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-12_CDS_annotation_glimmer3.pl_2_1
Length=365
Score E
Sequences producing significant alignments: (Bits) Value
Alpavirinae_Human_gut_22_017_Microviridae_AG0396_hypothetical.p... 582 0.0
Alpavirinae_Human_gut_33_017_Microviridae_AG0156_putative.VP2 399 2e-139
Alpavirinae_Human_feces_E_011_Microviridae_AG0387_hypothetical.... 166 1e-48
Alpavirinae_Human_feces_D_015_Microviridae_AG018_hypothetical.p... 137 3e-38
Alpavirinae_Human_feces_B_039_Microviridae_AG094_putative.VP2 100 8e-26
Alpavirinae_Human_feces_A_034_Microviridae_AG0101_hypothetical.... 89.7 7e-22
Alpavirinae_Human_feces_C_043_Microviridae_AG0320_hypothetical.... 90.1 7e-22
Alpavirinae_Human_feces_D_031_Microviridae_AG0421_hypothetical.... 84.3 8e-20
Alpavirinae_Human_feces_D_008_Microviridae_AG099_hypothetical.p... 83.6 2e-19
Alpavirinae_Human_gut_33_005_Microviridae_AG0182_hypothetical.p... 77.4 1e-17
> Alpavirinae_Human_gut_22_017_Microviridae_AG0396_hypothetical.protein.BACPLE
Length=386
Score = 582 bits (1500), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 313/347 (90%), Positives = 332/347 (96%), Gaps = 0/347 (0%)
Query 18 AVQNSQNRQNVRETNQMNYKINQMNNQFNERMAIQQRNWQENMWNKENAYNTASAQRQRL 77
A QNSQNRQNVRETNQMNYKINQMNNQFNERMAIQQRNWQENMWNKENAYNTASAQRQRL
Sbjct 18 AAQNSQNRQNVRETNQMNYKINQMNNQFNERMAIQQRNWQENMWNKENAYNTASAQRQRL 77
Query 78 EEAGLNPYLMMNGGSAGVaqsagngataassgnaVMQPFQADYSGIGSSIGNIFQYDLMQ 137
EEAGLNPYLMMNGGSAGVAQSAG G+ A+SSGNAVMQPFQADYSGIGSSIGNIFQY+LMQ
Sbjct 78 EEAGLNPYLMMNGGSAGVAQSAGTGSAASSSGNAVMQPFQADYSGIGSSIGNIFQYELMQ 137
Query 138 SEKSQLQGARQLSDAKAMETLSNIDWGNLTAETRNYLRSTGLARAQLGYVKEQQEVDNMA 197
SEKSQLQGARQL+DAKAMETLSNIDWG LT ETR +L+STGLARAQLGY KEQQE DNMA
Sbjct 138 SEKSQLQGARQLADAKAMETLSNIDWGKLTDETRGFLKSTGLARAQLGYAKEQQEADNMA 197
Query 198 MTGLIMRAQRSGMLLDNEAKGILNKYLDQEQQLDLNVKAADYYQRMSAGYLSYaetkkal 257
MTGL++RAQRSGMLLDNEAKGILNKYLDQ QQLDL+VKAADYYQRM+AGY+SYAE KKAL
Sbjct 198 MTGLVLRAQRSGMLLDNEAKGILNKYLDQHQQLDLSVKAADYYQRMAAGYVSYAEAKKAL 257
Query 258 adealaaartrGQKISNEVASRIAESQIAANIAANQSSEAYHNEELKLGLSQDNARSKNI 317
A+EALAAARTRGQ ISNEVASRIAESQIAANIAAN+SS AYHNEEL+LGL QDNARSKNI
Sbjct 258 AEEALAAARTRGQNISNEVASRIAESQIAANIAANESSAAYHNEELRLGLPQDNARSKNI 317
Query 318 EEWYRSRNEKKRYKYYDADKWVEYGTNIGNIIGNFLPRRIVSKTFPR 364
EEWYRSRNEKKRYKY+DADKWVEYGT+IGN IGNFLPRR++SK+F R
Sbjct 318 EEWYRSRNEKKRYKYFDADKWVEYGTSIGNTIGNFLPRRVISKSFSR 364
> Alpavirinae_Human_gut_33_017_Microviridae_AG0156_putative.VP2
Length=353
Score = 399 bits (1026), Expect = 2e-139, Method: Compositional matrix adjust.
