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= 0011.0035.p (297 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IQN6.1 D8IQN6_HERSS Signal peptide protein 514 e-144 F1VU43.1 F1VU43_9BURK Surface antigen 464 e-129 B3R1H9.1 B3R1H9_CUPTR Putative uncharacterized protein 402 e-110 Q0K984.1 Q0K984_CUPNH Cytochrome d1 heme domain 400 e-109 Q1LLM9.1 Q1LLM9_RALME Putative uncharacterized protein 398 e-109 >D8IQN6.1 D8IQN6_HERSS Signal peptide protein Length = 327 Score = 514 bits (1325), Expect = e-144, Method: Compositional matrix adjust. Identities = 241/297 (81%), Positives = 270/297 (90%) Query: 1 VVVLNSGDATVTLLDQSTYKEINTFSVGKEPHHLMATPDNKSLIVASATGNQLIFLDPKT 60 VVVLNSGDA+V+LLD++ KE++TFSVGKEPHHLMATPDNKSLIVASATGNQL+FLDPKT Sbjct: 31 VVVLNSGDASVSLLDETGEKELSTFSVGKEPHHLMATPDNKSLIVASATGNQLLFLDPKT 90 Query: 61 GEVQRQLRGIIDPYQIGFSPDQKWFIANGLRLDRVDVYRYDGHNLDLAKRVRLAKTPSHI 120 G VQR++R IIDPYQIGF+PDQKWF+A GLRLDRVDVY YDG +L L+KR+ L KTPSHI Sbjct: 91 GAVQRKIRDIIDPYQIGFTPDQKWFVATGLRLDRVDVYSYDGQDLKLSKRIPLPKTPSHI 150 Query: 121 AFDAASTTAFITQQGSNEISAIDLATQQVKWTMPVGKLPAGIFMTPDNKYLLVGIMGKDY 180 AFD ASTTAFITQQGS++ISAIDLATQQVKWTMPVGKLPAGI MTPDNKYL+VGIMG DY Sbjct: 151 AFDNASTTAFITQQGSDQISAIDLATQQVKWTMPVGKLPAGIIMTPDNKYLMVGIMGADY 210 Query: 181 VQVIDWRTQKTVKTIRTGEGAHNFRAHGDKRYVYVSNRVSNTINILDLQTLESVGVISVP 240 V+VIDWRTQK VK I+TG GAHNFR GDKR+VYVSNRV+NTI+++D+ TLE+VG I VP Sbjct: 211 VEVIDWRTQKIVKKIKTGVGAHNFRGQGDKRFVYVSNRVANTISVVDMTTLENVGTIKVP 270 Query: 241 GGPDCMEVTDDGKTMWVTLRWVKKVAVIDLASKKITKIIPVGRSPHGIYFINRAADL 297 GGPDCMEVT DGKTMW TLRWVKKVAVIDLAS+ +TK+IPVGRSPHGIY NRA DL Sbjct: 271 GGPDCMEVTSDGKTMWATLRWVKKVAVIDLASRSVTKVIPVGRSPHGIYLHNRAPDL 327 >F1VU43.1 F1VU43_9BURK Surface antigen Length = 286 Score = 464 bits (1194), Expect = e-129, Method: Compositional matrix adjust. Identities = 212/285 (74%), Positives = 252/285 (88%) Query: 11 VTLLDQSTYKEINTFSVGKEPHHLMATPDNKSLIVASATGNQLIFLDPKTGEVQRQLRGI 70 ++L+DQ TYK +TFSVGKEPHHLMATPDNKSLIVASATG++L+FLDP TGE+QR+++ I Sbjct: 1 MSLIDQDTYKVTDTFSVGKEPHHLMATPDNKSLIVASATGDELVFLDPATGEIQRRVKNI 60 Query: 71 IDPYQIGFSPDQKWFIANGLRLDRVDVYRYDGHNLDLAKRVRLAKTPSHIAFDAASTTAF 130 DPYQIGFSPDQKWF+AN LRLDRVD+YRYDG ++ LAKRV L K PSH+ F A S+T F Sbjct: 61 