bitscore colors: <40, 40-50 , 50-80, 80-200, >200
BLASTP 2.2.30+
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: Microviridae_proteins.fasta
575 sequences; 147,441 total letters
Query= Contig-18_CDS_annotation_glimmer3.pl_2_7
Length=346
Score E
Sequences producing significant alignments: (Bits) Value
Gokush_Human_feces_E_007_Microviridae_AG0412_putative.VP1 512 0.0
Gokush_Human_gut_33_003_Microviridae_AG061_putative.VP1 479 2e-168
Gokush_Human_feces_E_017_Microviridae_AG0127_putative.VP1 389 1e-132
Gokush_Human_feces_A_020_Microviridae_AG0265_putative.VP1 381 9e-130
Gokush_Human_feces_A_019_Microviridae_AG0438_putative.VP1 380 4e-129
Gokush_Human_feces_B_029_Microviridae_AG0417_putative.VP1 312 2e-103
Gokush_Human_feces_A_029_Microviridae_AG0226_putative.VP1 298 2e-98
Gokush_Human_feces_B_068_Microviridae_AG0331_putative.VP1 299 4e-98
Gokush_Human_gut_32_030_Microviridae_AG0188_putative.VP1 289 4e-94
Gokush_Human_gut_31_045_Microviridae_AG0117_putative.VP1 289 4e-94
> Gokush_Human_feces_E_007_Microviridae_AG0412_putative.VP1
Length=573
Score = 512 bits (1319), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 259/357 (73%), Positives = 284/357 (80%), Gaps = 30/357 (8%)
Query 1 VTIALTGNAPL------RAYSEKDLNNRKI-----GTGFFNNEYNTGIVNHTNISFTKEG 49
VTIALTGNAP+ Y+ D N KI G +NTG
Sbjct 236 VTIALTGNAPVYIGSNDTQYTASDTTNLKIYNWIEPKGADGENWNTG------------- 282
Query 50 TKFSVNKNNNGNTAPLVNGQYIQTMSQDDANFFDAWLGTDLSNIEAATINQLRQAFAVQH 109
K+ V +G T +G T + + ++ + + L NIEA TINQLRQAFAVQH
Sbjct 283 -KYGVRVTEDGTTPLDTSGA---TYNNQNNGYWGMY--SKLDNIEATTINQLRQAFAVQH 336
Query 110 YYEALARGGSRYREQVRALFGVSISDKTVQIPEYLGGGRYHVNMNQIVQTSGQESNYGTP 169
YYEALARGGSRYREQVRALFGVSISDKTVQ+PEYLGGGRYHVN+NQIVQTSGQ++ TP
Sbjct 337 YYEALARGGSRYREQVRALFGVSISDKTVQVPEYLGGGRYHVNVNQIVQTSGQQTTNETP 396
Query 170 IGETGAMSVTPINESSFTKSFEEHGFVIGVMCVRHDHSYQQGLERFWSRSDRLDYYFPQF 229
IGETGAMSVTPINESSFTKS EEHGF+IGV+CVRHDHSYQQGLERFWSRSDRLDYY+PQF
Sbjct 397 IGETGAMSVTPINESSFTKSLEEHGFIIGVLCVRHDHSYQQGLERFWSRSDRLDYYYPQF 456
Query 230 ANLGEQPVKKKEIMLTGKSTDEETFGYQEAWADYRMKPNRVSGKMRSNAEGTLDFWHYAD 289
ANLGEQPVKKKEIMLTG +TD+ETFGYQEAWADYRMKPNRVSGKMRSNAEGTLDFWHYAD
Sbjct 457 ANLGEQPVKKKEIMLTGTATDDETFGYQEAWADYRMKPNRVSGKMRSNAEGTLDFWHYAD 516
Query 290 NYATVPTLSQEWMKEGKNEIARTLIVENEPQFFGAIRVMNKTTRCMPLYSVPGLEKL 346
NY TVPTLSQEWM EGK EIARTL+V++EPQFFGAIRVMN+TTRCMPLYSVPGLEKL
Sbjct 517 NYDTVPTLSQEWMNEGKTEIARTLVVQDEPQFFGAIRVMNETTRCMPLYSVPGLEKL 573
> Gokush_Human_gut_33_003_Microviridae_AG061_putative.VP1
Length=545
Score = 479 bits (1234), Expect = 2e-168, Method: Compositional matrix adjust.
