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-31_CDS_annotation_glimmer3.pl_2_2
Length=322
Score E
Sequences producing significant alignments: (Bits) Value
Alpavirinae_Human_feces_A_048_Microviridae_AG087_putative.VP1 306 7e-100
Alpavirinae_Human_feces_B_021_Microviridae_AG0368_putative.VP1 305 8e-100
Alpavirinae_Human_feces_B_020_Microviridae_AG0351_putative.VP1 304 3e-99
Alpavirinae_Human_feces_C_029_Microviridae_AG0109_putative.VP1 302 1e-98
Alpavirinae_Human_feces_A_047_Microviridae_AG0311_putative.VP1 300 6e-98
Alpavirinae_Human_feces_A_032_Microviridae_AG0217_putative.VP1 300 2e-97
Alpavirinae_Human_feces_B_023_Microviridae_AG0145_putative.VP1 298 7e-97
Alpavirinae_Human_gut_31_037_Microviridae_AG0297_putative.VP1 280 7e-90
Alpavirinae_Human_gut_30_040_Microviridae_AG0134_putative.VP1 273 6e-87
Alpavirinae_Human_gut_24_085_Microviridae_AG0230_putative.VP1 269 8e-86
> Alpavirinae_Human_feces_A_048_Microviridae_AG087_putative.VP1
Length=650
Score = 306 bits (783), Expect = 7e-100, Method: Compositional matrix adjust.
Identities = 157/313 (50%), Positives = 214/313 (68%), Gaps = 19/313 (6%)
Query 20 TTSQCGLGIRTYLSDRFNNWLNTEWIDGTNGINEITSVDVTSGLLTMDALILQKKVYDML 79
++ Q GL ++TY SD NW+NTEWIDG GINEI++VDVT G LTMDAL L +K+Y+ML
Sbjct 347 SSVQYGLCLKTYNSDLLQNWINTEWIDGVAGINEISAVDVTDGKLTMDALNLSQKIYNML 406
Query 80 NRIAVSGGSYRDWQEAVF-GVRVSRAAESPIYVGGYASEIVFDEVVSTAAFESGETGQEP 138
NRIAVSGG+YRDW E VF G E+P++ GG ++E+VF EV+S +A +G++P
Sbjct 407 NRIAVSGGTYRDWLETVFTGGNYMERCETPMFEGGMSTEVVFQEVISNSA-----SGEQP 461
Query 139 LGSLAGRGRETSKRGGKNIKIRCEEPSLIMILGSIVPRVDYSQGNKWWTRVDTMNDFHKP 198
LG+LAGRG +T K+ G +IKI+ EP IM +GSI PR+DYSQGN+++ + T++D HKP
Sbjct 462 LGTLAGRGYDTGKQKGGHIKIKVTEPCFIMGIGSITPRIDYSQGNEFFNELQTVDDIHKP 521
Query 199 NLDQIGFQELLSQEMHGRAW----RVNANYKTTDFSVGKQPAWTEYTTTVNETYGDFAAG 254
LD IG+Q+ L+ + RAW R+ N + S GK AW Y T +N T+G+FA
Sbjct 522 ALDGIGYQDSLNWQ---RAWWDDTRMQDNGRIQS-SAGKTVAWINYMTNINRTFGNFAIN 577
Query 255 EPLEYMAFNRVYDV-----ANDPKLKDATTYIDPQIFNKAFANSNLDAKNFWIQIGFDVI 309
+ +M NR Y++ N+ K+ D TTYIDP FN FA++NLDA NFW+Q FD+
Sbjct 578 DNEAFMVLNRNYELNPNAGTNETKIADLTTYIDPVKFNYIFADTNLDAMNFWVQTKFDIK 637
Query 310 GRRVKSAREIPNL 322
RR+ SA++IPNL
Sbjct 638 VRRLISAKQIPNL 650
> Alpavirinae_Human_feces_B_021_Microviridae_AG0368_putative.VP1
Length=649
Score = 305 bits (782), Expect = 8e-100, Method: Compositional matrix adjust.
