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= 0002.0512.p (474 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8ITI5.1 D8ITI5_HERSS Zinc protease protein EC=3.4.-.- 687 0.0 A6T2T1.1 A6T2T1_JANMA Zn-dependent peptidase 669 0.0 A4G930.1 A4G930_HERAR Putative peptidase M16 629 e-178 C3XCV7.1 C3XCV7_OXAFO Zn-dependent peptidase 602 e-170 C3X6N8.1 C3X6N8_OXAFO Zn-dependent peptidase 595 e-168 >D8ITI5.1 D8ITI5_HERSS Zinc protease protein EC=3.4.-.- Length = 459 Score = 687 bits (1772), Expect = 0.0, Method: Compositional matrix adjust. Identities = 336/439 (76%), Positives = 374/439 (85%), Gaps = 3/439 (0%) Query: 38 STPAAAQAT---EFTLKNGMKIIVKEDHRAPTAVQMVWYKVGSIDETNGTTGIAHALEHM 94 S+P AQA +F L NGMK+IVKED RAPTAVQMVWYKVG IDE NG TG++HALEHM Sbjct: 19 SSPMLAQAEPARQFVLGNGMKVIVKEDRRAPTAVQMVWYKVGGIDEVNGLTGVSHALEHM 78 Query: 95 MFKGTRKHKVGEFSRLVAELGGRENAFTNRDYTAYFQQVEHGRLEAVMALEADRMRNLQF 154 MFKGTR HKVGEFSRLVAELGG+ENAFT D+TAYFQQ+E LE VMALEADRM NLQF Sbjct: 79 MFKGTRNHKVGEFSRLVAELGGQENAFTANDFTAYFQQIEKSHLEKVMALEADRMANLQF 138 Query: 155 DQNEFAKEIRVVMEERRWRTDDQPQGLMNEALHAAAFVAHPYHHPVVGWMDDLQHMTIRD 214 D EFAKEIRV+MEERRWRTDDQP GL+NEAL+AAA+ AHPYHHPVVGWMDDLQHM+++D Sbjct: 139 DAAEFAKEIRVIMEERRWRTDDQPMGLLNEALNAAAWTAHPYHHPVVGWMDDLQHMSVQD 198 Query: 215 IEDWYRRWYAPNNATLVVSGDVSASKVAALAEKYFGPIPSRIIVRGKPQNEPEQNGLRRV 274 I WYR+WYAPNNATLVV+GDV A +V ALA KYFG IP+R + GKPQNEP+Q G+RRV Sbjct: 199 IAAWYRQWYAPNNATLVVAGDVDAQRVLALARKYFGKIPARRLPAGKPQNEPQQLGMRRV 258 Query: 275 TVKAPAENPYVILAFKVPTLREVEKDQDVYALDVLSAVLDGYDNARLNDKLVRTDKVANS 334 TVKAPAENPYV++A+K P LR+VE+DQDVYALDVLSAVLDGYDNARL+ LVRT A + Sbjct: 259 TVKAPAENPYVVMAWKTPALRQVEQDQDVYALDVLSAVLDGYDNARLSASLVRTGGKATA 318 Query: 335 VGAGYDDITRGPTLFTLEGSPATGTTTAQLETLLRAEVERIARDGVSEPELQRVKTQLIA 394 VGA Y + RGP LFTLEGSPA G TTAQLE LLR EVERIAR+GVSE ELQRVKTQLIA Sbjct: 319 VGASYSGVARGPVLFTLEGSPAEGVTTAQLEGLLRGEVERIAREGVSEQELQRVKTQLIA 378 Query: 395 SQVYKRDSIFGQAMEIGVMEMSGLSHKNIDRIVERLKSVTPQQVQAVAQKYFSDDKLTVA 454 SQVYKRDS+FGQAMEIG+ME +GL +NIDRI+ERLKSVT QVQAVAQ+YF DD LTVA Sbjct: 379 SQVYKRDSVFGQAMEIGMMETAGLGQQNIDRIIERLKSVTAAQVQAVAQQYFQDDTLTVA 438 Query: 455 TLEPLPLSGKKTGPPPGPL 473 TL PLPL+GKK PPP L Sbjct: 439 TLVPLPLAGKKPAPPPAGL 457 >A6T2T1.1 A6T2T1_JANMA Zn-dependent peptidase Length = 