Identities = 216/336 (64%), Positives = 276/336 (82%), Gaps = 2/336 (1%)
Query 19 VQNSQNRQNVRETNQMNYKINQMNNQFNERMAIQQRNWQENMWNKENAYNTASAQRQRLE 78
+QNSQNRQN++ETNQMNYKINQMNNQFNERMA+QQR++QENMWNKEN YNTASAQRQRLE
Sbjct 19 LQNSQNRQNIKETNQMNYKINQMNNQFNERMAMQQRDFQENMWNKENTYNTASAQRQRLE 78
Query 79 EAGLNPYLMMNGGSAGVaqsagngataassgnaVMQPFQADYSGIGSSIGNIFQYDLMQS 138
EAGLNPYLMMNGGS+GV+QSAG GA+A+SSG AV QPFQAD+SGI +IG++FQ + Q+
Sbjct 79 EAGLNPYLMMNGGSSGVSQSAGTGASASSSGTAVFQPFQADFSGIQQAIGSVFQSQVRQA 138
Query 139 EKSQLQGARQLSDAKAMETLSNIDWGNLTAETRNYLRSTGLARAQLGYVKEQQEVDNMAM 198
+ SQ+QG R L+DA+AM+ LS +DW +T ETR YL++TGLARA+LGY KE QE+DNMA
Sbjct 139 QVSQMQGQRNLADAQAMQALSQVDWSKMTKETREYLKATGLARARLGYSKEMQELDNMAF 198
Query 199 TGLIMRAQRSGMLLDNEAKGILNKYLDQEQQLDLNVKAADYYQRMSAGYLSYaetkkala 258
G +++AQ + LL+ +AK +LN+YLDQ+QQ DLNVKA+ YY +MS G+L+Y + KK +A
Sbjct 199 AGRLLQAQGTSQLLEADAKTVLNRYLDQQQQADLNVKASVYYNQMSQGHLNYNQAKKVIA 258
Query 259 dealaaartrGQKISNEVASRIAESQIAANIAANQSSEAYHNEELKLGLSQDNARSKNIE 318
DE L AR +GQK+SN+VA A+S I A AAN+S+ + E K +++ ARS++IE
Sbjct 259 DEILTYARIKGQKLSNKVAEATADSLIRATNAANRSNAEFDLEAAK--YNRERARSRSIE 316
Query 319 EWYRSRNEKKRYKYYDADKWVEYGTNIGNIIGNFLP 354
+WYRSRNE K+YKYYD+DK + YGT+IGN +GNFLP
Sbjct 317 DWYRSRNEGKKYKYYDSDKLIHYGTSIGNTVGNFLP 352
> Alpavirinae_Human_feces_E_011_Microviridae_AG0387_hypothetical.protein.BACEGG.02723
Length=410
Score = 166 bits (420), Expect = 1e-48, Method: Compositional matrix adjust.
Identities = 109/261 (42%), Positives = 159/261 (61%), Gaps = 6/261 (2%)
Query 31 TNQMNYKINQMNNQFNERMAIQQRNWQENMWNKENAYNTASAQRQRLEEAGLNPYLMMNG 90
+N N KIN+MNN+FN R A + R +Q MWNK N +N+ R+RL+EAG NPYL ++
Sbjct 72 SNSQNMKINRMNNEFNAREAEKARQYQSEMWNKTNDWNSPKNVRKRLQEAGYNPYLGLDS 131
Query 91 GSAGVaqsagngataassgnaVMQPFQADYSGIGSSIGNIFQYD----LMQSEKSQLQGA 146
+ G AQSAG+ + A+++ P Q D G +++ Q + +E + LQG
Sbjct 132 SNVGTAQSAGSSSPASAAPPIQNNPIQFD--GFQNALSTAIQMSNSTKVSNAEANNLQGQ 189
Query 147 RQLSDAKAMETLSNIDWGNLTAETRNYLRSTGLARAQLGYVKEQQEVDNMAMTGLIMRAQ 206
+ L+DA+A TLS IDW T E R +L++TG+ARAQL + +QQ ++NM I RAQ
Sbjct 190 KGLADAQAAATLSGIDWYKFTPEYRAWLQTTGMARAQLSFNTDQQNLENMKWVNKIQRAQ 249
Query 207 RSGMLLDNEAKGILNKYLDQEQQLDLNVKAADYYQRMSAGYLSYaetkkaladealaaar 266
R+ +LL N+AKGI+NKYLD Q L L + A +Q ++G LS + K + + + A
Sbjct 250 RTDILLSNQAKGIINKYLDTSQSLQLKLMANQSFQAFASGRLSLQQCKTEVTKQLMNMAE 309
Query 267 trGQKISNEVASRIAESQIAA 287
T G+KISN++AS A+ I A
Sbjct 310 TEGKKISNKIASETADQLIGA 330
> Alpavirinae_Human_feces_D_015_Microviridae_AG018_hypothetical.protein.BACEGG.02723
Length=427
Score = 137 bits (346), Expect = 3e-38, Method: Compositional matrix adjust.