Identities = 159/310 (51%), Positives = 210/310 (68%), Gaps = 19/310 (6%)
Query 23 QCGLGIRTYLSDRFNNWLNTEWIDGTNGINEITSVDVTSGLLTMDALILQKKVYDMLNRI 82
Q GL ++TY SD NW+NTEWIDG GINEI++VDVT G LTMDAL L +KVY+MLNRI
Sbjct 349 QYGLCLKTYNSDLLQNWINTEWIDGVTGINEISAVDVTDGKLTMDALNLAQKVYNMLNRI 408
Query 83 AVSGGSYRDWQEAVF-GVRVSRAAESPIYVGGYASEIVFDEVVSTAAFESGETGQEPLGS 141
AVSGG+YRDW E VF G E+P++ GG ++EIVF EV+S +A +G++PLG+
Sbjct 409 AVSGGTYRDWLETVFTGGNYMERCETPMFEGGMSTEIVFQEVISNSA-----SGEQPLGT 463
Query 142 LAGRGRETSKRGGKNIKIRCEEPSLIMILGSIVPRVDYSQGNKWWTRVDTMNDFHKPNLD 201
LAGRG +T K+ G +IKI+ EP IM +GSI PR+DYSQGN+++ + T++D HKP LD
Sbjct 464 LAGRGYDTGKQKGGHIKIKVTEPCFIMGIGSITPRIDYSQGNEFYNELKTVDDIHKPALD 523
Query 202 QIGFQELLSQEMHGRAW----RVNANYKTTDFSVGKQPAWTEYTTTVNETYGDFAAGEPL 257
IG+Q+ L+ + RAW R+ N + S GK AW Y T +N T+G+FA +
Sbjct 524 GIGYQDSLNWQ---RAWWDDTRMENNGRIQS-SAGKTVAWINYMTNINRTFGNFAINDNE 579
Query 258 EYMAFNRVYDV-----ANDPKLKDATTYIDPQIFNKAFANSNLDAKNFWIQIGFDVIGRR 312
+M NR Y++ N+ K+ D TTYIDP FN FA NLDA NFW+Q FD+ RR
Sbjct 580 AFMVLNRNYELNPNAGTNETKIADLTTYIDPVKFNYIFAYKNLDAMNFWVQTKFDIKVRR 639
Query 313 VKSAREIPNL 322
+ SA++IPNL
Sbjct 640 LISAKQIPNL 649
> Alpavirinae_Human_feces_B_020_Microviridae_AG0351_putative.VP1
Length=651
Score = 304 bits (779), Expect = 3e-99, Method: Compositional matrix adjust.
Identities = 162/314 (52%), Positives = 211/314 (67%), Gaps = 20/314 (6%)
Query 20 TTSQCGLGIRTYLSDRFNNWLNTEWIDGTNGINEITSVDVTSGLLTMDALILQKKVYDML 79
T Q GL ++TY SD + NW+NT+WIDG NGINEI+SVDV+ G LTMDAL L +KVY+ML
Sbjct 347 TRPQYGLLLKTYNSDLYQNWINTDWIDGANGINEISSVDVSEGKLTMDALNLAQKVYNML 406
Query 80 NRIAVSGGSYRDWQEAVF--GVRVSRAAESPIYVGGYASEIVFDEVVSTAAFESGETGQE 137
NRIAVSGG+YRDW E V+ G + R E+P + GG + EIVF EVVS +A E E
Sbjct 407 NRIAVSGGTYRDWLETVYASGQYIER-CETPTFEGGTSQEIVFQEVVSNSATED-----E 460
Query 138 PLGSLAGRGRETSKRGGKNIKIRCEEPSLIMILGSIVPRVDYSQGNKWWTRVDTMNDFHK 197
PLG+LAGRG K+ G IK+R EP IM + SI PR+DYSQGN + T T++D HK
Sbjct 461 PLGTLAGRGVNAGKQKGGKIKVRATEPGYIMCITSITPRIDYSQGNDFDTDWKTLDDMHK 520
