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: ba7948789f14bf6ba4a88ae757f6e9a7.TrEMBL.fasta
21 sequences; 6,919 total letters
Query= ACIAD0082
Length=316
Score E
Sequences producing significant alignments: (Bits) Value
Q6FFU6 Putative glycosyl transferase family 2 (Rhamnosyl transfer... 637 0.0
A0A7G2SFC5 Glycosyltransferase family 2 protein [Acinetobacter sp] 637 0.0
N9DKA0 Uncharacterized protein [Acinetobacter ursingii ANC 3649] 369 4e-132
A0A1G6HKX1 Glycosyltransferase 2-like domain-containing protein [... 362 2e-129
A0A217EHI8 Glycosyltransferase 2-like domain-containing protein [... 358 1e-127
A0A839CQJ0 Glycosyltransferase family 2 protein [Klebsiella grimo... 316 5e-111
A0A193SCB2 Glycosyltransferase [Klebsiella pneumoniae] 306 4e-107
A0A192C9G0 N-acetylglucosaminyltransferase [Escherichia coli O25b... 291 3e-101
A0A066SWD0 Glycosyltransferase [Escherichia coli] 291 3e-101
A0A776Q5Q2 Glycosyltransferase family 2 protein [Escherichia coli] 291 5e-101
A0A6D0FSQ9 Glycosyltransferase [Escherichia coli] 291 5e-101
A0A210NQH5 Glycosyltransferase family 2 protein [Escherichia coli] 289 2e-100
Q9JRS1 Rhamnosyl transferase [Aggregatibacter actinomycetemcomitans] 188 5e-61
O07868 Putative rhamnosyl transferase [Streptococcus pneumoniae] 121 2e-35
Q7BG45 WsaD [Geobacillus stearothermophilus] 100 8e-28
B3FN81 WbxD [Aeromonas hydrophila] 75.1 1e-18
Q8GE78 AprG1 [Streptoalloteichus tenebrarius (strain ATCC 17920 /... 74.3 3e-18
B0BKY6 Putative glycosyltransferase [Legionella pneumophila serog... 66.2 2e-15
A7E1A5 Glycosyltransferase family 2 protein [Legionella pneumophila] 65.5 3e-15
A7E1B4 Glycosyltransferase [Legionella pneumophila] 63.2 1e-14
Q9AGZ0 Putative glycosyltransferase [Aneurinibacillus thermoaerop... 62.8 4e-14
>Q6FFU6 Putative glycosyl transferase family 2 (Rhamnosyl transferase)
[Acinetobacter baylyi (strain ATCC 33305 / BD413 /
ADP1)]
Length=315
Score = 637 bits (1644), Expect = 0.0
Identities = 315/315 (100%), Positives = 315/315 (100%), Gaps = 0/315 (0%)
Query 1 MNINYSSVYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLD 60
MNINYSSVYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLD
Sbjct 1 MNINYSSVYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLD 60
Query 61 QTNISNLIISENEIPNYKNSNYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWILNN 120
QTNISNLIISENEIPNYKNSNYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWILNN
Sbjct 61 QTNISNLIISENEIPNYKNSNYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWILNN 120
Query 121 DTEVASDSLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNELA 180
DTEVASDSLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNELA
Sbjct 121 DTEVASDSLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNELA 180
Query 181 IDENIDELNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQKNLDVG 240
IDENIDELNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQKNLDVG
Sbjct 181 IDENIDELNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQKNLDVG 240
Query 241 IASKSIVYHKHGASTGKGKSDIADYYSVRNRLLISKRFYGNYYFYVRFSIFLIVANRFRR 300
IASKSIVYHKHGASTGKGKSDIADYYSVRNRLLISKRFYGNYYFYVRFSIFLIVANRFRR
Sbjct 241 IASKSIVYHKHGASTGKGKSDIADYYSVRNRLLISKRFYGNYYFYVRFSIFLIVANRFRR 300
Query 301 GEIKRGINYLNFLFF 315
GEIKRGINYLNFLFF
Sbjct 301 GEIKRGINYLNFLFF 315
>A0A7G2SFC5 Glycosyltransferase family 2 protein [Acinetobacter
sp]
Length=315
Score = 637 bits (1644), Expect = 0.0
Identities = 315/315 (100%), Positives = 315/315 (100%), Gaps = 0/315 (0%)
Query 1 MNINYSSVYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLD 60
MNINYSSVYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLD
Sbjct 1 MNINYSSVYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLD 60
Query 61 QTNISNLIISENEIPNYKNSNYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWILNN 120
QTNISNLIISENEIPNYKNSNYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWILNN
Sbjct 61 QTNISNLIISENEIPNYKNSNYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWILNN 120
Query 121 DTEVASDSLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNELA 180
DTEVASDSLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNELA
Sbjct 121 DTEVASDSLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNELA 180
Query 181 IDENIDELNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQKNLDVG 240
IDENIDELNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQKNLDVG
Sbjct 181 IDENIDELNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQKNLDVG 240
Query 241 IASKSIVYHKHGASTGKGKSDIADYYSVRNRLLISKRFYGNYYFYVRFSIFLIVANRFRR 300
IASKSIVYHKHGASTGKGKSDIADYYSVRNRLLISKRFYGNYYFYVRFSIFLIVANRFRR
Sbjct 241 IASKSIVYHKHGASTGKGKSDIADYYSVRNRLLISKRFYGNYYFYVRFSIFLIVANRFRR 300
Query 301 GEIKRGINYLNFLFF 315
GEIKRGINYLNFLFF
Sbjct 301 GEIKRGINYLNFLFF 315
>N9DKA0 Uncharacterized protein [Acinetobacter ursingii ANC 3649]
Length=308
Score = 369 bits (948), Expect = 4e-132
Identities = 176/307 (57%), Positives = 231/307 (75%), Gaps = 1/307 (0%)
Query 8 VYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLDQTNISNL 67
+Y+V+LNWNSA++TI C+KS++NL+ ++ I+VCDNDS S ++I++++ D +
Sbjct 2 IYIVVLNWNSAKETIACLKSLVNLDDFNNIRIIVCDNDSDVNSIKQIESYLSDFYGNDYI 61
Query 68 IISENEIPNYKNSNYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWILNNDTEVASD 127
++E+E YK K IKN KNYGYAGGNN G+ FAL E M YVWILNNDT V SD
Sbjct 62 SLNEDETLTYKIDK-KFYFIKNFKNYGYAGGNNIGINFALKFERMSYVWILNNDTVVQSD 120
Query 128 SLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNELAIDENIDE 187