Identities = 113/277 (41%), Positives = 161/277 (58%), Gaps = 10/277 (4%)
Query 29 RETNQMNYKINQMNNQFNERMAIQQRNWQENMWNKENAYNTASAQRQRLEEAGLNPYLMM 88
R+ N+MN KINQMNN+FN + A + R +Q +MWNKENAYNT +AQR RLEE G N Y M
Sbjct 56 RKANEMNLKINQMNNEFNAKEAEKARAFQLDMWNKENAYNTPAAQRARLEEGGYNAY--M 113
Query 89 NGGSAGVaqsagngataassgnaVMQPFQADYSGIGSSIGNIFQYDLMQSEKSQLQGARQ 148
N AG A + + A+++ +AVMQ D+S +G + Q SEK L R
Sbjct 114 NPADAGSASGMSSTSAASAASSAVMQG--TDFSSLGEVGVRLAQELKTFSEKKGLD-IRN 170
Query 149 LSDAKAMET-----LSNIDWGNLTAETRNYLRSTGLARAQLGYVKEQQEVDNMAMTGLIM 203
S +++ + +W N++ E Y +GL A++G +++ N + ++
Sbjct 171 FSLKDYLQSQIDKMKGDTNWRNVSPEAIRYNIMSGLEAAKIGMENLREQWANQVWSNNLL 230
Query 204 RAQRSGMLLDNEAKGILNKYLDQEQQLDLNVKAADYYQRMSAGYLSYaetkkaladeala 263
RA + LLD E+K ILNKYLDQ+QQ DLNVKAA Y + ++ G L E ++ L+ E L
Sbjct 231 RANVANSLLDAESKTILNKYLDQQQQADLNVKAAHYEELINRGQLHVVEARELLSREVLN 290
Query 264 aartrGQKISNEVASRIAESQIAANIAANQSSEAYHN 300
AR RG ISN VA++ A+ + AN AAN +Y+N
Sbjct 291 YARARGLNISNWVAAKSAKGLVYANNAANYYEGSYNN 327
> Alpavirinae_Human_feces_B_039_Microviridae_AG094_putative.VP2
Length=380
Score = 100 bits (250), Expect = 8e-26, Method: Compositional matrix adjust.