Query 198 PNLDQIGFQELLSQEMHGRAW--RVNANYKTTDF---SVGKQPAWTEYTTTVNETYGDFA 252
P LD IG+Q+ ++ GRAW V + T+ + GK AW +Y T VN+TYG+FA
Sbjct 521 PALDGIGYQDSVNT---GRAWWDDVYTGAQETNLVKHTAGKTVAWIDYMTNVNKTYGNFA 577
Query 253 AGEPLEYMAFNRVYDVAND----PKLKDATTYIDPQIFNKAFANSNLDAKNFWIQIGFDV 308
AG +M NR Y++ D P++ D TTYIDP +N FA++++DA NFW+QI FD+
Sbjct 578 AGMSEAFMVLNRNYEIKYDSGTNPRIADLTTYIDPIKYNYIFADTSIDAMNFWVQIKFDI 637
Query 309 IGRRVKSAREIPNL 322
RR+ SA++IPNL
Sbjct 638 TARRLMSAKQIPNL 651
> Alpavirinae_Human_feces_C_029_Microviridae_AG0109_putative.VP1
Length=640
Score = 302 bits (773), Expect = 1e-98, Method: Compositional matrix adjust.
Identities = 158/311 (51%), Positives = 210/311 (68%), Gaps = 19/311 (6%)
Query 23 QCGLGIRTYLSDRFNNWLNTEWIDGTNGINEITSVDVTSGLLTMDALILQKKVYDMLNRI 82
Q GL ++TY SD + NW+NT+WI+G NGINEI+SVDV+ G L+MDAL L +KVY+MLNRI
Sbjct 338 QFGLALKTYNSDLYQNWINTDWIEGVNGINEISSVDVSDGNLSMDALNLAQKVYNMLNRI 397
Query 83 AVSGGSYRDWQEAVF-GVRVSRAAESPIYVGGYASEIVFDEVVSTAAFESGETGQEPLGS 141
AVSGG+YRDW E VF G E+P++ GG + EIVF EV+S +A E QEPLG+
Sbjct 398 AVSGGTYRDWLETVFTGGEYMERCETPVFEGGTSQEIVFQEVISNSATE-----QEPLGT 452
Query 142 LAGRGRETSKRGGKNIKIRCEEPSLIMILGSIVPRVDYSQGNKWWTRVDTMNDFHKPNLD 201
LAGRG T+K+ G +IKI+ EP IM + SI PR+DYSQGN+W T + TM+D HKP LD
Sbjct 453 LAGRGITTNKQRGGHIKIKVTEPGYIMCICSITPRIDYSQGNQWDTELKTMDDLHKPALD 512
Query 202 QIGFQELLSQEMHGRAW---RVNANYKTTDFSVGKQPAWTEYTTTVNETYGDFAAGEPLE 258
IG+Q+ ++ E RAW NA+ + + GK AW Y T VN TYG+FA +
Sbjct 513 GIGYQDSINSE---RAWWAGYYNADPDKKETAAGKTVAWINYMTNVNRTYGNFAIKDNEA 569
Query 259 YMAFNRVYDV----ANDP---KLKDATTYIDPQIFNKAFANSNLDAKNFWIQIGFDVIGR 311
+M NR Y++ + P + D +TYIDP FN FA+++L+A NFW+Q FD+ R
Sbjct 570 FMVMNRNYELEITGGSTPTKITIGDLSTYIDPAKFNYIFADTSLEAMNFWVQTKFDIKAR 629
Query 312 RVKSAREIPNL 322
R+ SA++IPNL
Sbjct 630 RLISAKQIPNL 640
> Alpavirinae_Human_feces_A_047_Microviridae_AG0311_putative.VP1
Length=637
Score = 300 bits (769), Expect = 6e-98, Method: Compositional matrix adjust.