SL +++ KF N YGVVGS+LVE EN++ VQG+GGIINP CTTKEIG++L I++ I+E
Sbjct 121 SLKFMLHKFLENNNYGVVGSRLVELENKSNVQGVGGIINPWLCTTKEIGSDLKINDAINE 180
Query 188 LNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQKNLDVGIASKSIV 247
+E+K+DYVIGAS++ +R CL+ VGL+CEDYFLYYEEID CNR R+ N +GIAS+SIV
Sbjct 181 KEFEEKIDYVIGASLLISRDCLENVGLLCEDYFLYYEEIDYCNRARENNFSIGIASQSIV 240
Query 248 YHKHGASTGKGKSDIADYYSVRNRLLISKRFYGNYYFYVRFSIFLIVANRFRRGEIKRGI 307
+H HGAST KGKS IADY SVRNR+LI+++FY N +V+ SIFL+ NR RR + R I
Sbjct 241 FHAHGASTNKGKSQIADYCSVRNRILITRKFYPNKLIFVKLSIFLVSLNRARRFQFSRAI 300
Query 308 NYLNFLF 314
YL FLF
Sbjct 301 RYLKFLF 307
>A0A1G6HKX1 Glycosyltransferase 2-like domain-containing protein
[Acinetobacter boissieri]
Length=312
Score = 362 bits (930), Expect = 2e-129
Identities = 174/309 (56%), Positives = 231/309 (75%), Gaps = 3/309 (1%)
Query 8 VYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLDQTNISNL 67
+Y+V+LNWNSAQDTI C+KS+L L D +VVCDNDSK ES+ EIK+++ + +
Sbjct 2 IYIVVLNWNSAQDTIKCVKSLLQLKSTSDFKLVVCDNDSKVESFNEIKSYLEKFYSENLA 61
Query 68 IISENEIPNYK-NSNYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWILNNDTEVAS 126
+I EN + N+ N KI LIKN KNYGYAGGNN G+R ALNQ+ +QY W+LNNDTEV S
Sbjct 62 VIGENNVKNHVVNLKDKITLIKNNKNYGYAGGNNVGLRLALNQKDVQYCWVLNNDTEVDS 121
Query 127 DSLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNELAIDENID 186
++L L++K S G+ GS+LVE +NR KVQ +GGI+N FCTTKEIG+EL + E ID
Sbjct 122 NALIALVNKMASKPSIGICGSRLVEMKNRYKVQALGGIVNKWFCTTKEIGSELTVSEVID 181
Query 187 ELNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQKNLDVGIASKSI 246
E +E K+D+V+GAS+ F+R CL++VGL+CEDYFLYYEE+D CNR++Q VGIAS+SI
Sbjct 182 ESEWENKIDFVVGASLFFSRKCLEEVGLLCEDYFLYYEELDYCNRVKQNGFKVGIASQSI 241
Query 247 VYHKHGASTGKG--KSDIADYYSVRNRLLISKRFYGNYYFYVRFSIFLIVANRFRRGEIK 304
V+H+ G STGKG +S+I+DY V+NR+L+SK+FY N +V+ SIFL+V NR R + K
Sbjct 242 VFHEQGVSTGKGVTRSEISDYCQVKNRILVSKKFYKNKTIFVKLSIFLVVFNRVFRLQFK 301
Query 305 RGINYLNFL 313
R YLNF+
Sbjct 302 RACKYLNFI 310
>A0A217EHI8 Glycosyltransferase 2-like domain-containing protein
[Acinetobacter apis]
Length=309
Score = 358 bits (918), Expect = 1e-127
Identities = 165/298 (55%), Positives = 230/298 (77%), Gaps = 0/298 (0%)
Query 8 VYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLDQTNISNL 67
+Y+V+LNWNS QDT+ CIKS+LNL I + IV+CDNDSK ES+++I+N++ + +
Sbjct 2 IYIVVLNWNSDQDTVKCIKSLLNLKCINEFRIVICDNDSKVESFQKIENYLKMEHADKTI 61
Query 68 IISENEIPNYKNSNYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWILNNDTEVASD 127
++E +I ++K SN KI+LIKN +NYGYAGGNN G++ A+ Q+ MQY W+LNNDTEV D
Sbjct 62 SLNERDIDSFKVSNEKIILIKNNENYGYAGGNNIGLKLAMMQDGMQYAWVLNNDTEVDKD 121
Query 128 SLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNELAIDENIDE 187