Identities = 101/342 (30%), Positives = 161/342 (47%), Gaps = 28/342 (8%)
Query 32 NQMNYKINQMNNQFNERMAIQQRNWQENMWNKENAYNTASAQRQRLEEAGLNPYLMMNGG 91
N++N ++ + N FN A QR+WQ+ MW NAYN+ S+ R GLNP++ +
Sbjct 28 NKVNLRMMREQNAFNAEQAQIQRDWQKQMWGMNNAYNSPSSMISR----GLNPFVQGSAA 83
Query 92 SAGVaqsagngataassgnaVMQPFQADYSGIGSSIGNIFQYDLMQSEKSQLQGARQLSD 151
AG A GA A ++ MQ ++ ++S + S+ + L Q++ S+ S
Sbjct 84 MAGSKSPASGGAAATAAPVPSMQAYKPNFSSVFQSLAS-----LAQAKASEASAGESGSR 138
Query 152 AKAMETLSNI---------DWGNLTAETRNYL-RSTGLARAQLGYVKEQQEVDNMAMTGL 201
A+ +T++ + +W NL + Y + TG A L E Q + N
Sbjct 139 ARQTDTVTPLLSDYYRGLTNWKNLAIGSSGYWNKETGRVSAALDQSTETQNLKNAQFAER 198
Query 202 IMRAQRSGMLLDNEAKGILNKYLDQEQQLDLNVKAADYYQRMSAGYLSYaetkkaladea 261
I AQ + +LL+++A+ I+NKY+DQ QQ DL +KA S G L+ + + +
Sbjct 199 ISAAQEAQILLNSDAQRIMNKYMDQNQQADLFIKAQTLANLQSQGALTEKQIQTEIQRAI 258
Query 262 laaartrGQKISNEVASRIAESQIAANIAANQ-----SSEAYHNEELKLGLSQDNARSKN 316
LA+A G+KI N VAS A+S I A A+N+ S+ Y N +L+ + +
Sbjct 259 LASAEASGKKIDNRVASETADSLIKAANASNELQYRDSTYDYKNVKLRKHTEYKTSMANQ 318
Query 317 IEEWYRSRNEKK--RYKYYD--ADKWVEYGTNIGNIIGNFLP 354
Y + +K R Y++ A GN IG F P
Sbjct 319 KAAEYGADLARKQGRTHYWESVARGIGSIAAGAGNFIGAFRP 360
> Alpavirinae_Human_feces_A_034_Microviridae_AG0101_hypothetical.protein.BACPLE
Length=365
Score = 89.7 bits (221), Expect = 7e-22, Method: Compositional matrix adjust.
Identities = 92/283 (33%), Positives = 151/283 (53%), Gaps = 38/283 (13%)
Query 20 QNSQNRQNVRETNQMNYKINQMNNQFNERMAIQQRNWQENMWNKENAYNTASAQRQRLEE 79
Q S+NR++ ++ ++ N++ + + R++ ++M++ N +N+A +QR RLEE
Sbjct 25 QGSKNRKH-------QLQMQKIQNEWASSESQKSRDFAKSMFDASNEWNSAKSQRARLEE 77
Query 80 AGLNPYLMMNGGSAGVaqsagngataassgnaVMQPFQADYSGIGSSIGNIFQYDLMQSE 139
AGLNPYLMMNGGSAG AQS A++ SSG+ M P+Q + + IG++ Y
Sbjct 78 AGLNPYLMMNGGSAGTAQSTSATASSGSSGSGGM-PYQYTPTNV---IGDVASY------ 127
Query 140 KSQLQGA-RQLSDAKAMETLSNI--DWGNLTAETRNYLRSTGLARAQLGYVKEQQEVDNM 196
GA + LSDA+ T +++ +G+ +R +A + +Q++ D
Sbjct 128 ----AGAMKSLSDARKSGTEADLLGRYGDSDYSSR-------IANTEADTYFKQRQSD-- 174
Query 197 AMTGLIMRAQRSGMLLDNEAKGILNKYLDQEQQLDLNVKAADYYQRMSAGYLSYaetkka 256
+ AQ++ +LL EA+ ++N YL QE+Q+ L+ A Y+ + G + + K
Sbjct 175 -----VATAQKANLLLSAEAQQVMNMYLPQEKQIQLSTLGAQYWNMIRDGSIKEEQAKNL 229
Query 257 ladealaaartrGQKISNEVASRIAESQIAANIAANQSSEAYH 299
LA ART GQ ISN+VA A+S I A A + AY+
Sbjct 230 LATRLEIEARTAGQHISNKVARSTADSIIDATNTAKMNEAAYN 272
> Alpavirinae_Human_feces_C_043_Microviridae_AG0320_hypothetical.protein.BACEGG.02723
Length=396
Score = 90.1 bits (222), Expect = 7e-22, Method: Compositional matrix adjust.
