BLASTP 2.12.0+
Reference: Stephen F. Altschul, 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 composition-based statistics: Alejandro A. Schaffer,
L. Aravind, Thomas L. Madden, Sergei Shavirin, John L. Spouge, Yuri
I. Wolf, Eugene V. Koonin, and Stephen F. Altschul (2001),
"Improving the accuracy of PSI-BLAST protein database searches with
composition-based statistics and other refinements", Nucleic Acids
Res. 29:2994-3005.
Database: blastdb
319,881 sequences; 135,609,681 total letters
Query= PHYKE_8393
Length=326
Score E
Sequences producing significant alignments: (Bits) Value
PHYKE_8393 570 0.0
PPTG_17127 434 1e-152
PITG_18456 432 6e-152
PHYRA_81100 432 6e-152
PHYSO_471523 431 2e-151
PHYCA_556162 417 5e-146
PHALS_06478 385 2e-133
PYU1_G001735 251 7e-81
PYIR_13451 246 2e-78
PYAP_17762 236 8e-75
PYIW_19971 236 1e-74
PYVX_18171 228 2e-72
PYAR_13570 207 9e-64
CCA18899 161 6e-46
CCI45123 155 5e-44
SPRG_06336 121 7e-31
SDRG_01781 118 1e-29
H257_06294 109 3e-26
H310_09223 103 4e-24
CCI45127 71.2 1e-13
PPTG_19236 35.8 0.13
SPRG_06059 36.6 0.26
PHYRA_83768 35.8 0.42
PHYRA_77033 35.8 0.47
SPRG_06058 33.9 1.9
PHYCA_556081 33.1 2.8
PPTG_04299 32.3 5.6
PITG_07134 32.0 5.8
>PHYKE_8393
Length=326
Score = 570 bits (1468), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 326/326 (100%), Positives = 326/326 (100%), Gaps = 0/326 (0%)
Query 1 MNILRVPEVGATASGDKARPTSCEGYVTKRGHFPCHPPHGETPAHKGSFYLSNIAPHEYV 60
MNILRVPEVGATASGDKARPTSCEGYVTKRGHFPCHPPHGETPAHKGSFYLSNIAPHEYV
Sbjct 1 MNILRVPEVGATASGDKARPTSCEGYVTKRGHFPCHPPHGETPAHKGSFYLSNIAPHEYV 60
Query 61 VGVMGAADKPFGFKMVGHAPRKGYVELDVFVETLSDRNKWLEVARNALGAKRQIMRQAID 120
VGVMGAADKPFGFKMVGHAPRKGYVELDVFVETLSDRNKWLEVARNALGAKRQIMRQAID
Sbjct 61 VGVMGAADKPFGFKMVGHAPRKGYVELDVFVETLSDRNKWLEVARNALGAKRQIMRQAID 120
Query 121 QSVSPTKKGMFGFGlslspqplvppqKQIQALTHNKeellaealreleaaKMVGREACNE 180
QSVSPTKKGMFGFGLSLSPQPLVPPQKQIQALTHNKEELLAEALRELEAAKMVGREACNE
Sbjct 121 QSVSPTKKGMFGFGLSLSPQPLVPPQKQIQALTHNKEELLAEALRELEAAKMVGREACNE 180
Query 181 IVVQGEKLDSVEHDLHAIDRDLDFGDKLLRRLKNPTLHLFSDDTRPKSHANSNESSPQRT 240
IVVQGEKLDSVEHDLHAIDRDLDFGDKLLRRLKNPTLHLFSDDTRPKSHANSNESSPQRT
Sbjct 181 IVVQGEKLDSVEHDLHAIDRDLDFGDKLLRRLKNPTLHLFSDDTRPKSHANSNESSPQRT 240
Query 241 HQSAGSNPIHLPFSMGSANDADASDLERlahalgelelqaellngeagRSTQQIARIEQQ 300
HQSAGSNPIHLPFSMGSANDADASDLERLAHALGELELQAELLNGEAGRSTQQIARIEQQ
Sbjct 241 HQSAGSNPIHLPFSMGSANDADASDLERLAHALGELELQAELLNGEAGRSTQQIARIEQQ 300
Query 301 LSNVTARVEKQTKQASATLSAGPRLF 326
LSNVTARVEKQTKQASATLSAGPRLF
Sbjct 301 LSNVTARVEKQTKQASATLSAGPRLF 326
>PPTG_17127
Length=351
Score = 434 bits (1117), Expect = 1e-152, Method: Compositional matrix adjust.
Identities = 256/351 (73%), Positives = 284/351 (81%), Gaps = 25/351 (7%)
Query 1 MNILRVPEVGATASGDKARPTSCEGYVTKRGHF-------------------------PC 35
MNILRVPE G TASGDKARPTSCEGYVTKRGHF C
Sbjct 1 MNILRVPEHGTTASGDKARPTSCEGYVTKRGHFRKSWRVRFLVVDGSNLQVSYYESRAAC 60
Query 36 HPPHGETPAHKGSFYLSNIAPHEYVVGVMGAADKPFGFKMVGHAPRKGYVELDVFVETLS 95
HPP GE A KGSFYLS+I PHEYVVGVMGAADKPFGFKMVGHAP+KGYVELDVFV+TL+
Sbjct 61 HPPTGEPSAPKGSFYLSSIEPHEYVVGVMGAADKPFGFKMVGHAPKKGYVELDVFVDTLA 120
Query 96 DRNKWLEVARNALGAKRQIMRQAIDQSVSPTKKGMFGFGlslspqplvppqKQIQALTHN 155
DRNKWLEVARNAL KRQ+ RQAIDQSVSP KK +FGF ++LSPQP + PQKQ+Q L +
Sbjct 121 DRNKWLEVARNALSVKRQLTRQAIDQSVSPNKKTLFGFSVALSPQPAMSPQKQMQTLAKS 180
Query 156 KeellaealreleaaKMVGREACNEIVVQGEKLDSVEHDLHAIDRDLDFGDKLLRRLKNP 215
K+ELL+EALRELEAAK+VGREACNEIV+QGEKLD++E DL AIDRDLDFGDKLLRRLK+P
Sbjct 181 KDELLSEALRELEAAKLVGREACNEIVIQGEKLDTIEQDLSAIDRDLDFGDKLLRRLKSP 240
Query 216 TLHLFSDDTRPKSHANSNESSPQRTHQSAGSNPIHLPFSMGSANDADASDLERlahalge 275
TLHLFSDD+RPKS S SSPQR HQS GS+P LP + +++DA SDLERLA ALGE
Sbjct 241 TLHLFSDDSRPKSTGGSKGSSPQRFHQSGGSSPSRLPPAFDTSSDAGGSDLERLAQALGE 300
Query 276 lelqaellngeagRSTQQIARIEQQLSNVTARVEKQTKQASATLSAGPRLF 326
LE+QAE+LNGEA S+QQI RIE L+NVT RVEKQTKQASATLSAGPRLF
Sbjct 301 LEVQAEMLNGEASHSSQQIERIEHHLTNVTTRVEKQTKQASATLSAGPRLF 351
>PITG_18456
Length=351
Score = 432 bits (1112), Expect = 6e-152, Method: Compositional matrix adjust.