Identities = 159/320 (50%), Positives = 214/320 (67%), Gaps = 24/320 (8%)
Query 17 YGRTTS-QCGLGIRTYLSDRFNNWLNTEWIDGTNGINEITSVDVTSGLLTMDALILQKKV 75
Y +TT+ Q GL ++TY SD + NW+NT+WI+G NGINEI+SVDV+ G L+MDAL L +KV
Sbjct 328 YLKTTAPQFGLALKTYNSDLYQNWINTDWIEGVNGINEISSVDVSDGSLSMDALNLAQKV 387
Query 76 YDMLNRIAVSGGSYRDWQEAVF-GVRVSRAAESPIYVGGYASEIVFDEVVSTAAFESGET 134
Y+MLNRIAVSGG+YRDW E VF G E+PI+ GG + EI+F EV+S +A E
Sbjct 388 YNMLNRIAVSGGTYRDWLETVFTGGEYMERCETPIFEGGTSQEIIFQEVISNSATE---- 443
Query 135 GQEPLGSLAGRGRETSKRGGKNIKIRCEEPSLIMILGSIVPRVDYSQGNKWWTRVDTMND 194
QEPLG+LAGRG T+K+ G ++KI+ EP IM + SI PR+DYSQGN+W T + TM+D
Sbjct 444 -QEPLGTLAGRGITTNKQRGGHVKIKVTEPGYIMCICSITPRIDYSQGNQWDTELKTMDD 502
Query 195 FHKPNLDQIGFQELLSQEMHGRAWRVNANYKT-----TDFSVGKQPAWTEYTTTVNETYG 249
HKP LD IG+Q+ ++ E RAW A Y + + + GK AW Y T VN TYG
Sbjct 503 LHKPALDGIGYQDSINSE---RAWW--AGYYSQGPLKVETAAGKTVAWINYMTNVNRTYG 557
Query 250 DFAAGEPLEYMAFNRVYDV-------ANDPKLKDATTYIDPQIFNKAFANSNLDAKNFWI 302
+FA + +M NR Y++ ++ D +TYIDP FN FA+++L+A NFW+
Sbjct 558 NFAIKDNEAFMVMNRNYELQINGGPTPTSIRIGDLSTYIDPVKFNYIFADTSLEAMNFWV 617
Query 303 QIGFDVIGRRVKSAREIPNL 322
Q FD+ RR+ SA++IPNL
Sbjct 618 QTKFDIKARRLISAKQIPNL 637
> Alpavirinae_Human_feces_A_032_Microviridae_AG0217_putative.VP1
Length=657
Score = 300 bits (767), Expect = 2e-97, Method: Compositional matrix adjust.
Identities = 154/302 (51%), Positives = 201/302 (67%), Gaps = 12/302 (4%)
Query 21 TSQCGLGIRTYLSDRFNNWLNTEWIDGTNGINEITSVDVTSGLLTMDALILQKKVYDMLN 80
T GL ++TY SD FNNW+N EW+DG NGIN +T VDV+ G L +DAL L +KVY+MLN
Sbjct 364 TEMGGLCLKTYQSDLFNNWVNKEWVDGDNGINAVTDVDVSEGKLNLDALNLAQKVYNMLN 423
Query 81 RIAVSGGSYRDWQEAVFGVRVSRAAESPIYVGGYASEIVFDEVVSTAAFESGETGQEPLG 140
RIA+SGGSY+DW E V+ AE+P+Y GG ++ I F+ VVS +A + +EPLG
Sbjct 424 RIAISGGSYKDWIETVYTTDYYFRAETPVYEGGMSTTIDFEAVVSNSA-STASGIEEPLG 482
Query 141 SLAGRGRETSKRGGKNIKIRCEEPSLIMILGSIVPRVDYSQGNKW-WTRVDTMNDFHKPN 199
SLAGRG K GGK I+I+C EP I+ + SI P VDYSQGN W T++ TM+D HKP