ADPYQIGFSPDQKWFVANALRLDRVDIYRYDGKDMTLAKRVPLPKLPSHMVFTADSSTVF 120 Query: 131 ITQQGSNEISAIDLATQQVKWTMPVGKLPAGIFMTPDNKYLLVGIMGKDYVQVIDWRTQK 190 ITQQGS+EISAIDLATQ VKWTMPVGKLPAGI +TPD+KYL+VGIMG D V+VIDWRTQK Sbjct: 121 ITQQGSDEISAIDLATQTVKWTMPVGKLPAGITLTPDDKYLMVGIMGSDVVEVIDWRTQK 180 Query: 191 TVKTIRTGEGAHNFRAHGDKRYVYVSNRVSNTINILDLQTLESVGVISVPGGPDCMEVTD 250 VK I+ G G HNF D R+++VSNRVSNTIN++D++TLE+VG I+VPGGPDCME+T Sbjct: 181 VVKRIKAGAGTHNFHPKSDGRHMFVSNRVSNTINLIDMKTLENVGTINVPGGPDCMELTA 240 Query: 251 DGKTMWVTLRWVKKVAVIDLASKKITKIIPVGRSPHGIYFINRAA 295 DGKT+WVTLRW+KKVAVID+AS+K+ K+IPVGRSPHG+YFINRAA Sbjct: 241 DGKTLWVTLRWIKKVAVIDVASRKVIKLIPVGRSPHGVYFINRAA 285 >B3R1H9.1 B3R1H9_CUPTR Putative uncharacterized protein Length = 328 Score = 402 bits (1032), Expect = e-110, Method: Compositional matrix adjust. Identities = 194/295 (65%), Positives = 238/295 (80%), Gaps = 1/295 (0%) Query: 1 VVVLNSGDATVTLLDQSTYKEINTFSVGKEPHHLMATPDNKSLIVASATGNQLIFLDPKT 60 VV+LNSGDATVTL+D+ T K ++TF +GKEPHHL+ATPD+KSLIVA+A GN L+FLDP T Sbjct: 31 VVILNSGDATVTLIDKDTQKVLDTFPIGKEPHHLIATPDDKSLIVANAVGNDLVFLDPVT 90 Query: 61 GEVQRQLRGIIDPYQIGFSPDQKWFIANGLRLDRVDVYRYDGHNLDLAKRVRLAKTPSHI 120 G+VQ+++ I DPYQIGFSPDQKWF+A G RLDRVDVYR+DG L LAK+ LAKTPSHI Sbjct: 91 GKVQQRVPNIDDPYQIGFSPDQKWFVATGNRLDRVDVYRWDGKALKLAKQYPLAKTPSHI 150 Query: 121 AFDAASTTAFITQQGSNEISAIDLATQQVKWTMPVGKLPAGIFMTPDNKYLLVGIMGKDY 180 AF A S AFIT Q SNEI+AIDL TQ V W M G PAGI++TPD KYLLVG+ G DY Sbjct: 151 AFTADSRIAFITLQDSNEIAAIDLVTQNVMWRMETGSAPAGIWVTPDQKYLLVGMTGADY 210 Query: 181 VQVIDWRTQKTVKTIRTGEGAHNFRAHGDKRYVYVSNRVSNTINILDLQTLESVGVIS-V 239 V VIDWRT+ VK I+TG+GAHNFRA GD+R++++SNRV+ +I+I+D QTL VG I+ + Sbjct: 211 VAVIDWRTRTVVKQIQTGKGAHNFRAVGDRRHLFLSNRVTGSISIIDQQTLSKVGDITGL 270 Query: 240 PGGPDCMEVTDDGKTMWVTLRWVKKVAVIDLASKKITKIIPVGRSPHGIYFINRA 294 P GPD ME+T DGKT+WVT RW + V ++D+AS+K+ K + VGRSPHGIYF RA Sbjct: 271 PPGPDDMELTADGKTLWVTFRWARSVGLVDVASRKLVKTVRVGRSPHGIYFRTRA 325 >Q0K984.1 Q0K984_CUPNH Cytochrome d1 heme domain Length = 332 Score = 400 bits (1027), Expect = e-109, Method: Compositional matrix adjust. Identities = 191/295 (64%), Positives = 239/295 (81%), Gaps = 1/295 (0%) Query: 1 VVVLNSGDATVTLLDQSTYKEINTFSVGKEPHHLMATPDNKSLIVASATGNQLIFLDPKT 60 VV+LNSGDATVTL+D++T