Identities = 262/351 (75%), Positives = 291/351 (83%), Gaps = 25/351 (7%)
Query 1 MNILRVPEVGATASGDKARPTSCEGYVTKRGHF-------------------------PC 35
MNILRVPE GATASGDKARPTSCEGYVTKRGHF C
Sbjct 1 MNILRVPEHGATASGDKARPTSCEGYVTKRGHFRKSWRVRFLVVDGSNLQVSYYESRAAC 60
Query 36 HPPHGETPAHKGSFYLSNIAPHEYVVGVMGAADKPFGFKMVGHAPRKGYVELDVFVETLS 95
HPP G+ A KG FYLS+I PHEYVVGVMGAADKPFGFKMVGHAP+KGYVELDVFV+TL+
Sbjct 61 HPPIGQPSAPKGIFYLSSIEPHEYVVGVMGAADKPFGFKMVGHAPKKGYVELDVFVDTLA 120
Query 96 DRNKWLEVARNALGAKRQIMRQAIDQSVSPTKKGMFGFGlslspqplvppqKQIQALTHN 155
DRNKWLEVARNALGAKRQ+ RQAIDQSVSP KK +FGF +SLSPQP + PQKQIQ L+ +
Sbjct 121 DRNKWLEVARNALGAKRQLTRQAIDQSVSPGKKNLFGFSVSLSPQPAMSPQKQIQTLSKS 180
Query 156 KeellaealreleaaKMVGREACNEIVVQGEKLDSVEHDLHAIDRDLDFGDKLLRRLKNP 215
K+ELL++ALRELEAAK+VGREACNEIVVQGEKLD++E DL AIDRDLDFGDKLLRRLK+P
Sbjct 181 KDELLSQALRELEAAKLVGREACNEIVVQGEKLDAIEQDLSAIDRDLDFGDKLLRRLKSP 240
Query 216 TLHLFSDDTRPKSHANSNESSPQRTHQSAGSNPIHLPFSMGSANDADASDLERlahalge 275
TLHLFSDD+RPKS +S SSPQR+HQS GS+P LP ++ ++DA SDLERLA ALGE
Sbjct 241 TLHLFSDDSRPKSTGSSKGSSPQRSHQSGGSSPTRLPPALEISSDAGVSDLERLAQALGE 300
Query 276 lelqaellngeagRSTQQIARIEQQLSNVTARVEKQTKQASATLSAGPRLF 326
LE+QAELLNGEAGRS+QQI RIE L+NVT RVEKQTKQASATLSAGPRLF
Sbjct 301 LEVQAELLNGEAGRSSQQIERIEHHLTNVTTRVEKQTKQASATLSAGPRLF 351
>PHYRA_81100
Length=349
Score = 432 bits (1112), Expect = 6e-152, Method: Compositional matrix adjust.
Identities = 260/351 (74%), Positives = 286/351 (81%), Gaps = 27/351 (8%)
Query 1 MNILRVPEVGATASGDKARPTSCEGYVTKRGHF-------------------------PC 35
MNILRVPE+GATASGDKARPTSCEGYVTKRGHF C
Sbjct 1 MNILRVPEIGATASGDKARPTSCEGYVTKRGHFRKSWRVRFLVLEGSNLQISYYESRAAC 60
Query 36 HPPHGETPAHKGSFYLSNIAPHEYVVGVMGAADKPFGFKMVGHAPRKGYVELDVFVETLS 95
HPP E A KGSFYLS+I PHEYVVGVMGAA KPFGFKM+GHAP+KGYVELDVFVET
Sbjct 61 HPPAAEPSAPKGSFYLSSIEPHEYVVGVMGAAGKPFGFKMIGHAPKKGYVELDVFVETQG 120
Query 96 DRNKWLEVARNALGAKRQIMRQAIDQSVSPTKKGMFGFGlslspqplvppqKQIQALTHN 155
DRNKWLEVARNAL AKRQ+ RQAIDQSVS KK +FGFG+SLSPQPL+ PQKQ+Q LT N
Sbjct 121 DRNKWLEVARNALSAKRQLTRQAIDQSVSSNKKNLFGFGVSLSPQPLMTPQKQMQTLTQN 180
Query 156 KeellaealreleaaKMVGREACNEIVVQGEKLDSVEHDLHAIDRDLDFGDKLLRRLKNP 215
K+ELL+ ALR++EAAK+VGREACNEIV+QGEKLD++E DL AIDRDLDFGDKLLRRLK+P
Sbjct 181 KDELLSGALRDIEAAKLVGREACNEIVIQGEKLDAIEQDLGAIDRDLDFGDKLLRRLKSP 240
Query 216 TLHLFSDDTRPKSHANSNESSPQRTHQSAGSNPIHLPFSMGSANDADASDLERlahalge 275
TLHLFSDD+RPKS A S SPQR+ QS GS P LP +M + NDA SDLERLA ALGE
Sbjct 241 TLHLFSDDSRPKSTA-SKGHSPQRSQQSGGS-PSRLPPAMETINDAGVSDLERLAQALGE 298
Query 276 lelqaellngeagRSTQQIARIEQQLSNVTARVEKQTKQASATLSAGPRLF 326
LE+QAE+LNGEAGRSTQQI R+E QLSNVTARVEKQTKQASATL AGP+LF
Sbjct 299 LEVQAEILNGEAGRSTQQIERVEHQLSNVTARVEKQTKQASATLRAGPKLF 349
>PHYSO_471523
Length=348
Score = 431 bits (1109), Expect = 2e-151, Method: Compositional matrix adjust.
Identities = 260/351 (74%), Positives = 285/351 (81%), Gaps = 28/351 (8%)
Query 1 MNILRVPEVGATASGDKARPTSCEGYVTKRGHF-------------------------PC 35
MNILRVPEVGATASGDKARPTSCEGYVTKRGHF C
Sbjct 1 MNILRVPEVGATASGDKARPTSCEGYVTKRGHFRKSWRVRFLVLDGSNLNVSYYESRAAC 60
Query 36 HPPHGETPAHKGSFYLSNIAPHEYVVGVMGAADKPFGFKMVGHAPRKGYVELDVFVETLS 95
HPP GE A KGSFYLS+I PHEYVVGVMGAA+KPFGFKMVGHAPRKGYVELDVFVETL+
Sbjct 61 HPPTGEPSAPKGSFYLSSIEPHEYVVGVMGAAEKPFGFKMVGHAPRKGYVELDVFVETLN 120
Query 96 DRNKWLEVARNALGAKRQIMRQAIDQSVSPTKKGMFGFGlslspqplvppqKQIQALTHN 155
DRNKWLEVARNAL AKRQ+ RQAIDQSVSP +K +FGF +SLSPQP + PQKQ+Q LT +
Sbjct 121 DRNKWLEVARNALSAKRQLTRQAIDQSVSPNRKNLFGFNISLSPQPNMSPQKQMQTLTKS 180
Query 156 KeellaealreleaaKMVGREACNEIVVQGEKLDSVEHDLHAIDRDLDFGDKLLRRLKNP 215
++ELL++ALR++EAAK VGREACNEIV QGEKLD++E DL AIDRDLDFGDKLLRRLK+P
Sbjct 181 RDELLSDALRDIEAAKQVGREACNEIVTQGEKLDAIEQDLSAIDRDLDFGDKLLRRLKSP 240
Query 216 TLHLFSDDTRPKSHANSNESSPQRTHQSAGSNPIHLPFSMGSANDADASDLERlahalge 275
TLHLFSDD+RPK+ A S SSPQR+ QS P LP +M S NDA SDLERLA ALGE
Sbjct 241 TLHLFSDDSRPKASA-SKASSPQRSQQSG--RPPRLPPAMDSINDAGVSDLERLAQALGE 297
Query 276 lelqaellngeagRSTQQIARIEQQLSNVTARVEKQTKQASATLSAGPRLF 326
LE+QAELLNGEAGR TQQI RIE QLSNVTARVEKQTKQASA L +GPRLF
Sbjct 298 LEVQAELLNGEAGRGTQQIERIEHQLSNVTARVEKQTKQASAALDSGPRLF 348
>PHYCA_556162
Length=351
Score = 417 bits (1073), Expect = 5e-146, Method: Compositional matrix adjust.