Identities = 90/255 (35%), Positives = 124/255 (49%), Gaps = 31/255 (12%)
Query 40 QMNNQFNERMAIQQRNWQENMWNKENAYNTASAQRQRLEEAGLNPYLMMNG-------GS 92
Q+ ++E M QQ W WN+ENAYNT +AQR RLE AGLN L M G GS
Sbjct 54 QLGRDWSEEMMSQQNEWNLQQWNRENAYNTPAAQRSRLEAAGLNAALAMQGQGSIGMAGS 113
Query 93 AGVaqsagngataassgnaVMQPFQADYSGIGSSIGNIFQYDLMQSEKSQLQGARQLSDA 152
A + AA+ G++ Q + D+S + ++ + F+ L+ SE+S QG L A
Sbjct 114 GQPAAAPAGSPQAATGGSSAPQYSRPDFSLLSQAVDSFFKNKLL-SEQSTGQGLDNLLKA 172
Query 153 KAMETLSNIDWGNLTAETRNYLRSTGLARAQLGYVKEQQEVDNMAMTGLIMRAQRSGMLL 212
+ + L+ I G +AE N LRS Q N A T + L
Sbjct 173 RYGDELAQISIGKGSAEISN-LRS--------------QSARNYAETAVAS--------L 209
Query 213 DNEAKGILNKYLDQEQQLDLNVKAADYYQRMSAGYLSYaetkkaladealaaartrGQKI 272
+A+ LNKYLD QQL L K A+Y + L+ A+ + +A+E A GQKI
Sbjct 210 TADAQRTLNKYLDMGQQLSLITKMAEYSSITAGTELTKAKYRTEIANEIKTLAEANGQKI 269
Query 273 SNEVASRIAESQIAA 287
SNE+A A+S I A
Sbjct 270 SNEIARSTAQSLIDA 284
> Alpavirinae_Human_feces_D_031_Microviridae_AG0421_hypothetical.protein.BACEGG.02723
Length=418
Score = 84.3 bits (207), Expect = 8e-20, Method: Compositional matrix adjust.
Identities = 106/365 (29%), Positives = 179/365 (49%), Gaps = 41/365 (11%)
Query 26 QNVRETNQMNYKINQMNNQFNERMAIQQRN-----------WQENMWNKENAYNTASAQR 74
++V+ + + +INQ+NN+FN A++ R+ W + WN+ENAYN SAQR
Sbjct 29 KSVKRSIKAAKEINQINNEFNASEALKNRDFQTSEREASQQWNLDQWNRENAYNDPSAQR 88
Query 75 QRLEEAGLNPYLMMNGGSAGVaqsagngataassgnaVMQPFQADYSGIGSSIGNIFQYD 134
R+E AG NPY M +G A + + SS A P Y+G + N+
Sbjct 89 ARMEAAGFNPYNMNIDPGSGSTSGAQSSPGSGSSATASHTPSLPAYTGYAADFQNVAS-G 147
Query 135 LMQSEKSQLQG--ARQLS----DAKAMETLSNIDWGNLTAETRNY-LRSTGLARAQLGYV 187
+ Q + G AR S D + +S I GN T Y L A LG
Sbjct 148 IAQIGNAVASGIDARLTSAYGDDLMKADIMSKIG-GNSEWLTDVYKLGRQNEAPNLLGID 206
Query 188 KEQQEVDNMAMTGLIMRAQRSGMLLDNEAKG--ILNKYLDQEQQLDLNVKAADYYQRMSA 245
++ ++N++ I A G LL +A+G I+NK++ +QQ + +K A+ + + A
Sbjct 207 LRKKRLENLSTETNIKVALAQGALLGLQAEGQRIVNKFMPAQQQAEFFLKTANAFAQYKA 266
Query 246 GYLSYaetkkaladealaaartrGQKISNEVASRIAESQIAANIAANQSSEAY----HNE 301
G LS A+ K + +AL A+ GQK++N +A R+A+ Q A A +++ AY +N+
Sbjct 267 GKLSEAQVKTQIKQQALLEAQAAGQKLNNRLAERLADYQFKAMAAEYRANAAYYNGFYND 326
Query 302 ELKLGLSQ--------DNAR-SKNIEEWYRSRNEKKRYK----YYDADKWVE-YGTNIGN 347
+ G+S+ + AR + + E ++ R EK +K YY+ + ++ ++G+
Sbjct 327 AWQAGMSKAAQVRYESNAARIAAQMSEIFKDR-EKASWKNNPIYYNISELLKGLLGSVGS 385
Query 348 IIGNF 352
++G F
Sbjct 386 VVGPF 390
> Alpavirinae_Human_feces_D_008_Microviridae_AG099_hypothetical.protein.BACEGG.02723
Length=418
Score = 83.6 bits (205), Expect = 2e-19, Method: Compositional matrix adjust.