+L L++K S+ G+ GS+LVE E + KVQ +GG INP FCTT+EIG++L I + ++E
Sbjct 122 ALTALVEKMLSDAHIGLCGSRLVEMETKYKVQALGGTINPWFCTTREIGSDLTITDIVNE 181
Query 188 LNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQKNLDVGIASKSIV 247
+E+K+D+V+GAS+ F+R CL++VGL+CEDYFLYYEEID CNRI+Q NL +GIASKSIV
Sbjct 182 EEWEEKIDFVVGASLFFSRFCLEKVGLLCEDYFLYYEEIDYCNRIKQNNLKIGIASKSIV 241
Query 248 YHKHGASTGKGKSDIADYYSVRNRLLISKRFYGNYYFYVRFSIFLIVANRFRRGEIKR 305
+H+ GAST KGKS IAD+ S++NR+LISK+FY +Y +VR S+F + NR R + R
Sbjct 242 FHEQGASTDKGKSKIADFCSIKNRVLISKKFYKSYTLFVRISLFGVAINRSFRKQFDR 299
>A0A839CQJ0 Glycosyltransferase family 2 protein [Klebsiella grimontii]
Length=311
Score = 316 bits (809), Expect = 5e-111
Identities = 153/312 (49%), Positives = 213/312 (68%), Gaps = 12/312 (4%)
Query 8 VYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLDQT----- 62
VY+++LNW +A DTI C+KS+ + +E I++CDN S S+E+IKN++ +
Sbjct 2 VYIILLNWKNAVDTIECLKSLKKITNLE-FKIILCDNCSPDNSFEKIKNYISEDEYYNKI 60
Query 63 --NISNLIISENEIPNYKNSNYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWILNN 120
+I+N+II + I N K+VLI+N N G+AGGNN G+R AL Q+ ++Y+W+LNN
Sbjct 61 FEDITNIIIDKKII----TLNKKLVLIQNHSNLGFAGGNNVGIRLALAQDDVKYIWLLNN 116
Query 121 DTEVASDSLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNELA 180
DTEV DSL +I +F N + GV GSKLV + R K+QG+GG INP C T+ +
Sbjct 117 DTEVRHDSLSEIISRFNMNPEIGVCGSKLVYYHQRDKIQGLGGEINPFTCATRHVPWLAP 176
Query 181 IDENIDELNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQKNLDVG 240
+ ++ E K+ YV+GASM+F+R ++VGL+CEDYFLYYEE+DICNR++ +G
Sbjct 177 ASQEFNDEEMETKISYVLGASMLFSRTAFEKVGLLCEDYFLYYEEVDICNRLKASGFKIG 236
Query 241 IASKSIVYHKHGASTGKGKSDIADYYSVRNRLLISKRFYGNYYFYVRFSIFLIVANRFRR 300
IASKSIVYHK GAST GKSDIADY SVRNR+LI+K+FY NY F+V+ S+ ++ NR +R
Sbjct 237 IASKSIVYHKEGASTDSGKSDIADYCSVRNRILIAKKFYPNYLFWVKLSLLGVIYNRIKR 296
Query 301 GEIKRGINYLNF 312
E KR Y+ F
Sbjct 297 KEFKRAFRYVKF 308
>A0A193SCB2 Glycosyltransferase [Klebsiella pneumoniae]
Length=309
Score = 306 bits (783), Expect = 4e-107
Identities = 152/307 (50%), Positives = 208/307 (68%), Gaps = 4/307 (1%)
Query 8 VYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLDQTNISNL 67
VY+++LNW +A DTI C+KS+ + IE+ I+VCDN+S +S + IK+F+ S
Sbjct 2 VYIILLNWKNAVDTIDCLKSLKKITDIEN-KIIVCDNNSPDDSLDRIKDFIEKDDFYSKS 60
Query 68 IISENEIPNYKNSNY--KIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWILNNDTEVA 125
+ + N KN KI LI EKN G+AGGNN + AL+Q Y+W+LNNDTEV
Sbjct 61 FLDLSGSDN-KNPKLCCKITLIATEKNLGFAGGNNVATKIALSQSDADYIWLLNNDTEVE 119
Query 126 SDSLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNELAIDENI 185
S+SL +I +F N K GV GSKLV R K+QG+GG INP C TK + +
Sbjct 120 SNSLSEIIKRFRKNPKIGVCGSKLVYSHQRDKIQGLGGRINPFTCATKHVPWLAPSQQEY 179