456 Score = 669 bits (1726), Expect = 0.0, Method: Compositional matrix adjust. Identities = 313/433 (72%), Positives = 362/433 (83%) Query: 42 AAQATEFTLKNGMKIIVKEDHRAPTAVQMVWYKVGSIDETNGTTGIAHALEHMMFKGTRK 101 AAQ EFTLKNGMKIIV EDHRAPT MVWY+VGS+DE NG TG+AHALEHMMFKGT+K Sbjct: 23 AAQTEEFTLKNGMKIIVNEDHRAPTVAHMVWYRVGSVDERNGVTGVAHALEHMMFKGTKK 82 Query: 102 HKVGEFSRLVAELGGRENAFTNRDYTAYFQQVEHGRLEAVMALEADRMRNLQFDQNEFAK 161 K GEFS+ VA+LGGRENAFT++DYTAYFQQ+E +LEAVMALEADRM NL FD+NEFAK Sbjct: 83 LKPGEFSKRVAQLGGRENAFTSKDYTAYFQQIEKSKLEAVMALEADRMANLVFDKNEFAK 142 Query: 162 EIRVVMEERRWRTDDQPQGLMNEALHAAAFVAHPYHHPVVGWMDDLQHMTIRDIEDWYRR 221 EIRVVMEERR RTDDQP + EAL A + HPY +P++GWMDDLQ+MT+ D+++W+ Sbjct: 143 EIRVVMEERRLRTDDQPTSKLYEALAATTYAVHPYRNPIIGWMDDLQNMTVNDVKEWHDT 202 Query: 222 WYAPNNATLVVSGDVSASKVAALAEKYFGPIPSRIIVRGKPQNEPEQNGLRRVTVKAPAE 281 WYAPNNAT+VVSGDV KV ALA+KYFG P++ + R +PQNEP Q G++RVTVKAPAE Sbjct: 203 WYAPNNATMVVSGDVEPKKVFALAQKYFGSYPAKTLTRTRPQNEPPQEGVKRVTVKAPAE 262 Query: 282 NPYVILAFKVPTLREVEKDQDVYALDVLSAVLDGYDNARLNDKLVRTDKVANSVGAGYDD 341 NPYV+LAFKVP LR++ KD D YALDVLSAVLDGYDNARL+ KLVRTD+VAN VGA Y Sbjct: 263 NPYVVLAFKVPALRDIAKDDDAYALDVLSAVLDGYDNARLSAKLVRTDRVANDVGASYSG 322 Query: 342 ITRGPTLFTLEGSPATGTTTAQLETLLRAEVERIARDGVSEPELQRVKTQLIASQVYKRD 401 I RGP LF L+G+PA GTTT QLE LLRAEV RIA +GVSE EL+RVKTQLIA+Q+YKRD Sbjct: 323 IARGPVLFILDGTPAQGTTTEQLEKLLRAEVARIANEGVSEAELKRVKTQLIAAQIYKRD 382 Query: 402 SIFGQAMEIGVMEMSGLSHKNIDRIVERLKSVTPQQVQAVAQKYFSDDKLTVATLEPLPL 461 S+FGQAMEIGVMEMSG S+K+ DR++E+L++VTPQQVQAVAQKYF DD LTV TL PLPL Sbjct: 383 SVFGQAMEIGVMEMSGFSYKDTDRVIEKLRAVTPQQVQAVAQKYFGDDALTVGTLVPLPL 442 Query: 462 SGKKTGPPPGPLR 474 S KK P LR Sbjct: 443 SEKKIEAAPAGLR 455 >A4G930.1 A4G930_HERAR Putative peptidase M16 Length = 427 Score = 629 bits (1623), Expect = e-178, Method: Compositional matrix adjust. Identities = 301/413 (72%), Positives = 349/413 (84%) Query: 50 LKNGMKIIVKEDHRAPTAVQMVWYKVGSIDETNGTTGIAHALEHMMFKGTRKHKVGEFSR 109 LKNGMKIIV EDHRAPT M+WY+ GS+DE NGTTG AHALEHMMFKGT+K K GEFS+ Sbjct: 2 LKNGMKIIVNEDHRAPTVAHMIWYRTGSVDERNGTTGTAHALEHMMFKGTKKLKPGEFSK 61 Query: 110 LVAELGGRENAFTNRDYTAYFQQVEHGRLEAVMALEADRMRNLQFDQNEFAKEIRVVMEE 169 VA+LGGRENAFT+RDYTAYFQQ+E +LEAVMALEADRM NLQFD+ EFAKEIRV+MEE Sbjct: 62 