UE79_ALCXX Zinc protease Length = 917 Score = 179 bits (453), Expect = 3e-43, Method: Compositional matrix adjust. Identities = 93/216 (43%), Positives = 140/216 (64%), Gaps = 3/216 (1%) Query: 2 IQQTLAGWKSAAPYQRMLQDYAEVAPTRQF-INTPDKENGTYLAKLGLDIRDEDVDYPAL 60 ++ LAGWK A Y R+ Y ++ P +QF I TPDK N Y++++ L ++D D DYPAL Sbjct: 701 VKDGLAGWKRAPAYTRVGNPYRDI-PAKQFDIETPDKANAFYISRMPLKLQDSDADYPAL 759 Query: 61 VVANYLIGGASMKSRLADRVRQREGLSYSIGTSLSVGALSNAGQFGIGAIAAPQNLDKVD 120 +ANYL G AS SRL +RVR+ EGLSY++ +SLSV + + + + AI APQN ++++ Sbjct: 760 YLANYLFG-ASETSRLWNRVRETEGLSYNVRSSLSVSSFEPSASWTMYAIYAPQNRERLE 818 Query: 121 AAIREELQRLITEGFTSEELDRAKSGIRQQREQSRAQDDTISNGWVNLLDLDRTYAWAAQ 180 AI EEL R++ +GFT +E+ + + R +RAQDD ++ W++ L RT+ W+A+ Sbjct: 819 KAIGEELARVLKDGFTDKEISEGITALLNYRNLARAQDDVLAGTWLDYLQRGRTFEWSAE 878 Query: 181 LDDRIAALTLDQLNDTLRKRIVPAKMSVAIARDEEK 216 +D +I ALT D +N LRK + P S A+A D +K Sbjct: 879 MDRKITALTPDLVNAALRKYLRPDGFSTAVAGDFKK 914