Identities = 249/351 (71%), Positives = 277/351 (79%), Gaps = 25/351 (7%)
Query 1 MNILRVPEVGATASGDKARPTSCEGYVTKRGHF-------------------------PC 35
MNILRVPEVGA SGDKARPTSCEGYVTKRGHF C
Sbjct 1 MNILRVPEVGAATSGDKARPTSCEGYVTKRGHFRKSWRVRFLVLDGSNLQVTYYESRAAC 60
Query 36 HPPHGETPAHKGSFYLSNIAPHEYVVGVMGAADKPFGFKMVGHAPRKGYVELDVFVETLS 95
HP GE KGSFYLS+I PHEYVVGVMGAA KPFGFKMVGHAP+KGYVELDVFVET+
Sbjct 61 HPTTGEASPPKGSFYLSSIEPHEYVVGVMGAAGKPFGFKMVGHAPKKGYVELDVFVETVG 120
Query 96 DRNKWLEVARNALGAKRQIMRQAIDQSVSPTKKGMFGFGlslspqplvppqKQIQALTHN 155
DRNKWLEVARNAL AKRQ+ RQAIDQSVSP KK +FGF +SLSPQP + PQKQ+Q LT N
Sbjct 121 DRNKWLEVARNALSAKRQLTRQAIDQSVSPNKKNLFGFSVSLSPQPALSPQKQMQTLTKN 180
Query 156 KeellaealreleaaKMVGREACNEIVVQGEKLDSVEHDLHAIDRDLDFGDKLLRRLKNP 215
K++LL++ALR++EAAK +GREACNEIV+QGEKLD++E DL AIDRDLDFGDKLLRRLK+P
Sbjct 181 KDDLLSDALRDIEAAKQIGREACNEIVIQGEKLDAIEQDLSAIDRDLDFGDKLLRRLKSP 240
Query 216 TLHLFSDDTRPKSHANSNESSPQRTHQSAGSNPIHLPFSMGSANDADASDLERlahalge 275
TLH+FS+D+RPKS ++S +SPQR+ QS GS+P L + S D ASDLERLA ALGE
Sbjct 241 TLHMFSNDSRPKSTSSSKANSPQRSQQSGGSSPTRLAQAAESRIDPGASDLERLAQALGE 300
Query 276 lelqaellngeagRSTQQIARIEQQLSNVTARVEKQTKQASATLSAGPRLF 326
LELQAELLN EAG STQQI IE LS VT RVEKQTKQASATL AGPRLF
Sbjct 301 LELQAELLNDEAGHSTQQIQTIEHHLSTVTGRVEKQTKQASATLRAGPRLF 351
>PHALS_06478
Length=345
Score = 385 bits (990), Expect = 2e-133, Method: Compositional matrix adjust.
Identities = 236/351 (67%), Positives = 265/351 (75%), Gaps = 31/351 (9%)
Query 1 MNILRVPEVGATASGDKARPTSCEGYVTKRGHF-------------------------PC 35
MNILR+PE GATASGDKA+PTSCEGYVTKRGHF C
Sbjct 1 MNILRLPEPGATASGDKAQPTSCEGYVTKRGHFRKSWRVRFLVLDGSNLQVAYYESRAAC 60
Query 36 HPPHGETPAHKGSFYLSNIAPHEYVVGVMGAADKPFGFKMVGHAPRKGYVELDVFVETLS 95
HPP+GE+ KGSFYLSNI PHEYV+GVMGAAD+PFGFKMVGHAPRKG+VELDVFVET +
Sbjct 61 HPPNGESTMPKGSFYLSNIEPHEYVIGVMGAADRPFGFKMVGHAPRKGFVELDVFVETQT 120
Query 96 DRNKWLEVARNALGAKRQIMRQAIDQSVSPTKKGMFGFGlslspqplvppqKQIQALTHN 155
DRNKWLEVA NAL AKRQ+ RQAIDQSVSP KK +FGF + S QP++ PQKQ+Q L +
Sbjct 121 DRNKWLEVACNALKAKRQLTRQAIDQSVSPNKKKLFGFSVPSSTQPVMSPQKQMQTLATS 180
Query 156 KeellaealreleaaKMVGREACNEIVVQGEKLDSVEHDLHAIDRDLDFGDKLLRRLKNP 215
KE LL EALRE+EAAK+VGREACNEIV QGEKLD +E DL AIDRDLDFGDKLL RLK+P
Sbjct 181 KEGLLLEALREIEAAKLVGREACNEIVNQGEKLDVIEQDLSAIDRDLDFGDKLLHRLKSP 240
Query 216 TLHLFSDDTRPKSHANSNESSPQRTHQSAGSNPIHLPFSMGSANDADASDLERlahalge 275
TLH FSDDTRPK + H S ++P L ++ DA SDL+RLA ALGE
Sbjct 241 TLHFFSDDTRPKVPLGDH------PHHSGSTSPSRLIPAIEITRDAGVSDLQRLAQALGE 294
Query 276 lelqaellngeagRSTQQIARIEQQLSNVTARVEKQTKQASATLSAGPRLF 326
LE+QAELLN E+G S+QQI RIE LS+VT RVEKQTKQA ATLSAGPRLF
Sbjct 295 LEVQAELLNSESGHSSQQIERIEHHLSHVTERVEKQTKQAVATLSAGPRLF 345
>PYU1_G001735
Length=342
Score = 251 bits (642), Expect = 7e-81, Method: Compositional matrix adjust.