K + TF +GKEPHHL+ATPD+KSLIVA+A GN L+FLDP + Sbjct: 35 VVILNSGDATVTLIDKNTQKVLETFPIGKEPHHLIATPDDKSLIVANAVGNDLVFLDPVS 94 Query: 61 GEVQRQLRGIIDPYQIGFSPDQKWFIANGLRLDRVDVYRYDGHNLDLAKRVRLAKTPSHI 120 G+VQ+++ + DPYQIGFSPDQKWF+A G RLDRVD+YR+DG L LAK+ LAKTPSHI Sbjct: 95 GKVQQRVPNVDDPYQIGFSPDQKWFVATGNRLDRVDLYRWDGKALKLAKQFPLAKTPSHI 154 Query: 121 AFDAASTTAFITQQGSNEISAIDLATQQVKWTMPVGKLPAGIFMTPDNKYLLVGIMGKDY 180 AF A S AFIT Q SNE++AIDL TQ V W M G PAGI++TPD KYLLVG+ G DY Sbjct: 155 AFTADSRIAFITLQDSNEVAAIDLVTQNVMWRMETGSAPAGIWVTPDQKYLLVGMTGADY 214 Query: 181 VQVIDWRTQKTVKTIRTGEGAHNFRAHGDKRYVYVSNRVSNTINILDLQTLESVGVIS-V 239 V VIDWRT+ VK I+TG+GAHNFRA GDKR++++SNRV+++I+I+D QTL VG I+ + Sbjct: 215 VAVIDWRTRTVVKQIQTGKGAHNFRAVGDKRHLFLSNRVTSSISIIDQQTLAKVGDITGL 274 Query: 240 PGGPDCMEVTDDGKTMWVTLRWVKKVAVIDLASKKITKIIPVGRSPHGIYFINRA 294 P GPD ME+T DGKT+WVT RW + V ++D+AS+K+ K + VGRSPHGIYF RA Sbjct: 275 PPGPDDMELTADGKTLWVTFRWARSVGLVDVASRKLVKTVRVGRSPHGIYFRTRA 329 >Q1LLM9.1 Q1LLM9_RALME Putative uncharacterized protein Length = 328 Score = 398 bits (1022), Expect = e-109, Method: Compositional matrix adjust. Identities = 194/295 (65%), Positives = 236/295 (80%), Gaps = 1/295 (0%) Query: 1 VVVLNSGDATVTLLDQSTYKEINTFSVGKEPHHLMATPDNKSLIVASATGNQLIFLDPKT 60 VV+LNSGDA+VTL+D+ T K + TF +GKEPHHL+ATPD+KSLIVA+A GN L+FLDP T Sbjct: 31 VVILNSGDASVTLIDKDTQKVLETFPIGKEPHHLIATPDDKSLIVANAVGNDLVFLDPVT 90 Query: 61 GEVQRQLRGIIDPYQIGFSPDQKWFIANGLRLDRVDVYRYDGHNLDLAKRVRLAKTPSHI 120 G+VQ+++ I DPYQIGFSPDQKWFIA G RLDRVDVYR+DG L +AK+ LAKTPSHI Sbjct: 91 GKVQQRVPNIDDPYQIGFSPDQKWFIATGNRLDRVDVYRWDGRQLKIAKQFPLAKTPSHI 150 Query: 121 AFDAASTTAFITQQGSNEISAIDLATQQVKWTMPVGKLPAGIFMTPDNKYLLVGIMGKDY 180 AF A S AFIT Q SN+I+AIDL T V WTM G PAGI++TPD KYLLVG+ G DY Sbjct: 151 AFTADSKIAFITLQDSNQIAAIDLTTLTVLWTMEAGSAPAGIWVTPDQKYLLVGMTGADY 210 Query: 181 VQVIDWRTQKTVKTIRTGEGAHNFRAHGDKRYVYVSNRVSNTINILDLQTLESVGVIS-V 239 V VIDWRT+ VK I+TG+GAHNFRA GDKR++++SNRVS +I+I+D QTL VG I+ + Sbjct: 211 VAVIDWRTRTVVKQIQTGKGAHNFRAVGDKRHLFLSNRVSGSISIIDQQTLSKVGEITGL 270 Query: 240 PGGPDCMEVTDDGKTMWVTLRWVKKVAVIDLASKKITKIIPVGRSPHGIYFINRA 294 GPD ME+T DGKT+WVT RW + V +ID+AS+K+ K I VG+SPHGIYF RA Sbjct: 271 LPGPDDMELTADGKTLWVTFRWARSVGLIDVASRKMIKTIRVGKSPHGIYFRTRA 325