Query 186 DELNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQKNLDVGIASKS 245
++ EK++ YV+GASMMF+R L++VGL+CEDYFLYYEE+DICNR+++ ++G+ASKS
Sbjct 180 NDEEMEKQISYVLGASMMFSRAALEKVGLLCEDYFLYYEEVDICNRLKKSGFELGVASKS 239
Query 246 IVYHKHGASTGKGKSDIADYYSVRNRLLISKRFYGNYYFYVRFSIFLIVANRFRRGEIKR 305
IVYHK GAST GKSD+ADY SVRNR+LI+K+FY +Y V+ S+ ++ NR +R E KR
Sbjct 240 IVYHKEGASTDYGKSDVADYCSVRNRILIAKKFYPSYILTVKLSLLGVIFNRLKRREFKR 299
Query 306 GINYLNF 312
+NY+ F
Sbjct 300 ALNYIKF 306
>A0A192C9G0 N-acetylglucosaminyltransferase [Escherichia coli
O25b:H4]
Length=321
Score = 291 bits (745), Expect = 3e-101
Identities = 149/316 (47%), Positives = 209/316 (66%), Gaps = 16/316 (5%)
Query 8 VYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLDQTNISNL 67
+Y+V+LNWN A DTI+C+KS+++LN + D I++ DN S SY+ IK N+++L
Sbjct 2 IYIVVLNWNGAIDTINCVKSLMDLN-VSDYKIIIVDNCSMDNSYDTIKE------NLNSL 54
Query 68 IISENEIPNYKNS---------NYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWIL 118
I++ I K N KI+LI++ +N GYA GNN G+ FALNQE M+YVW+L
Sbjct 55 YIADKSIIEVKYEDRNKYKTLENDKIILIQSPQNNGYASGNNIGIEFALNQENMKYVWVL 114
Query 119 NNDTEVASDSLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNE 178
NNDTEV ++L +LI K +S++ G+ GS+LV F +R QG+GG+ N CTTK
Sbjct 115 NNDTEVDKEALTHLISKCDSDKSIGICGSRLVYFADREMQQGLGGVHNKWLCTTKNYEMG 174
Query 179 LAIDENIDELNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQKNLD 238
+ + D+ +DY+IGASM F+R CL+ VGLM E+YFLYYEE+DIC R + KN
Sbjct 175 RLVSKKYDDEVISNDIDYIIGASMFFSRECLETVGLMNEEYFLYYEELDICLRAKAKNFK 234
Query 239 VGIASKSIVYHKHGASTGKGKSDIADYYSVRNRLLISKRFYGNYYFYVRFSIFLIVANRF 298
+GI S+S+VYHK GAST GKS +AD S++NRL+I++RFY YY+ V S+F++ NR
Sbjct 235 LGICSESLVYHKIGASTDGGKSMMADLCSIKNRLVITERFYPQYYWTVWLSLFVVAFNRA 294
Query 299 RRGEIKRGINYLNFLF 314
RRGE + LN +F
Sbjct 295 RRGEFNKMKRCLNVMF 310
>A0A066SWD0 Glycosyltransferase [Escherichia coli]
Length=321
Score = 291 bits (745), Expect = 3e-101
Identities = 149/316 (47%), Positives = 209/316 (66%), Gaps = 16/316 (5%)
Query 8 VYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLDQTNISNL 67
+Y+V+LNWN A DTI+C+KS+++LN + D I++ DN S SY+ IK N+++L
Sbjct 2 IYIVVLNWNGAIDTINCVKSLMDLN-VSDYKIIIVDNCSMDNSYDTIKE------NLNSL 54
Query 68 IISENEIPNYKNS---------NYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWIL 118
I++ I K N KI+LI++ +N GYA GNN G+ FALNQE M+YVW+L
Sbjct 55 YIADKSIIEVKYEDRNKYKTLENDKIILIQSPQNNGYASGNNIGIEFALNQENMKYVWVL 114
Query 119 NNDTEVASDSLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNE 178
NNDTEV ++L +LI K +S++ G+ GS+LV F +R QG+GG+ N CTTK
Sbjct 115 NNDTEVDKEALTHLISKCDSDKSIGICGSRLVYFADREMQQGLGGVHNKWLCTTKNYEMG 174
Query 179 LAIDENIDELNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQKNLD 238