Identities = 178/355 (50%), Positives = 226/355 (64%), Gaps = 49/355 (14%)
Query 1 MNILRVPEVGATASG-DKARPTSCEGYVTKRGHF-------------------------P 34
MNILRVP+ SG + +PTSCEGYVTKRGHF
Sbjct 1 MNILRVPDAKLAISGAEVCKPTSCEGYVTKRGHFRKSWRVRYLVFNGADLQVSYFESRDA 60
Query 35 CHPPHGETPAHKGSFYLSNIAPHEYVVGVMGAADKPFGFKMVGHAPRKGYVELDVFVETL 94
H P G P KGSFY+S++ HEY +GVMG +KPFGFK+VGHAP KGY+ELD+FVE+L
Sbjct 61 AHAP-GTVP--KGSFYVSSVEKHEYWIGVMGGKEKPFGFKLVGHAPSKGYIELDIFVESL 117
Query 95 SDRNKWLEVARNALGAKRQIMRQAIDQSVSPTKKGMFGFGlslspqplvppqKQIQALTH 154
D NKWLEV +NAL A +++ R+ + S K MFGFG S+SPQ Q++ L
Sbjct 118 PDVNKWLEVVQNALDAAKKLTRKGMTDST----KSMFGFGASISPQL------QVKKLAA 167
Query 155 NKeellaealreleaaKMVGREACNEIVVQGEKLDSVEHDLHAIDRDLDFGDKLLRRLKN 214
KEELL EALRE+E AK++GREA NEIV QGEKLD VE+DL ++ DLD DKLLR LK+
Sbjct 168 TKEELLREALREIEGAKLIGREAVNEIVSQGEKLDQVENDLGHVEGDLDHADKLLRHLKS 227
Query 215 PTLHLFSDDTRPKSHANSNESSPQRTHQSAGSNPI-------HLPFSMGSANDADASDLE 267
P LH+FS+D R K A + ++ SA ++P+ H + G +DLE
Sbjct 228 PVLHVFSNDNRQKKGAPTAATASASGGASATTSPVSGTEGQLHAKITGGGGT---LNDLE 284
Query 268 RlahalgelelqaellngeagRSTQQIARIEQQLSNVTARVEKQTKQASATLSAG 322
LA AL ELE QA L+N EA RST+QIARIE++L++V RV+ QTK+A+AT+ AG
Sbjct 285 MLALALSELEEQANLMNAEAARSTEQIARIEERLTSVNDRVQHQTKKATATMKAG 339
>PYIR_13451
Length=359
Score = 246 bits (627), Expect = 2e-78, Method: Compositional matrix adjust.
Identities = 183/369 (50%), Positives = 224/369 (61%), Gaps = 60/369 (16%)
Query 1 MNILRVPEVGATASG------DKARPTSCEGYVTKRGHF--------------PCHPPHG 40
MNILRVP+ SG DK +PTSCEGYVTKRGHF +
Sbjct 1 MNILRVPDAKLATSGSNGGAGDKFKPTSCEGYVTKRGHFRKSWRVRYLVFNGANLQVAYY 60
Query 41 ET---------------PAHKGSFYLSNIAPHEYVVGVMGAADKPFGFKMVGHAPRKGYV 85
E+ P KGSFY+S++ HEY VGVMG +KPFGFK+VGHAP+KGY+
Sbjct 61 ESRDASKGSSSSGGTGVPVPKGSFYVSSVEKHEYWVGVMGGREKPFGFKLVGHAPKKGYI 120
Query 86 ELDVFVETLSDRNKWLEVARNALGAKRQIMRQAIDQSVSPTKKGMFGFGlslspqplvpp 145
ELD+FVE+L D NKW+EV +NAL A ++ R Q S TK MFGF S SPQ
Sbjct 121 ELDIFVESLGDLNKWVEVVQNALDAAKKRSRTGGFQDNSTTKT-MFGFSASASPQL---- 175
Query 146 qKQIQALTHNKeellaealreleaaKMVGREACNEIVVQGEKLDSVEHDLHAIDRDLDFG 205
Q++ L KE+LL +ALRE+E AK++GREA NEIVVQGEKLD VE DL ++ DLD
Sbjct 176 --QVKKLAATKEDLLRDALREIEGAKLIGREAVNEIVVQGEKLDMVESDLGKVEGDLDHA 233
Query 206 DKLLRRLKNPTLHLFSDDTRPKSHANSNESSPQRTHQS------------AGSNPIHLPF 253
DKLLR +K P LHLFS D R K ++ +S S AG IH
Sbjct 234 DKLLRHMKRPMLHLFSGDERVKQSPHTGGASGHTDRASHGQTPGTTNGGTAGGQQIH--- 290
Query 254 SMGSANDADASDLERlahalgelelqaellngeagRSTQQIARIEQQLSNVTARVEKQTK 313
G NDA SDLE+LA ALGELE QA L+N EA +ST+QIAR+EQ+L+ V RV+ QTK
Sbjct 291 --GQRNDA-LSDLEKLALALGELEEQANLMNAEAVKSTEQIARVEQRLTAVNDRVQTQTK 347
Query 314 QASATLSAG 322
+A+AT+ AG
Sbjct 348 KANATMKAG 356
>PYAP_17762
Length=348
Score = 236 bits (602), Expect = 8e-75, Method: Compositional matrix adjust.
Identities = 161/357 (45%), Positives = 217/357 (61%), Gaps = 48/357 (13%)
Query 1 MNILRVPEVGATA----------SGDKARPTSCEGYVTKRGHF----------------- 33
MNILR+P +GAT+ +PTSCEGYVTKRGHF
Sbjct 1 MNILRLP-LGATSHPTVTASSSSPTSPVKPTSCEGYVTKRGHFRKSWRVRFLVLNGADLL 59
Query 34 -------PCHPPHGETPAHKGSFYLSNIAPHEYVVGVMGAADKPFGFKMVGHAPRKGYVE 86
G P KGSFYLS++ HEY VGV+GA +KPFGFKMVGHAPRKGYVE
Sbjct 60 VSYYDSKEVARTAGAVP--KGSFYLSSVEKHEYYVGVLGAQEKPFGFKMVGHAPRKGYVE 117
Query 87 LDVFVETLSDRNKWLEVARNALGAKRQIMRQAIDQSVSPTKKGMFGFGlslspqplvppq 146
LD+FVETL D NKWLEV +NAL A +++ R ++++P K +FGF P PQ
Sbjct 118 LDIFVETLGDLNKWLEVCQNALDAAKKLTRTGQPEALAP--KSLFGF------SPATSPQ 169
Query 147 KQIQALTHNKeellaealreleaaKMVGREACNEIVVQGEKLDSVEHDLHAIDRDLDFGD 206
+Q++ +T KE++L +A+ E+E+AK++GR AC EI +QGE+LD + +L ++ DLD+ D
Sbjct 170 QQMKKMTATKEQMLKQAIEEIESAKLIGRSACQEIFIQGERLDHIGQELAHVEGDLDYAD 229
Query 207 KLLRRLKNPTLHLFSDDTRPKSHANSNESSPQRTHQSAGSNPIH---LPFSMGSANDADA 263
KLLR +KNP LH+FS D R ++ R SA S L S + A
Sbjct 230 KLLRHMKNPGLHMFSSDARDRAKNTGRTKPSSRDTPSAVSEETRAAILSDSHDAVGGAPL 289
Query 264 SDLERlahalgelelqaellngeagRSTQQIARIEQQLSNVTARVEKQTKQASATLS 320
SD+ERLA LGELE QA LLN EA + T Q+ R+ +QL++V RV+ QT++A+A+++
Sbjct 290 SDIERLASLLGELEQQATLLNEEAIKGTAQVERVGEQLAHVNERVKAQTRKANASIA 346
>PYIW_19971
Length=348
Score = 236 bits (601), Expect = 1e-74, Method: Compositional matrix adjust.