RVAQLGGRENAFTSRDYTAYFQQIEKSKLEAVMALEADRMVNLQFDKTEFAKEIRVIMEE 121 Query: 170 RRWRTDDQPQGLMNEALHAAAFVAHPYHHPVVGWMDDLQHMTIRDIEDWYRRWYAPNNAT 229 RR RTDDQP ++ EAL A A+ AHPY +PV+GWMDDLQHMT+ D++ W+ WYAPNNAT Sbjct: 122 RRLRTDDQPIAMVQEALAATAYAAHPYRNPVIGWMDDLQHMTVGDVKAWHDAWYAPNNAT 181 Query: 230 LVVSGDVSASKVAALAEKYFGPIPSRIIVRGKPQNEPEQNGLRRVTVKAPAENPYVILAF 289 +VVSGDV A +V ALAEKYFG P + + R +PQNEP Q G++RVTVKAPAENPYV+LAF Sbjct: 182 MVVSGDVDARQVHALAEKYFGRYPQKTLTRTRPQNEPPQLGIKRVTVKAPAENPYVVLAF 241 Query: 290 KVPTLREVEKDQDVYALDVLSAVLDGYDNARLNDKLVRTDKVANSVGAGYDDITRGPTLF 349 KVP LR++ +D D +ALDVLSAVLDGYDNARL KLVRTD+VAN VGA Y I RGP +F Sbjct: 242 KVPALRDIARDDDAFALDVLSAVLDGYDNARLAAKLVRTDRVANDVGASYSGIARGPVMF 301 Query: 350 TLEGSPATGTTTAQLETLLRAEVERIARDGVSEPELQRVKTQLIASQVYKRDSIFGQAME 409 L+G PA GTTT QLE LRAE+ RIA +GVSE EL+RVKTQLIA Q+YKRDS+FGQAME Sbjct: 302 LLDGVPAAGTTTEQLEKHLRAEITRIATEGVSETELKRVKTQLIAGQIYKRDSVFGQAME 361 Query: 410 IGVMEMSGLSHKNIDRIVERLKSVTPQQVQAVAQKYFSDDKLTVATLEPLPLS 462 IG MEMSGLS+K+ID I+ERL++VTPQQVQ+VAQKYF DD LTVATL PLP++ Sbjct: 362 IGSMEMSGLSYKDIDLIIERLRAVTPQQVQSVAQKYFGDDALTVATLLPLPVT 414 >C3XCV7.1 C3XCV7_OXAFO Zn-dependent peptidase Length = 447 Score = 602 bits (1551), Expect = e-170, Method: Compositional matrix adjust. Identities = 283/424 (66%), Positives = 337/424 (79%) Query: 42 AAQATEFTLKNGMKIIVKEDHRAPTAVQMVWYKVGSIDETNGTTGIAHALEHMMFKGTRK 101 A A EF L NGMK++V+EDHRAP MVWY+VGS+DETNGTTG+AH LEHMMFKGT+K Sbjct: 23 AEPAQEFVLNNGMKVVVREDHRAPVVAHMVWYRVGSMDETNGTTGVAHVLEHMMFKGTKK 82 Query: 102 HKVGEFSRLVAELGGRENAFTNRDYTAYFQQVEHGRLEAVMALEADRMRNLQFDQNEFAK 161 + G S++VA LGG++NAFTN DYTAYFQQ+ LE +M LEADRM NLQF +F K Sbjct: 83 YPDGSLSKIVAGLGGKDNAFTNTDYTAYFQQIPKANLEKMMELEADRMENLQFKDADFQK 142 Query: 162 EIRVVMEERRWRTDDQPQGLMNEALHAAAFVAHPYHHPVVGWMDDLQHMTIRDIEDWYRR 221 EIRVVMEERRWRTDDQP L++EAL A AF AHPYH PVVGWM+DLQ+MT+ D +WY R Sbjct: 143 EIRVVMEERRWRTDDQPNALVDEALRATAFNAHPYHWPVVGWMNDLQNMTVNDARNWYER 202 Query: 222 WYAPNNATLVVSGDVSASKVAALAEKYFGPIPSRIIVRGKPQNEPEQNGLRRVTVKAPAE 281 WYAPNNAT+VV GDV A++V LAEK+FG I + +V KPQ EP Q G RRV VKAPAE Sbjct: 203 WYAPNNATMVVVGDVKAAEVKKLAEKHFGRIKPKKMVPTKPQVEPIQKGERRVAVKAPAE 262 Query: 282 NPYVILAFKVPTLREVEKDQDVYALDVLSAVLDGYDNARLNDKLVRTDKVANSVGAGYDD 341 NP V+LA+KVP L++VEKD DVYALDVL+ VLDGYDNARL+ LVR D+VA +VGA Y