Identities = 245/349 (70%), Positives = 274/349 (79%), Gaps = 17/349 (5%)
Query 1 VTIALTGNAPLRAYSEKDLNNRKIGTGFFNNEYNTGIVNH-TNISFTKEGTKFSVNKNNN 59
VT+ +TGNAP+R + N K G F I H +I + + N+
Sbjct 211 VTVPMTGNAPIR------VGNAKGGYQDFRGPVEMVIDAHGADIPGS------LIYGNST 258
Query 60 GNTAPLVNGQYIQTMSQDDANFFDA--WLGTDLSNIEAATINQLRQAFAVQHYYEALARG 117
G AP + + + N A W+ D+S + AATIN LR+A AVQ YYEALARG
Sbjct 259 G--APGEKKSMMFSGKEKVTNEMGAGGWMYADISEVTAATINDLRKAVAVQQYYEALARG 316
Query 118 GSRYREQVRALFGVSISDKTVQIPEYLGGGRYHVNMNQIVQTSGQESNYGTPIGETGAMS 177
GSRYREQV+AL+ V ISDKT+QIPEYLGGGRYHVNMNQIVQTSGQ++N TPIGETGAMS
Sbjct 317 GSRYREQVQALWDVVISDKTMQIPEYLGGGRYHVNMNQIVQTSGQQTNDDTPIGETGAMS 376
Query 178 VTPINESSFTKSFEEHGFVIGVMCVRHDHSYQQGLERFWSRSDRLDYYFPQFANLGEQPV 237
VTPINESSFTKSFEEHGFVIGV CVRH+HSYQQGLERFWSR+DRLDYY PQFANLGEQP+
Sbjct 377 VTPINESSFTKSFEEHGFVIGVCCVRHNHSYQQGLERFWSRTDRLDYYVPQFANLGEQPI 436
Query 238 KKKEIMLTGKSTDEETFGYQEAWADYRMKPNRVSGKMRSNAEGTLDFWHYADNYATVPTL 297
KKKEIMLTG ++DEETFGYQEAWADYRMKPNRVSG MRSNAEGTLDFWHYADNY+TVPTL
Sbjct 437 KKKEIMLTGTASDEETFGYQEAWADYRMKPNRVSGLMRSNAEGTLDFWHYADNYSTVPTL 496
Query 298 SQEWMKEGKNEIARTLIVENEPQFFGAIRVMNKTTRCMPLYSVPGLEKL 346
SQEW+ EGK EIARTLIV+NEPQFFGAIR+ NKTTR MPLYSVPGL KL
Sbjct 497 SQEWIAEGKEEIARTLIVQNEPQFFGAIRIANKTTRRMPLYSVPGLYKL 545
> Gokush_Human_feces_E_017_Microviridae_AG0127_putative.VP1
Length=557
Score = 389 bits (998), Expect = 1e-132, Method: Compositional matrix adjust.
Identities = 203/346 (59%), Positives = 231/346 (67%), Gaps = 12/346 (3%)
Query 1 VTIALTGNAPLRAYSEKDLNNRKIGTGFFNNEYNTGIVNHTNISFTKEGTKFSVNKNNNG 60
VTI + GNAP+ Y EK+L N+ + T + + + T +NG
Sbjct 217 VTIPMLGNAPIYGYKEKELKNKWTANAAPASG-ATAWYETQDKASNGQRTLIGGEAIDNG 275
Query 61 NTAPLVNGQYIQTMSQDDANFFDAWLGTDLSNIEAATINQLRQAFAVQHYYEALARGGSR 120
T PLV Y AN A++G DLSN+ ATINQLRQAF VQ Y+E LARGGSR
Sbjct 276 ETLPLVTNFY------GAANTGKAYMGADLSNVTGATINQLRQAFQVQKYFEELARGGSR 329
Query 121 YREQVRALFGVSISDKTVQIPEYLGGGRYHVNMNQIVQTSGQESNYGTPIGETGAMSVTP 180
YREQ+ +LF ISDKTVQIPEYLGG R +NMNQ++QTSG +P G AMSVT
Sbjct 330 YREQIYSLFRTRISDKTVQIPEYLGGDRIMINMNQVIQTSGTTET--SPQGNVAAMSVTG 387
Query 181 INESSFTKSFEEHGFVIGVMCVRHDHSYQQGLERFWSRSDRLDYYFPQFANLGEQPVKKK 240
+S+FTKSFEEHGFVIGV CVRHDH+YQQGLER +SR ++LDYYFP FANLGEQ V KK
Sbjct 388 FGKSAFTKSFEEHGFVIGVCCVRHDHTYQQGLERMFSRKNKLDYYFPVFANLGEQAVLKK 447
Query 241 EIMLTGKSTDEETFGYQEAWADYRMKPNRVSGKMRSNAEGTLDFWHYADNYATVPTLSQE 300
E+ G TD E FGYQEAWADYRMKPNR+ G RSNA GTLD WHY DNY P LSQE
Sbjct 448 ELYAQGTETDNEAFGYQEAWADYRMKPNRICGAFRSNATGTLDTWHYGDNYTNTPALSQE 507
Query 301 WMKEGKNEIARTLIVE---NEPQFFGAIRVMNKTTRCMPLYSVPGL 343
WMKEG EIARTL VE NEPQF V N T R MP+YSVPGL
Sbjct 508 WMKEGSAEIARTLAVENKVNEPQFIADFLVKNTTVRPMPMYSVPGL 553
> Gokush_Human_feces_A_020_Microviridae_AG0265_putative.VP1
Length=558
Score = 381 bits (979), Expect = 9e-130, Method: Compositional matrix adjust.