Identities = 171/356 (48%), Positives = 220/356 (62%), Gaps = 45/356 (13%)
Query 1 MNILRVPEVGATAS----GDKARPTSCEGYVTKRGHF-------------------PCHP 37
MNILRVP++ S GDK + TSCEGYVTKRGHF
Sbjct 1 MNILRVPDMKLATSHGSGGDKFKATSCEGYVTKRGHFRKSWRVRYLVFNGADLQAAGGGG 60
Query 38 PHGETPAHKGSFYLSNIAPHEYVVGVMGAADKPFGFKMVGHAPRKGYVELDVFVETLSDR 97
TP KGSF++S++ HEY VGVMG +KPFGFK+VGHAP+KGY+ELD+FVETL D
Sbjct 61 ASPATP--KGSFFVSSVEKHEYWVGVMGGREKPFGFKLVGHAPKKGYIELDIFVETLGDL 118
Query 98 NKWLEVARNALGAKRQIMRQ--AIDQSVSPTKKGMFGFGlslspqplvppqKQIQALTHN 155
NKW+EV +NAL A ++ R A D S T K MFGF ++SPQ Q++ L
Sbjct 119 NKWVEVVQNALDAAKKHTRTPGAAD---SSTTKNMFGFSATVSPQL------QVKKLAAT 169
Query 156 KeellaealreleaaKMVGREACNEIVVQGEKLDSVEHDLHAIDRDLDFGDKLLRRLKNP 215
KEELL +ALRE+E AK++GREA ++I QG KL+ +E DL ++ DLD G KLL +K P
Sbjct 170 KEELLRDALREIEGAKLIGREAVSDIKGQGGKLNMIEDDLGKVESDLDHGGKLLNHMKRP 229
Query 216 TLHLFSDDTRPKSHANSNESSPQRTHQSAGSNPIHLPFSMGSANDAD---------ASDL 266
LHLFS+D R K +A+ + S +G++P S +A A SDL
Sbjct 230 MLHLFSNDNRSKPNAHHSGSHSDHKDGHSGAHPSSGGSSAETATGAQHHQQQDTSVMSDL 289
Query 267 ERlahalgelelqaellngeagRSTQQIARIEQQLSNVTARVEKQTKQASATLSAG 322
ERL ALGELE QA +N EA +ST+QIAR+EQ+L+ V RV+ QTK+A+AT+ AG
Sbjct 290 ERLVLALGELEEQATAMNAEAVKSTEQIARVEQRLTAVNDRVQAQTKKATATMKAG 345
>PYVX_18171
Length=294
Score = 228 bits (581), Expect = 2e-72, Method: Compositional matrix adjust.
Identities = 153/333 (46%), Positives = 192/333 (58%), Gaps = 73/333 (22%)
Query 19 RPTSCEGYVTKRGHF---------------------PCHPPHGETPAHKGSFYLSNIAPH 57
RPTSCEGYVTKRGHF A KG FYLS+I H
Sbjct 10 RPTSCEGYVTKRGHFRKSWRVRYLVLDGADLRVAYFESKTAFQNGAASKGEFYLSSIDKH 69
Query 58 EYVVGVMGAA---DKPFGFKMVGHAPRKGYVELDVFVETLSDRNKWLEVARNALGAKRQI 114
YV G MGA +KPFGFKMVGHAP+KGY ELD+FVETL+D KWLEVA NAL + +
Sbjct 70 AYVAGGMGAVGAQEKPFGFKMVGHAPKKGYTELDIFVETLADLTKWLEVAHNALESAAAM 129
Query 115 MRQAI-DQSVSPTKKGMFGFGlslspqplvppqKQIQALTHNKeellaealreleaaKMV 173
R+A D S T K +FGF PQ+Q++A++ +K+ELL +ALRELE AK++
Sbjct 130 SRKAAGDGGGSATTKSLFGF------STTTSPQQQLKAMSVSKDELLKDALRELEGAKLI 183
Query 174 GREACNEIVVQGEKLDSVEHDLHAIDRDLDFGDKLLRRLKNPTLHLFSDDTRPKSHANSN 233
GREAC E+VVQGEKLD +E +L I+ DLD+GDKLLRRLK+P LHL + D R
Sbjct 184 GREACTEMVVQGEKLDGIEANLGGIESDLDYGDKLLRRLKSPVLHLLARDLR-------R 236
Query 234 ESSPQRTHQSAGSNPIHLPFSMGSANDADASDLERlahalgelelqaellngeagRSTQQ 293
SP +T +AG D A+ LE+L STQQ
Sbjct 237 PPSPTKTLSNAG--------------DGRAA-LEQL--------------------STQQ 261
Query 294 IARIEQQLSNVTARVEKQTKQASATLSAGPRLF 326
IARIE++L+ V RV++QTKQA++ + G +F
Sbjct 262 IARIEERLTTVNDRVQRQTKQATSGIQRGGNIF 294
>PYAR_13570
Length=322
Score = 207 bits (526), Expect = 9e-64, Method: Compositional matrix adjust.
Identities = 148/298 (50%), Positives = 194/298 (65%), Gaps = 30/298 (10%)
Query 40 GETPAHKGSFYLSNIAPHEYVVGVMGAADKPFGFKMVGHAPRKGYVELDVFVETLSDRNK 99
G +P KGSFYLS++ HEYVVGV+GA KPFGFKMVGHAPRKGYVELD+FVE+ D K
Sbjct 36 GASP--KGSFYLSSVEKHEYVVGVLGAQKKPFGFKMVGHAPRKGYVELDIFVESRGDLAK 93
Query 100 WLEVARNALGAKRQIMRQAIDQSVSPTKKGMFGFGlslspqplvppqKQIQALTHNKeel 159
WLEV ++AL A +++ R + + S K +FGF P PQKQIQ L+ +KEEL
Sbjct 94 WLEVCQHALAAAKKLTRSGLSDAAST--KSLFGFS------PATSPQKQIQKLSASKEEL 145
Query 160 laealreleaaKMVGREACNEIVVQG---------------EKLDSVEHDLHAIDRDLDF 204
L +A+ E+E+AK++GREAC EIVVQG EKLD +E +L +D DLD+
Sbjct 146 LKQAIDEIESAKLMGREACQEIVVQGVRKRGRLTSGFSLHAEKLDHIESELQRVDADLDY 205
Query 205 GDKLLRRLKNPTLHLFSDDTRPKSHANSNESSPQRTHQSAGSNPIHLPFSMGSAND---A 261
GDKLL LK+P L+LFS D R K+ A S SP ++ QSA S+ ++G +
Sbjct 206 GDKLLSHLKSPLLYLFSSDARDKNSA-SPAHSPVKSKQSALSSAARAD-ALGQGVERASG 263
Query 262 DASDLERlahalgelelqaellngeagRSTQQIARIEQQLSNVTARVEKQTKQASATL 319
+ SD+ERLA LGELE QA LLN EA R T Q+ R+ L+++ RV+ QTK+A + +
Sbjct 264 EMSDMERLALLLGELEAQATLLNEEAVRGTTQVERVGDALAHINERVQNQTKKADSAV 321
>CCA18899
Length=343
Score = 161 bits (408), Expect = 6e-46, Method: Compositional matrix adjust.