Sbjct: 263 NPSVVLAYKVPALKDVEKDSDVYALDVLATVLDGYDNARLSSSLVRKDQVAIAVGADYSA 322 Query: 342 ITRGPTLFTLEGSPATGTTTAQLETLLRAEVERIARDGVSEPELQRVKTQLIASQVYKRD 401 I+RGP LF +EG+PA G + A+LE L+ E+ +A G+S ELQRVKTQLI+SQ+YKRD Sbjct: 323 ISRGPALFVIEGTPAKGVSVAELEKRLKQEIANVAGKGISPEELQRVKTQLISSQIYKRD 382 Query: 402 SIFGQAMEIGVMEMSGLSHKNIDRIVERLKSVTPQQVQAVAQKYFSDDKLTVATLEPLPL 461 S+FGQAMEIGV EMSG+ K IDRI+E+LK VTP+QVQAVA+KYFSDD LTVA L P+ L Sbjct: 383 SMFGQAMEIGVFEMSGIGQKQIDRIIEKLKEVTPEQVQAVAKKYFSDDSLTVANLVPVAL 442 Query: 462 SGKK 465 + KK Sbjct: 443 TEKK 446 >C3X6N8.1 C3X6N8_OXAFO Zn-dependent peptidase Length = 448 Score = 595 bits (1533), Expect = e-168, Method: Compositional matrix adjust. Identities = 278/423 (65%), Positives = 338/423 (79%) Query: 42 AAQATEFTLKNGMKIIVKEDHRAPTAVQMVWYKVGSIDETNGTTGIAHALEHMMFKGTRK 101 A A EF L+NGMK++VKEDHRAP AV MVWY+ GS+DETNGTTG+AH LEHMMFKGT K Sbjct: 23 AEPAKEFYLENGMKVVVKEDHRAPVAVHMVWYRAGSMDETNGTTGVAHVLEHMMFKGTPK 82 Query: 102 HKVGEFSRLVAELGGRENAFTNRDYTAYFQQVEHGRLEAVMALEADRMRNLQFDQNEFAK 161 + G S+ VA+LGG++NAFTN DYTAYFQQ+ LE VM +EADRM NLQF + +F K Sbjct: 83 YPEGSLSKTVAKLGGKDNAFTNTDYTAYFQQIPRDSLEKVMEMEADRMSNLQFKEKDFQK 142 Query: 162 EIRVVMEERRWRTDDQPQGLMNEALHAAAFVAHPYHHPVVGWMDDLQHMTIRDIEDWYRR 221 EIRVVMEERRWRTDDQP+G ++EAL AAAFVAHPYH PV+GWM+DLQ+MT+ D +WY + Sbjct: 143 EIRVVMEERRWRTDDQPEGRVDEALRAAAFVAHPYHWPVIGWMNDLQNMTVDDARNWYEK 202 Query: 222 WYAPNNATLVVSGDVSASKVAALAEKYFGPIPSRIIVRGKPQNEPEQNGLRRVTVKAPAE 281 WYAPNNAT+VV GDV A V +AEKYFG I + I KPQ EP Q G++RV V APAE Sbjct: 203 WYAPNNATMVVVGDVDARNVRKMAEKYFGKIRPKKIASAKPQVEPVQRGVKRVAVSAPAE 262 Query: 282 NPYVILAFKVPTLREVEKDQDVYALDVLSAVLDGYDNARLNDKLVRTDKVANSVGAGYDD 341 NP V+LA+KVP LR+VEKD+DVYALDVL+ VLDGYDNARL+ LVR +++A SVGA Y Sbjct: 263 NPLVVLAYKVPALRDVEKDEDVYALDVLATVLDGYDNARLSASLVRQEQMAVSVGADYSA 322 Query: 342 ITRGPTLFTLEGSPATGTTTAQLETLLRAEVERIARDGVSEPELQRVKTQLIASQVYKRD 401 ++RGP LF LEG+P G + +LE L+ E+ IA++G+S EL+RVK QLI+SQ+YKRD Sbjct: 323 LSRGPALFVLEGTPTRGISVEELEKRLKREISEIAKNGISPQELERVKMQLISSQIYKRD 382 Query: 402 SIFGQAMEIGVMEMSGLSHKNIDRIVERLKSVTPQQVQAVAQKYFSDDKLTVATLEPLPL 461 S+FGQAMEIGV EM+G+ K IDRI+E+LK+VTP+QVQ VA+KYFSDD LTVATL P+ L Sbjct: 383 SMFGQAMEIGVFEMNGIGQKQIDRIIEKLKAVTPEQVQQVARKYFSDDSLTVATLVPVAL 442 Query: 462 SGK 464 K Sbjct: 443 PDK 445