Identities = 200/349 (57%), Positives = 227/349 (65%), Gaps = 17/349 (5%)
Query 1 VTIALTGNAPLRAYSEKDLNNRKIGTGFFNNEYNTGIVNHTNISFTKEGTKFSVNKNNN- 59
VTI + GNAP+ Y EK+L K + N G + G + K ++
Sbjct 217 VTIPMLGNAPIYGYKEKEL---KTPWTYKNPMTPVGTATYFTTGTPTTGQSVEIGKTDSV 273
Query 60 --GNTAPLVNGQYIQTMSQDDANFFDAWLGTDLSNIEAATINQLRQAFAVQHYYEALARG 117
G T+ +T N AW+G DLS ATINQLRQAF VQ Y+E LARG
Sbjct 274 GEGETSTF------RTFYSGGLNNGSAWMGADLSQATGATINQLRQAFQVQKYFEELARG 327
Query 118 GSRYREQVRALFGVSISDKTVQIPEYLGGGRYHVNMNQIVQTSGQESNYGTPIGETGAMS 177
GSRYREQ+ +LF ISDKTVQIPEYLGG R +NMNQ++QTSG +P G AMS
Sbjct 328 GSRYREQIYSLFRTRISDKTVQIPEYLGGDRIMINMNQVIQTSGTTET--SPQGNVAAMS 385
Query 178 VTPINESSFTKSFEEHGFVIGVMCVRHDHSYQQGLERFWSRSDRLDYYFPQFANLGEQPV 237
VT +S+FTKSFEEHGFVIGV CVRHDH+YQQGLER +SR ++LDYYFP FANLGEQ V
Sbjct 386 VTGFGKSAFTKSFEEHGFVIGVCCVRHDHTYQQGLERMFSRKNKLDYYFPVFANLGEQAV 445
Query 238 KKKEIMLTGKSTDEETFGYQEAWADYRMKPNRVSGKMRSNAEGTLDFWHYADNYATVPTL 297
KKE+ G TD E FGYQEAWADYRMKPNR+ G RSNA GTLD WHY DNY P L
Sbjct 446 LKKELYAQGTDTDNEAFGYQEAWADYRMKPNRICGAFRSNATGTLDSWHYGDNYTKTPAL 505
Query 298 SQEWMKEGKNEIARTLIVE---NEPQFFGAIRVMNKTTRCMPLYSVPGL 343
SQEWMKEG EIARTL VE NEPQF V N T R MP+YSVPGL
Sbjct 506 SQEWMKEGSAEIARTLAVENTVNEPQFIADFLVKNTTVRPMPMYSVPGL 554
> Gokush_Human_feces_A_019_Microviridae_AG0438_putative.VP1
Length=569
Score = 380 bits (976), Expect = 4e-129, Method: Compositional matrix adjust.