Sbjct 483 SLAGRGFNQGKNGGK-IRIKCNEPCYIIGIASITPNVDYSQGNDWDMTQLKTMDDLHKPQ 541
Query 200 LDQIGFQELLSQEMHGRAWRVNANYKTTDFSVGKQPAWTEYTTTVNETYGDFAAGEPLEY 259
LD IG+Q+LLS +M+G A +A +GKQPAW Y T VN+TY DFAAGE Y
Sbjct 542 LDGIGYQDLLSNQMNGLANPTDA--------IGKQPAWLNYMTDVNKTYADFAAGETESY 593
Query 260 MAFNRVYDVANDP-KLKDATTYIDPQIFNKAFANSNLDAKNFWIQIGFDVIGRRVKSARE 318
M NR+YDV + + + +TYI P+ + FA + ++FW+QIG +I RRV SA +
Sbjct 594 MVLNRIYDVNEETGTIINPSTYISPKDYTYIFATNTDTNRDFWVQIGKKIIARRVMSAAQ 653
Query 319 IP 320
IP
Sbjct 654 IP 655
> Alpavirinae_Human_feces_B_023_Microviridae_AG0145_putative.VP1
Length=668
Score = 298 bits (764), Expect = 7e-97, Method: Compositional matrix adjust.
Identities = 150/316 (47%), Positives = 206/316 (65%), Gaps = 24/316 (8%)
Query 17 YGRTTSQCGLGIRTYLSDRFNNWLNTEWIDGTNGINEITSVDVTSGLLTMDALILQKKVY 76
Y R++ QCGL ++TY SD F NW+N+EWIDG NGI+ IT++ T+D L L KKVY
Sbjct 367 YNRSSPQCGLLLKTYQSDIFTNWINSEWIDGENGISAITAISTEGNKFTIDQLNLSKKVY 426
Query 77 DMLNRIAVSGGSYRDWQEAVFGVRVSRAAESPIYVGGYASEIVFDEVVSTAAFESGETGQ 136
DMLNRIA+SGG+Y+DW E V+ + E+P+Y GG ++EI F EVVS +A E +
Sbjct 427 DMLNRIAISGGTYQDWVETVYTSEWNMHTETPVYEGGMSAEIEFQEVVSNSATE-----E 481
Query 137 EPLGSLAGRGRETSKRGGKNIKIRCEEPSLIMILGSIVPRVDYSQGNKW-WTRVDTMNDF 195
EPLG+LAGRG ++K+GG+ + I+ EP IM + SI PRVDY QGN W T +DTM+D
Sbjct 482 EPLGTLAGRGFASNKKGGQ-LHIKVTEPCYIMGIASITPRVDYCQGNDWDITSLDTMDDI 540
Query 196 HKPNLDQIGFQELLSQEMHGRAWRVNANYKTTDFSVGKQPAWTEYTTTVNETYGDFAA-- 253
HKP LD IG+Q+L+ ++M+ +A R + +VGKQP+W Y T+ N+TYG FA
Sbjct 541 HKPQLDSIGYQDLMQEQMNAQASR--------NLAVGKQPSWINYMTSFNKTYGTFANED 592
Query 254 GEPLEYMAFNRVYDVA-------NDPKLKDATTYIDPQIFNKAFANSNLDAKNFWIQIGF 306
GE +M NR +D+ K+ + +TYIDP +N FA + + NFW+Q+GF
Sbjct 593 GEGEAFMVLNRYFDIKEIDAGTETGVKVYNTSTYIDPSQYNYIFAETGTKSMNFWVQLGF 652
Query 307 DVIGRRVKSAREIPNL 322
+ RRV SA +IPNL
Sbjct 653 GIEARRVMSASQIPNL 668
> Alpavirinae_Human_gut_31_037_Microviridae_AG0297_putative.VP1
Length=668
Score = 280 bits (716), Expect = 7e-90, Method: Compositional matrix adjust.