Identities = 131/343 (38%), Positives = 182/343 (53%), Gaps = 50/343 (15%)
Query 20 PTSCEGYVTKRGHF------------------------PCHPPHGETPAHKGSFYLSNIA 55
PTSCEGYVTKRGHF TP KGSF L +
Sbjct 15 PTSCEGYVTKRGHFRKSWRVRYLVISGVNMQVSYYESKDSSKSKNATP--KGSFILQSAE 72
Query 56 PHEYVVGVM---GAADKPFGFKMVGHAPRKGYVELDVFVETLSDRNKWLEVARNALGAKR 112
HEY + M +KPFGFKMVGHAP++GY+ELDVFV++ SD ++WL+V N L A +
Sbjct 73 KHEYWISQMVTGSVKEKPFGFKMVGHAPKQGYIELDVFVDSSSDMDQWLDVINNGLKASK 132
Query 113 QIMRQAIDQSVSPTKKGMFGFGlslspqplvppqKQIQALTHNKeellaealreleaaKM 172
+ R+A + T K + GF ++QIQ L K + + EAL+++E AK
Sbjct 133 CMAREAFMAEMDTT-KSVLGFS-----YIGTTSKQQIQVLKSKKCDYIHEALQQIEMAKS 186
Query 173 VGREACNEIVVQGEKLDSVEHDLHAIDRDLDFGDKLLRRLKNPTLHLFSDDTRPKSHAN- 231
G AC+EIV QGE+L VE +L I DL+ +KL++ +++P + FS +RP A
Sbjct 187 AGNAACDEIVSQGEQLGKVEQNLSTIQNDLNHSEKLIKSIRHPLRYFFS-RSRPHDRATI 245
Query 232 -------SNESSPQRTHQSAGS-NPIHLPFSMGSANDADASDLERlahalgelelqaell 283
+ P H++ N HL + +D+E+LA AL +LE+QA+L+
Sbjct 246 SKSSSIHRSHHHPGILHKTKKDRNVDHLAEEI----RVPTNDIEKLAMALKDLEVQAQLI 301
Query 284 ngeagRSTQQIARIEQQLSNVTARVEKQTKQASATLSAGPRLF 326
N EA +S +QIARIE QLS + R++ QT Q T S LF
Sbjct 302 NSEAVKSNEQIARIEGQLSGINDRIQAQTSQV-ITSSGKQNLF 343
>CCI45123
Length=301
Score = 155 bits (392), Expect = 5e-44, Method: Compositional matrix adjust.
Identities = 114/290 (39%), Positives = 171/290 (59%), Gaps = 17/290 (6%)
Query 46 KGSFYLSNIAPHEYVVGVM---GAADKPFGFKMVGHAPRKGYVELDVFVETLSDRNKWLE 102
KGSF L N+ HEY + M ++PFGFKMVGHAP++GYVELDVFV++LS+ ++WL+
Sbjct 20 KGSFILQNVEKHEYWISRMVTGSVKERPFGFKMVGHAPKQGYVELDVFVDSLSNMDQWLD 79
Query 103 VARNALGAKRQIMRQAIDQSVSPTKKGMFGFGlslspqplvppqKQIQALTHNKeellae 162
V N L A +++ R+A + T KG+ GF ++Q++ L K + + E
Sbjct 80 VINNGLKANKRMAREAFMAEMDTT-KGVLGFS-----FAGTTSKQQVKELKSRKSDYIHE 133
Query 163 alreleaaKMVGREACNEIVVQGEKLDSVEHDLHAIDRDLDFGDKLLRRLKNPTLHLFSD 222
AL+++E AK G AC+EIV QGE+L VE +L I+ DL+ +KL++ +++P + FS
Sbjct 134 ALQQIEMAKSAGSAACDEIVAQGEQLGKVEQNLSNIESDLNHSEKLIKSIRHPLRYFFSK 193
Query 223 DTRPKSHANSNESSPQRTHQSAGSNPIHLPFSMGSANDAD------ASDLERlahalgel 276
+ A S ++ R+H + +H+ + G +DLE+LA AL EL
Sbjct 194 THHHEKDAMSKNNTNHRSHHHQ-TGILHMRKNDGKIEHVAEEICVPTNDLEKLAMALKEL 252
Query 277 elqaellngeagRSTQQIARIEQQLSNVTARVEKQTKQASATLSAGPRLF 326
E+QA+L+N EA +S QI RIE QLS + R++ QT Q A+ S LF
Sbjct 253 EVQAQLINSEAVKSNDQITRIEGQLSGINDRIQSQTTQVVAS-SGKKNLF 301
>SPRG_06336
Length=335
Score = 121 bits (304), Expect = 7e-31, Method: Compositional matrix adjust.
Identities = 109/329 (33%), Positives = 164/329 (50%), Gaps = 39/329 (12%)
Query 19 RPTSCEGYVTKRGHFP------CHPPHGET----------------PAHKGSFYLSNIAP 56
+ TSCEGYVTKRGH G+T P KGSF L+ I
Sbjct 9 KQTSCEGYVTKRGHVMKSWRRRYMVLDGDTLKVSYYDSKTIYKSDKPKEKGSFILAEIEK 68
Query 57 HEYVVGVMGAADKPFGFKMVGHAPRKGYVELDVFVETLSDRNKWLEVARNALGAKRQIMR 116
H+Y G KP+GFK+VGHAP GY E V+VET D+ +WLEVA NALG K +
Sbjct 69 HDY--SDEGGGVKPYGFKLVGHAPGHGYKEFCVYVETAKDQTQWLEVAHNALG-KNVTPQ 125
Query 117 QAIDQSVSPTKKGMFGFGlslspqplvppqKQIQALTHNKeellaealreleaaKMVGRE 176
++DQ S G L Q++ + KEELL +A+ LE A+ VG
Sbjct 126 ASVDQRASAL------LGHRAPSGFLTSAPVQLRNVNKTKEELLRKAIVTLEHARTVGDN 179
Query 177 ACNEIVVQGEKLDSVEHDLHAIDRDLDFGDKLLRRLKNPTLHLFSDDTRPKSHANSNESS 236
+E+ E LD E ++ ++ +LD GD +++++ +P + FS K S +S
Sbjct 180 TVSEMGHNAEMLDIAEANMDYVETELDRGDNIIKKMTSPFFYYFSSSKSKKKGTGSPKSK 239
Query 237 PQRTH--QSAGSNPIHLPFS------MGSANDADASDLERlahalgelelqaellngeag 288
R+H Q+ ++P H S G+ DA +L++L+ L LE+ A ++ E
Sbjct 240 SARSHQPQTPMNSPTHKKSSGPASKAGGATTDAGDDELDQLSKILASLEVHANTISTEVE 299
Query 289 RSTQQIARIEQQLSNVTARVEKQTKQASA 317
R+T+QI RI++++ R+ +Q+ + A
Sbjct 300 RTTEQIDRIQKKMVEADERIVEQSAKVHA 328
>SDRG_01781
Length=335
Score = 118 bits (295), Expect = 1e-29, Method: Compositional matrix adjust.