Identities = 205/354 (58%), Positives = 238/354 (67%), Gaps = 30/354 (8%)
Query 1 VTIALTGNAPLRAY------SEK-DLNNRKIGTGFFNNEYNTGIVNHTNISFTKEGTKF- 52
VTI + GNAP++ Y SEK N + TG E N G+ + NI G K+
Sbjct 231 VTIPMLGNAPIKLYYPGEELSEKTKATNLRTPTGTGQFEANQGV--YANI-----GNKYD 283
Query 53 SVNKNNNGNTAPLVNGQYIQTMSQDDANFFDAWLGTDLSNIEAATINQLRQAFAVQHYYE 112
+V +N +T NG A+ A++G DLSN+ ATINQ+RQAF VQ Y+E
Sbjct 284 TVGVGSNKSTLYFANG----------ASGGSAFMGADLSNVTGATINQIRQAFQVQKYFE 333
Query 113 ALARGGSRYREQVRALFGVSISDKTVQIPEYLGGGRYHVNMNQIVQTSGQESNYGTPIGE 172
LARGGSRYREQ+ +LF ISDKTVQIPEYLGG R +NM+Q+VQTSG +P G
Sbjct 334 ELARGGSRYREQIYSLFRTRISDKTVQIPEYLGGDRIMINMSQVVQTSGTTDV--SPQGN 391
Query 173 TGAMSVTPINESSFTKSFEEHGFVIGVMCVRHDHSYQQGLERFWSRSDRLDYYFPQFANL 232
AMSVT +S+FTKSFEEHGF+IGV CVRHDH+YQQGLER +SR ++LDYYFP FANL
Sbjct 392 VSAMSVTGFGKSAFTKSFEEHGFIIGVCCVRHDHTYQQGLERMFSRKNKLDYYFPVFANL 451
Query 233 GEQPVKKKEIMLTGKSTDEETFGYQEAWADYRMKPNRVSGKMRSNAEGTLDFWHYADNYA 292
GEQ V KKE+ G TD E FGYQE WADYRMKPNR+ G RSNA GTLD WHY DNY+
Sbjct 452 GEQAVLKKELYAQGTETDNEAFGYQECWADYRMKPNRICGAFRSNATGTLDSWHYGDNYS 511
Query 293 TVPTLSQEWMKEGKNEIARTLIVE---NEPQFFGAIRVMNKTTRCMPLYSVPGL 343
P LSQEWMKEG EIARTL VE NEPQF I V N T R MP+YSVPGL
Sbjct 512 NTPALSQEWMKEGSAEIARTLAVENKVNEPQFIADILVKNTTVRPMPMYSVPGL 565
> Gokush_Human_feces_B_029_Microviridae_AG0417_putative.VP1
Length=530
Score = 312 bits (800), Expect = 2e-103, Method: Compositional matrix adjust.
Identities = 159/343 (46%), Positives = 213/343 (62%), Gaps = 32/343 (9%)
Query 1 VTIALTGNAPLRAYSEKDLNNRKIGTGFFNNEYNTGIVNHTNISFTKEGTKFSVNKNNNG 60
+ + LTG APL+AY +K+L T ++N SF+ + ++
Sbjct 216 IQLPLTGAAPLKAYRDKEL---------------TTMLN----SFSWIASAEPIDVAKID 256
Query 61 NTAPLVNGQYIQTMSQDDANFFDAWLGTDLSNIEAATINQLRQAFAVQHYYEALARGGSR 120
T L G + ++G DLS + +ATINQLRQAF +Q E ARGG+R
Sbjct 257 ETGTLAKGLPKAS-----------YIGADLSAVTSATINQLRQAFQIQKLLEKDARGGTR 305
Query 121 YREQVRALFGVSISDKTVQIPEYLGGGRYHVNMNQIVQTSGQESNYGTPIGETGAMSVTP 180
YRE +R FGV D +QIPEYLGG R +N++Q++QTS +S +P+G T A+SVT
Sbjct 306 YREVLREHFGVISPDSRMQIPEYLGGYRLPINVSQVIQTSSTDST--SPLGNTAALSVTT 363
Query 181 INESSFTKSFEEHGFVIGVMCVRHDHSYQQGLERFWSRSDRLDYYFPQFANLGEQPVKKK 240
+N+ FTKSF EHGF++G+ VR D +YQQG+ER WSR R DYY+P AN+GEQ + K
Sbjct 364 MNKPMFTKSFTEHGFIMGLAVVRTDQTYQQGIERMWSRKGRYDYYWPVLANIGEQAILNK 423
Query 241 EIMLTGKSTDEETFGYQEAWADYRMKPNRVSGKMRSNAEGTLDFWHYADNYATVPTLSQE 300
EI G + DEE FGYQEAWADYR KP++V+ RSNA+ +LD WHYA +Y +PTLS
Sbjct 424 EIYAQGSAKDEEAFGYQEAWADYRYKPSKVTALFRSNAQQSLDAWHYAQDYNELPTLSTA 483
Query 301 WMKEGKNEIARTLIVENEPQFFGAIRVMNKTTRCMPLYSVPGL 343
WM++ E+ RTL ++P F MNKTTRCMP+YS+PGL
Sbjct 484 WMEQSNAEMKRTLARSDQPDFIADFYFMNKTTRCMPVYSIPGL 526
> Gokush_Human_feces_A_029_Microviridae_AG0226_putative.VP1
Length=470
Score = 298 bits (762), Expect = 2e-98, Method: Compositional matrix adjust.