Identities = 141/300 (47%), Positives = 197/300 (66%), Gaps = 10/300 (3%)
Query 25 GLGIRTYLSDRFNNWLNTEWIDGTNGINEITSVDVTSGLLTMDALILQKKVYDMLNRIAV 84
GL +TY SD NW+NTEW+DG +GIN+IT+V V G T+DAL L KVY+ LNRIA+
Sbjct 377 GLVTKTYQSDLCQNWINTEWLDGDDGINQITAVAVEDGKFTIDALNLANKVYNYLNRIAI 436
Query 85 SGGSYRDWQEAVFGVRVSRAAESPIYVGGYASEIVFDEVVSTAAFESGETGQEPLGSLAG 144
S GSYR W E + + E+PIY GG ++EI+F EVVST+A EPLGSLAG
Sbjct 437 SDGSYRSWLETTWTGSYTERTETPIYCGGSSAEIIFQEVVSTSA-----ATDEPLGSLAG 491
Query 145 RGRETSKRGGKNIKIRCEEPSLIMILGSIVPRVDYSQGNKWWTRVDTMNDFHKPNLDQIG 204
RG +++ +GG + +R EP ++ + SI PR+DY+QGN+W +D+++D HKP LD IG
Sbjct 492 RGTDSNHKGGY-VTVRATEPGYLIGITSITPRLDYTQGNQWDVNLDSIDDLHKPALDGIG 550
Query 205 FQELLSQEMHGRAWRVNA-NYKTTDFSVGKQPAWTEYTTTVNETYGDFAAGEPLEYMAFN 263
FQ+L ++ +H ++N N T +GKQPAW +Y T +N YG+F E +M +
Sbjct 551 FQDLSAELLHAGTTQINTINDTITQKFIGKQPAWIDYMTNINRAYGNFRTNE--NFMILS 608
Query 264 RVYDV-ANDPKLKDATTYIDPQIFNKAFANSNLDAKNFWIQIGFDVIGRRVKSAREIPNL 322
R Y + +KD TTYIDP ++N FA+ + DA+NFW+QIG ++ RR+ SA+ IPNL
Sbjct 609 RQYSLDYKKNTIKDMTTYIDPDLYNGIFADQSFDAQNFWVQIGIEIEARRLMSAKIIPNL 668
> Alpavirinae_Human_gut_30_040_Microviridae_AG0134_putative.VP1
Length=679
Score = 273 bits (697), Expect = 6e-87, Method: Compositional matrix adjust.
Identities = 139/299 (46%), Positives = 191/299 (64%), Gaps = 16/299 (5%)
Query 24 CGLGIRTYLSDRFNNWLNTEWIDGTNGINEITSVDVTSGLLTMDALILQKKVYDMLNRIA 83
GL ++TY SD NW+NTEWIDG GIN IT++D +SG T+D L L KKVY MLNRIA
Sbjct 397 VGLALKTYQSDINTNWVNTEWIDGETGINSITAIDTSSGSFTLDTLNLAKKVYTMLNRIA 456
Query 84 VSGGSYRDWQEAVFGVRVSRAAESPIYVGGYASEIVFDEVVSTAAFESGETGQEPLGSLA 143
VS GSY W + V+ E+P+Y+GG + EI F EV++ + E +PLG+LA
Sbjct 457 VSDGSYNAWIQTVYTSGGLNHIETPLYLGGSSLEIEFQEVINNSGTE-----DQPLGALA 511
Query 144 GRGRETSKRGGKNIKIRCEEPSLIMILGSIVPRVDYSQGNKWWTRVDTMNDFHKPNLDQI 203
GRG T+ +GG NI + +EP I + SI PRVDY QGN+W +++++D HKP LD I
Sbjct 512 GRGVATNHKGG-NIVFKADEPGYIFCITSITPRVDYFQGNEWDLYLESLDDLHKPQLDGI 570
Query 204 GFQELLSQEMHGRAWRVNANYKTTDFSVGKQPAWTEYTTTVNETYGDFAAGEPLEYMAFN 263
GFQ+ L + ++ R + N S+GKQPAW +Y T VN+TYG+FA E +M N
Sbjct 571 GFQDRLYRHLNSSCVREDLN-----ISIGKQPAWVQYMTNVNKTYGNFALVENEGWMCLN 625
Query 264 RVYDVANDPKLKDATTYIDPQIFNKAFANSNLDAKNFWIQIGFDVIGRRVKSAREIPNL 322
R+++ TTYI P ++N FA+++L A+NFW+QI F+ RRV SA+ IPN+
Sbjct 626 RIFE-----NTDTYTTYIQPHLYNNIFADTDLTAQNFWVQIAFNYKPRRVMSAKIIPNI 679
> Alpavirinae_Human_gut_24_085_Microviridae_AG0230_putative.VP1
Length=653
Score = 269 bits (687), Expect = 8e-86, Method: Compositional matrix adjust.