Identities = 89/296 (30%), Positives = 148/296 (50%), Gaps = 24/296 (8%)
Query 26 QNVRETNQMNYKINQMNNQFNERMAIQQRN-----------WQENMWNKENAYNTASAQR 74
++V+ + + +INQ+NN+FN A++ R+ W + WN+ENAYN SAQR
Sbjct 29 KSVKRSIKAAKEINQINNEFNASEALKNRDFQTSEREASQQWNLDQWNRENAYNDPSAQR 88
Query 75 QRLEEAGLNPYLM-MNGGSAGVaqsagn------gataassgnaVMQPFQADYSGIGSSI 127
R+E AG NPY M ++ GSA + + + + + + AD+ + S I
Sbjct 89 ARMEAAGFNPYNMNIDAGSASTSGAQSSPGSGSQATASHTPSLPAYTGYAADFQNVASGI 148
Query 128 GNIFQYDLMQSEKSQLQGARQLSDAKAMETLSNIDWGNLTAETRNY-LRSTGLARAQLGY 186
I + ++L A D + +S I GN T Y L A LG
Sbjct 149 AQIGN-AVSSGIDARLTSAYG-DDLMKADIMSKIG-GNSEWLTDVYKLGRQNEAPNLLGI 205
Query 187 VKEQQEVDNMAMTGLIMRAQRSGMLLDNEAKG--ILNKYLDQEQQLDLNVKAADYYQRMS 244
++ ++N++ I A G LL +A+G I+NK++ +QQ + +K A+ + +
Sbjct 206 DLRKKRLENLSTETNIKVALAQGALLGLQAEGQRIVNKFMPAQQQAEFFLKTANAFAQYK 265
Query 245 AGYLSYaetkkaladealaaartrGQKISNEVASRIAESQIAANIAANQSSEAYHN 300
AG LS A+ K + +AL A+T GQK++N +A R+A+ Q A A +++ AY+N
Sbjct 266 AGKLSEAQVKTQIKQQALLEAQTVGQKLNNRLAERLADYQFKAMAAEYRANAAYYN 321
> Alpavirinae_Human_gut_33_005_Microviridae_AG0182_hypothetical.protein.BACEGG.02723
Length=354
Score = 77.4 bits (189), Expect = 1e-17, Method: Compositional matrix adjust.
Identities = 75/268 (28%), Positives = 130/268 (49%), Gaps = 35/268 (13%)
Query 37 KINQMNNQFNERMAIQQRNWQENMWNKENAYNTASAQRQRLEEAGLNPYLMMNGGSAGVa 96
++ Q+ N++ + + R++ ++M++ N +N+A QR RLE AGLNPYLMMN
Sbjct 35 EMQQIQNEWASSESQKSRDFAKSMFDATNEWNSAKNQRARLEAAGLNPYLMMN------- 87
Query 97 qsagngataassgnaVMQPFQADYSGIGSSIGNIFQY---DLMQSEKSQLQGARQLSDAK 153
S + SG S G +QY +++ S + +SDA+
Sbjct 88 ---------GGSAGTASSTSASTVSGASGSGGTPYQYTPTNMIGDVASYASAMKSMSDAR 138
Query 154 AMETLSNI--DWGNLTAETRNYLRSTGLARAQLGYVKEQQEVDNMAMTGLIMRAQRSGML 211
T S++ +G T E++ G A + + Q +V AQ++ +L
Sbjct 139 KTNTESDLLDKYGVPTYESQ-----IGKTMADTYFTQRQADV---------AIAQKANLL 184
Query 212 LDNEAKGILNKYLDQEQQLDLNVKAADYYQRMSAGYLSYaetkkaladealaaartrGQK 271
L N+A+ +LN YL +E+++ L + A Y+ + G +S + K +A ART+GQ
Sbjct 185 LRNDAQEVLNMYLPEEKRIQLQMNGAQYWNMIREGVISEEQAKNLIASRLEIEARTQGQH 244
Query 272 ISNEVASRIAESQIAANIAANQSSEAYH 299
ISN++A A+S I A A ++ A++
Sbjct 245 ISNKIAKSTADSIIDATRTAKENEAAFN 272
Lambda K H a alpha
0.312 0.126 0.352 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: 31621345