Identities = 146/260 (56%), Positives = 180/260 (69%), Gaps = 3/260 (1%)
Query 86 LGTDLSNIEAATINQLRQAFAVQHYYEALARGGSRYREQVRALFGVSISDKTVQIPEYLG 145
+ D + ATINQLR AF +Q YE ARGG+RY E +++ FGV+ D +Q PEYLG
Sbjct 208 IAVDDGGVSMATINQLRLAFQIQKLYERDARGGTRYIEILKSHFGVTSPDARLQRPEYLG 267
Query 146 GGRYHVNMNQIVQTSGQESNYGTPIGETGAMSVTPINESSFTKSFEEHGFVIGVMCVRHD 205
G R + +NQ+VQ SG S TP G T A S+T FTKSF EHGF+IGVM R+D
Sbjct 268 GNRIPITINQVVQNSGTMSGE-TPQGTTTAYSLTTDVHQEFTKSFVEHGFIIGVMVARYD 326
Query 206 HSYQQGLERFWSRSDRLDYYFPQFANLGEQPVKKKEIMLTGKSTDEETFGYQEAWADYRM 265
H+YQQGLERFWSR DR D+Y+P FAN+GEQ + KEI TGK +D E FGYQEAWADYR
Sbjct 327 HTYQQGLERFWSRKDRFDFYWPVFANIGEQAILNKEIYATGKDSDSEVFGYQEAWADYRY 386
Query 266 KPNRVSGKMRSNAEGTLDFWHYADNYATVPTLSQEWMKEGKNEIARTLIVENEP--QFFG 323
KP+RVSG+MRSNA+ LD WH AD+Y +PTLS W++E N + R L V +E Q F
Sbjct 387 KPSRVSGEMRSNAKTPLDSWHLADDYDVLPTLSDSWIREESNNVNRVLAVTSEVSNQLFC 446
Query 324 AIRVMNKTTRCMPLYSVPGL 343
+ V N+TTR MP+YS+PGL
Sbjct 447 DLYVQNRTTRPMPVYSIPGL 466
> Gokush_Human_feces_B_068_Microviridae_AG0331_putative.VP1
Length=547
Score = 299 bits (766), Expect = 4e-98, Method: Compositional matrix adjust.
Identities = 143/252 (57%), Positives = 179/252 (71%), Gaps = 3/252 (1%)
Query 94 EAATINQLRQAFAVQHYYEALARGGSRYREQVRALFGVSISDKTVQIPEYLGGGRYHVNM 153
+AATINQLR AF +Q YE ARGG+RY E +++ FGV+ D +Q PEYLGG R +N+
Sbjct 293 QAATINQLRLAFQIQKLYERDARGGTRYIEILKSHFGVTSPDARLQRPEYLGGNRIPINI 352
Query 154 NQIVQTSGQESNYGTPIGETGAMSVTPINESSFTKSFEEHGFVIGVMCVRHDHSYQQGLE 213
NQ+VQ+S +++ GTP G T A S+T N S FTKSF EHGF+IGVM R+ H+YQQGLE
Sbjct 353 NQVVQSSSTDAS-GTPQGNTAAYSLTSDNHSDFTKSFVEHGFLIGVMVARYRHTYQQGLE 411
Query 214 RFWSRSDRLDYYFPQFANLGEQPVKKKEIMLTGKSTDEETFGYQEAWADYRMKPNRVSGK 273
RFWSR DR DYYFP FAN+GEQ +K KEI G D+E FGYQEAWADYR +PNRV+G+
Sbjct 412 RFWSRKDRFDYYFPVFANIGEQAIKNKEIYAQGTVKDDEVFGYQEAWADYRYRPNRVTGE 471
Query 274 MRSNAEGTLDFWHYADNYATVPTLSQEWMKEGKNEIARTLIVEN--EPQFFGAIRVMNKT 331
MRS+A +LD WH D+Y ++P+LS W++E + R L V + Q F I V N
Sbjct 472 MRSSAPQSLDVWHLGDDYESLPSLSDSWIREDSKTVNRVLAVSDNVSAQLFCDIYVRNLC 531
Query 332 TRCMPLYSVPGL 343
TR MPLYS+PGL
Sbjct 532 TRPMPLYSIPGL 543
> Gokush_Human_gut_32_030_Microviridae_AG0188_putative.VP1
Length=562
Score = 289 bits (740), Expect = 4e-94, Method: Compositional matrix adjust.