Identities = 109/329 (33%), Positives = 165/329 (50%), Gaps = 39/329 (12%)
Query 19 RPTSCEGYVTKRGH---------------------FPCHPPH-GETPAHKGSFYLSNIAP 56
+ TSCEGYVTKRGH F + + P KGSF L+ I
Sbjct 9 KQTSCEGYVTKRGHVMKSWRRRYMVLDGDTLKVSYFDSKTIYKSDKPKEKGSFILAEIEK 68
Query 57 HEYVVGVMGAADKPFGFKMVGHAPRKGYVELDVFVETLSDRNKWLEVARNALGAKRQIMR 116
H+Y G KP+GFK+VGHAP GY E V+VET D+ +WLEVA NALG + +
Sbjct 69 HDY--SDEGGGVKPYGFKLVGHAPGHGYKEFCVYVETAKDQTQWLEVAHNALG--KNVAP 124
Query 117 QAIDQSVSPTKKGMFGFGlslspqplvppqKQIQALTHNKeellaealreleaaKMVGRE 176
QA S ++ G + L Q++ + KEELL +A+ LE A+ VG
Sbjct 125 QA-----SADQRATALLGHRAASGFLTSAPVQLRNVNKTKEELLRKAIVTLEHARTVGDN 179
Query 177 ACNEIVVQGEKLDSVEHDLHAIDRDLDFGDKLLRRLKNPTLHLFSDDTRPKSHANSNESS 236
+E+ E LD E ++ + +LD GD +++++ +P + FS K A S +S
Sbjct 180 TVSEMGHNAEMLDIAEANMDYVGTELDRGDNIIKKMTSPFFYYFSSSKSKKKGAGSPKSK 239
Query 237 PQRTH--QSAGSNPIHL----PFSM--GSANDADASDLERlahalgelelqaellngeag 288
R+H Q+ ++P + P S G DA +L++L+ L LE+ A ++ E
Sbjct 240 SARSHLPQTPMNSPTNKKPSGPTSKTGGPTTDAGDDELDQLSKILASLEVHANTISTEVE 299
Query 289 RSTQQIARIEQQLSNVTARVEKQTKQASA 317
R+T+QI RI++++ RV +Q+ + A
Sbjct 300 RTTEQIDRIQKKMVEADERVVEQSAKVHA 328
>H257_06294
Length=358
Score = 109 bits (272), Expect = 3e-26, Method: Compositional matrix adjust.
Identities = 108/354 (31%), Positives = 166/354 (47%), Gaps = 54/354 (15%)
Query 17 KARPTSCEGYVTKRGHFPCHPP------HGET--------------PAH-KGSFYLSNIA 55
K TSCEGYVTKRGH +G+T H KGSF LS
Sbjct 7 KIHQTSCEGYVTKRGHLMKSWKRRYMVLNGDTLLVSYYDSKEIYTSKGHPKGSFVLSECE 66
Query 56 PHEYVVGVMGAADKPFGFKMVGHAPRKGYVELDVFVETLSDRNKWLEVARNALG---AKR 112
+ + GA+ KPFGFK +GH P +GY E V+VE+ D+ KWL VA NALG + +
Sbjct 67 KQD--LSDEGASVKPFGFKFIGHCPGQGYKEYSVYVESQIDQTKWLNVAHNALGKNSSPQ 124
Query 113 QIMRQAIDQSVSPT-----------KKGMF---GFGlslspqplvppqKQIQALTHNKee 158
+ M Q I++ P ++ M G S + + Q++ + +E
Sbjct 125 KSMSQRIEEITGPLLPCASVQLNCPRRDMIHITTLGHKESAGLMQSLEAQMKNVKKTSQE 184
Query 159 llaealreleaaKMVGREACNEIVVQGEKLDSVEHDLHAIDRDLDFGDKLLRRLKNPTL- 217
LL +A+ + + A +G NE+V Q + L+ E + + R +D + L R LK+P L
Sbjct 185 LLQQAINDAKEADRIGDATVNEMVYQEDVLNDAEGTVDTMGRQMDHAEDLGRSLKHPILY 244
Query 218 ---HLFSDDTRPKSHANSNESSPQRTHQSAGSNP-------IHLPFSMGSANDADASDLE 267
HLF TR KS+ S R + S + P +A + L+
Sbjct 245 KLTHLF---TRKKSYKKGGRGSKTRKGGAKASRSSRVSRVKLQPPQQQHAAAQPEDDQLD 301
Query 268 RlahalgelelqaellngeagRSTQQIARIEQQLSNVTARVEKQTKQASATLSA 321
+L+ L +L A+ ++ R+T+Q+ RI+Q++++V RV+K+ K A L A
Sbjct 302 QLSKILAKLGQTADTISDITARTTEQVDRIDQKVTSVDDRVKKEAKLVQAVLKA 355
>H310_09223
Length=333
Score = 103 bits (256), Expect = 4e-24, Method: Compositional matrix adjust.
Identities = 100/334 (30%), Positives = 158/334 (47%), Gaps = 39/334 (12%)
Query 17 KARPTSCEGYVTKRGHFP------CHPPHGET--PAH-------------KGSFYLSNIA 55
K TSCEGYVTKRGH HG+T A+ KGSF LS
Sbjct 7 KIHQTSCEGYVTKRGHMMKTWKRRYMVLHGDTLLVAYYDSKEIYKSNGPPKGSFVLSECE 66
Query 56 PHEYVVGVMGAADKPFGFKMVGHAPRKGYVELDVFVETLSDRNKWLEVARNALGAKRQIM 115
+ + G + KPFGFK +GH P +GY E VFVET D+ KWL VA NALG I
Sbjct 67 KQD--LSDEGGSVKPFGFKFIGHCPGQGYKEYMVFVETQIDQTKWLNVAHNALGKTTYI- 123
Query 116 RQAIDQSVSPTKKGMFGFGlslspqplvppqKQIQALTHNKeellaealreleaaKMVGR 175
SP+ + G G S ++ + QI+ + ELL +A+ + + A +G
Sbjct 124 -------PSPSMESHGGAGHKESAGLMISLEAQIKNVKKTSHELLQQAINDAKEADRIGD 176
Query 176 EACNEIVVQGEKLDSVEHDLHAIDRDLDFGDKLLRRLKNPTLHLFSDD-TRPKSHANSNE 234
+E+ Q E L+ E+ + A+ + +D + L + +K+P L+ F+ +R KS
Sbjct 177 ATVDEMAYQEEVLNDAENTVDAMGKQMDRAEDLGKSIKHPILYKFTHIFSRKKSKRGKRG 236
Query 235 SSPQRTHQSAGSNPIHLPFSMGSA-------NDADASDLERlahalgelelqaellngea 287
+S ++ + +P + + L+ L+ L +L A+ ++
Sbjct 237 ASSKKRGGGKSTRSSRVPRGVQVKLHPPQPQPKQEEDQLDELSKILAKLGQTADTISDIT 296
Query 288 gRSTQQIARIEQQLSNVTARVEKQTKQASATLSA 321
R+T+Q+ RI+Q++++V RV K+ K + L A
Sbjct 297 TRTTEQVDRIDQKVTSVDERVTKEAKLVESVLKA 330
>CCI45127
Length=202
Score = 71.2 bits (173), Expect = 1e-13, Method: Compositional matrix adjust.