Identities = 143/307 (47%), Positives = 191/307 (62%), Gaps = 11/307 (4%)
Query 21 TSQCGLGIRTYLSDRFNNWLNTEWIDGTNGINEITSVDVTSGLLTMDALILQKKVYDMLN 80
T+ GL ++TY SD F NW+NTE I+G GINE +SV + L+MDAL L +KVYD LN
Sbjct 353 TTMAGLAVKTYDSDVFQNWVNTELIEGAKGINEASSVAIIDNKLSMDALNLAQKVYDFLN 412
Query 81 RIAVSGGSYRDWQEAVF--GVRVSRAAESPIYVGGYASEIVFDEVVSTAAFESGETGQEP 138
RIAVSG +Y+DW E + G + R E+P++ GG I F EVVS A E QEP
Sbjct 413 RIAVSGNTYKDWLETAYTAGNYIER-PETPLFEGGMTQLIEFQEVVSNAGTE-----QEP 466
Query 139 LGSLAGRGRETSKRGGKNIKIRCEEPSLIMILGSIVPRVDYSQGNKW-WTRVDTMNDFHK 197
LGSLAGRG T ++G I ++ EPS IM + +I P +DYSQGN W T + M+DFHK
Sbjct 467 LGSLAGRGVTTQQKGDGEIYMKISEPSYIMGIVAITPMIDYSQGNDWDMTNIKNMDDFHK 526
Query 198 PNLDQIGFQELLSQEMHGRAWRVNANYKTTDFSVGKQPAWTEYTTTVNETYGDFAAGEPL 257
P D IGF++ ++++ N K +D GK AW Y T N+T+G+FAAGE
Sbjct 527 PAFDGIGFEDSMNEQRAYWTAEYNNGEKISDTKAGKTVAWINYMTNFNKTFGEFAAGESE 586
Query 258 EYMAFNRVY--DVANDPKLKDATTYIDPQIFNKAFANSNLDAKNFWIQIGFDVIGRRVKS 315
++M NR Y D ND + D +TYIDP +N+ FA+ +L A+NFW+Q + RR S
Sbjct 587 DFMVMNRNYERDEENDSLISDLSTYIDPSKYNQIFADESLSAQNFWVQTAVQMEVRRNIS 646
Query 316 AREIPNL 322
A++IPNL
Sbjct 647 AKQIPNL 653
Score = 21.9 bits (45), Expect = 8.0, Method: Compositional matrix adjust.
Identities = 13/34 (38%), Positives = 18/34 (53%), Gaps = 2/34 (6%)
Query 138 PLGSLAGRGRETSKRGGKNIKIRCEEPSLIMILG 171
P +L+G G SKRG N +++ SL LG
Sbjct 113 PTFTLSGTGGGDSKRG--NFEMKTNPSSLPFYLG 144
Lambda K H a alpha
0.317 0.134 0.404 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: 27264798