Identities = 141/249 (57%), Positives = 170/249 (68%), Gaps = 3/249 (1%)
Query 97 TINQLRQAFAVQHYYEALARGGSRYREQVRALFGVSISDKTVQIPEYLGGGRYHVNMNQI 156
TINQLR AF +Q +YE ARGGSRY E VR+ FGV+ D +Q PEYLGG R +N+NQI
Sbjct 311 TINQLRLAFQIQKFYERQARGGSRYTEVVRSFFGVTSPDARLQRPEYLGGNRVPINVNQI 370
Query 157 VQTSGQESNYGTPIGETGAMSVTPINESSFTKSFEEHGFVIGVMCVRHDHSYQQGLERFW 216
VQ SG +S TP G S+T S FTKSF EHG +IGVM R+DH+YQQGL R W
Sbjct 371 VQQSGTQSG-TTPQGTVVGQSLTTDKHSDFTKSFTEHGLIIGVMVARYDHTYQQGLNRLW 429
Query 217 SRSDRLDYYFPQFANLGEQPVKKKEIMLTGKSTDEETFGYQEAWADYRMKPNRVSGKMRS 276
SR D+ D+Y+P FAN+GEQ +K KEI G D E FGYQEAWA+YR KPN V+G+MRS
Sbjct 430 SRKDKFDFYWPVFANIGEQAIKNKEIFAQGNDKDNEVFGYQEAWAEYRYKPNMVTGEMRS 489
Query 277 NAEGTLDFWHYADNYATVPTLSQEWMKEGKNEIARTLIVENEP--QFFGAIRVMNKTTRC 334
+LD WH AD+Y+T+P+LS W++E K I R L V + QFF I V N TR
Sbjct 490 AYAQSLDVWHLADDYSTLPSLSDSWIREDKANIDRVLAVTSAVSNQFFADIYVKNYCTRP 549
Query 335 MPLYSVPGL 343
MP+YSVPGL
Sbjct 550 MPMYSVPGL 558
> Gokush_Human_gut_31_045_Microviridae_AG0117_putative.VP1
Length=562
Score = 289 bits (740), Expect = 4e-94, Method: Compositional matrix adjust.
Identities = 141/249 (57%), Positives = 170/249 (68%), Gaps = 3/249 (1%)
Query 97 TINQLRQAFAVQHYYEALARGGSRYREQVRALFGVSISDKTVQIPEYLGGGRYHVNMNQI 156
TINQLR AF +Q +YE ARGGSRY E VR+ FGV+ D +Q PEYLGG R +N+NQI
Sbjct 311 TINQLRLAFQIQKFYERQARGGSRYTEVVRSFFGVTSPDARLQRPEYLGGNRVPINVNQI 370
Query 157 VQTSGQESNYGTPIGETGAMSVTPINESSFTKSFEEHGFVIGVMCVRHDHSYQQGLERFW 216
VQ SG +S TP G S+T S FTKSF EHG +IGVM R+DH+YQQGL R W
Sbjct 371 VQQSGTQSG-TTPQGTVVGQSLTTDKHSDFTKSFTEHGLIIGVMVARYDHTYQQGLNRLW 429
Query 217 SRSDRLDYYFPQFANLGEQPVKKKEIMLTGKSTDEETFGYQEAWADYRMKPNRVSGKMRS 276
SR D+ D+Y+P FAN+GEQ +K KEI G D E FGYQEAWA+YR KPN V+G+MRS
Sbjct 430 SRKDKFDFYWPVFANIGEQAIKNKEIFAQGNDKDNEVFGYQEAWAEYRYKPNMVTGEMRS 489
Query 277 NAEGTLDFWHYADNYATVPTLSQEWMKEGKNEIARTLIVENEP--QFFGAIRVMNKTTRC 334
+LD WH AD+Y+T+P+LS W++E K I R L V + QFF I V N TR
Sbjct 490 AYAQSLDVWHLADDYSTLPSLSDSWIREDKANIDRVLAVTSAVSNQFFADIYVKNYCTRP 549
Query 335 MPLYSVPGL 343
MP+YSVPGL
Sbjct 550 MPMYSVPGL 558
Lambda K H a alpha
0.316 0.132 0.392 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: 29851182