Identities = 74/207 (36%), Positives = 115/207 (56%), Gaps = 13/207 (6%)
Query 126 TKKGMFGFGlslspqplvppqKQIQALTHNKeellaealreleaaKMVGREACNEIVVQG 185
T KG+ GF + + +Q++ L K + + EAL+++E AK G AC+EIV QG
Sbjct 3 TTKGVLGFSFAGTTSK-----QQVKELKSRKSDYIHEALQQIEMAKSAGSAACDEIVAQG 57
Query 186 EKLDSVEHDLHAIDRDLDFGDKLLRRLKNPTLHLFSDDTRPKSHANSNESSPQRTHQSAG 245
E+L VE +L I+ DL+ +KL++ +++P + FS + A S ++ R+H
Sbjct 58 EQLGKVEQNLSNIESDLNHSEKLIKSIRHPLRYFFSKTHHHEKDAMSKNNTNHRSHHHQ- 116
Query 246 SNPIHLPFSMGSANDAD------ASDLERlahalgelelqaellngeagRSTQQIARIEQ 299
+ +H+ + G +DLE+LA AL ELE+QA+L+N EA +S QI RIE
Sbjct 117 TGILHMRKNDGKIEHVAEEICVPTNDLEKLAMALKELEVQAQLINSEAVKSNDQITRIEG 176
Query 300 QLSNVTARVEKQTKQASATLSAGPRLF 326
QLS + R++ QT Q A+ S LF
Sbjct 177 QLSGINDRIQSQTTQVVAS-SGKKNLF 202
>PPTG_19236
Length=142
Score = 35.8 bits (81), Expect = 0.13, Method: Compositional matrix adjust.
Identities = 24/72 (33%), Positives = 42/72 (58%), Gaps = 13/72 (18%)
Query 181 IVVQGEKLDSVEHDLHA-IDRDLDFGDKLLRRLKNPTLHLFSDDTRPKSHANSNESSPQR 239
+ +Q E+L S +L A + R +F L+RL N + H+F++D H++SN++ +R
Sbjct 39 LALQRERLSSQNTELRAALARHFEF----LKRLSNTSFHVFNED-----HSDSNDTGQER 89
Query 240 THQSA---GSNP 248
+H A G+NP
Sbjct 90 SHLGAMHSGNNP 101
>SPRG_06059
Length=1312
Score = 36.6 bits (83), Expect = 0.26, Method: Compositional matrix adjust.
Identities = 33/104 (32%), Positives = 42/104 (40%), Gaps = 29/104 (28%)
Query 23 CEGYVTKRGH--------FPCHPPHG-------ETPAHK-GSFYLSNIAPHEYVVGVM-- 64
C GY+TKRGH F PH E+ A K G +L +AP EYV
Sbjct 12 CAGYLTKRGHVVTNWKTRFFVLRPHAILCYYADESMAKKLGQVHLVKVAPWEYVSATTAN 71
Query 65 -------GAADKPFGFKMVGHAPRKGYVELDVFVETLSDRNKWL 101
G+ + FGF M R Y V+ ++R KWL
Sbjct 72 SILKSTRGSDEMKFGF-MFFTTKRVAYY---VYANVNAERQKWL 111
>PHYRA_83768
Length=735
Score = 35.8 bits (81), Expect = 0.42, Method: Compositional matrix adjust.
Identities = 15/31 (48%), Positives = 20/31 (65%), Gaps = 2/31 (6%)
Query 36 HPPHGETPAHKGSFYLSNIAPHEYVVGVMGA 66
+PP E P+ G +L NI PH Y +G+MGA
Sbjct 619 NPPATEIPS--GYKWLYNITPHRYTIGIMGA 647
>PHYRA_77033
Length=1372
Score = 35.8 bits (81), Expect = 0.47, Method: Compositional matrix adjust.
Identities = 15/31 (48%), Positives = 20/31 (65%), Gaps = 2/31 (6%)
Query 36 HPPHGETPAHKGSFYLSNIAPHEYVVGVMGA 66
+PP E P+ G +L NI PH Y +G+MGA
Sbjct 1256 NPPATEIPS--GYKWLYNITPHRYTIGIMGA 1284
>SPRG_06058
Length=1258
Score = 33.9 bits (76), Expect = 1.9, Method: Compositional matrix adjust.
Identities = 12/16 (75%), Positives = 13/16 (81%), Gaps = 0/16 (0%)
Query 18 ARPTSCEGYVTKRGHF 33
ARP CEGY+TKRGH
Sbjct 42 ARPVDCEGYLTKRGHL 57
>PHYCA_556081
Length=1363
Score = 33.1 bits (74), Expect = 2.8, Method: Compositional matrix adjust.
Identities = 15/32 (47%), Positives = 21/32 (66%), Gaps = 4/32 (13%)
Query 36 HPPHGETPA-HKGSFYLSNIAPHEYVVGVMGA 66
+PP E P+ +K +YL+ PH Y VG+MGA
Sbjct 1247 NPPATEVPSGYKWVYYLT---PHTYTVGIMGA 1275
>PPTG_04299
Length=1365
Score = 32.3 bits (72), Expect = 5.6, Method: Compositional matrix adjust.
Identities = 15/31 (48%), Positives = 19/31 (61%), Gaps = 2/31 (6%)
Query 36 HPPHGETPAHKGSFYLSNIAPHEYVVGVMGA 66
+PP E P+ G +L I PH Y VG+MGA
Sbjct 1249 NPPATEIPS--GYKWLYAITPHTYSVGIMGA 1277
>PITG_07134
Length=1366
Score = 32.0 bits (71), Expect = 5.8, Method: Compositional matrix adjust.
Identities = 15/31 (48%), Positives = 19/31 (61%), Gaps = 2/31 (6%)
Query 36 HPPHGETPAHKGSFYLSNIAPHEYVVGVMGA 66
+PP E P+ G +L I PH Y VG+MGA
Sbjct 1250 NPPATEIPS--GYKWLYAITPHTYSVGIMGA 1278
Lambda K H a alpha
0.316 0.131 0.383 0.792 4.96
Gapped
Lambda K H a alpha sigma
0.267 0.0410 0.140 1.90 42.6 43.6
Effective search space used: 20685731850
Database: blastdb
Posted date: Feb 23, 2018 11:26 PM
Number of letters in database: 135,609,681
Number of sequences in database: 319,881
Matrix: BLOSUM62
Gap Penalties: Existence: 11, Extension: 1
Neighboring words threshold: 11
Window for multiple hits: 40