+ + D+ +DY+IGASM F+R CL+ VGLM E+YFLYYEE+DIC R + KN
Sbjct 175 RLVSKKYDDEVISNDIDYIIGASMFFSRECLETVGLMNEEYFLYYEELDICLRAKAKNFK 234
Query 239 VGIASKSIVYHKHGASTGKGKSDIADYYSVRNRLLISKRFYGNYYFYVRFSIFLIVANRF 298
+GI S+S+VYHK GAST GKS +AD S++NRL+I++RFY YY+ V S+F++ NR
Sbjct 235 LGICSESLVYHKIGASTDGGKSMMADLCSIKNRLVITERFYPQYYWTVWLSLFVVAFNRA 294
Query 299 RRGEIKRGINYLNFLF 314
RRGE + LN +F
Sbjct 295 RRGEFNKMKRCLNVMF 310
>A0A776Q5Q2 Glycosyltransferase family 2 protein [Escherichia
coli]
Length=321
Score = 291 bits (744), Expect = 5e-101
Identities = 148/316 (47%), Positives = 209/316 (66%), Gaps = 16/316 (5%)
Query 8 VYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLDQTNISNL 67
+Y+V+LNWN A DTI+C+KS+++LN + D +++ DN S SY+ IK N+++L
Sbjct 2 IYIVVLNWNGAIDTINCVKSLMDLN-VSDYKVIIVDNCSMDNSYDTIKE------NLNSL 54
Query 68 IISENEIPNYKNS---------NYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWIL 118
I++ I K N KI+LI++ +N GYA GNN G+ FALNQE M+YVW+L
Sbjct 55 YIADKSIIEVKYEDRNKYKTLENDKIILIQSPQNNGYASGNNIGIEFALNQENMKYVWVL 114
Query 119 NNDTEVASDSLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNE 178
NNDTEV ++L +LI K +S++ G+ GS+LV F +R QG+GG+ N CTTK
Sbjct 115 NNDTEVDKEALTHLISKCDSDKSIGICGSRLVYFADREMQQGLGGVHNKWLCTTKNYEMG 174
Query 179 LAIDENIDELNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQKNLD 238
+ + D+ +DY+IGASM F+R CL+ VGLM E+YFLYYEE+DIC R + KN
Sbjct 175 RLVSKKYDDEVISNDIDYIIGASMFFSRECLETVGLMNEEYFLYYEELDICLRAKAKNFK 234
Query 239 VGIASKSIVYHKHGASTGKGKSDIADYYSVRNRLLISKRFYGNYYFYVRFSIFLIVANRF 298
+GI S+S+VYHK GAST GKS +AD S++NRL+I++RFY YY+ V S+F++ NR
Sbjct 235 LGICSESLVYHKIGASTDGGKSMMADLCSIKNRLVITERFYPQYYWTVWLSLFVVAFNRA 294
Query 299 RRGEIKRGINYLNFLF 314
RRGE + LN +F
Sbjct 295 RRGEFNKMKRCLNVMF 310
>A0A6D0FSQ9 Glycosyltransferase [Escherichia coli]
Length=321
Score = 291 bits (744), Expect = 5e-101
Identities = 149/316 (47%), Positives = 209/316 (66%), Gaps = 16/316 (5%)
Query 8 VYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLDQTNISNL 67
+Y+V+LNWN A DTI+C+KS+++LN + D I++ DN S SY+ IK N+++L
Sbjct 2 IYIVVLNWNGAIDTINCVKSLMDLN-VSDYKIIIVDNCSMDNSYDTIKE------NLNSL 54
Query 68 IISENEIPNYKNS---------NYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWIL 118
I++ I K N KI+LI++ +N GYA GNN G+ FALNQE M+YVW+L
Sbjct 55 YIADKSIIEVKYEDRNKYKTLENDKIILIQSPQNNGYASGNNIGIEFALNQENMKYVWVL 114
Query 119 NNDTEVASDSLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNE 178
NNDTEV ++L +LI K +S++ G+ GS+LV F +R QG+GG+ N CTTK
Sbjct 115 NNDTEVDKEALTHLISKCDSDKSIGICGSRLVYFADREMQQGLGGVHNKWLCTTKNYEMG 174
Query 179 LAIDENIDELNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQKNLD 238
+ + D+ +DY+IGASM F+R CL+ VGLM E+YFLYYEE+DIC R + KN
Sbjct 175 RLVSKKYDDEVISNDIDYIIGASMFFSRECLETVGLMNEEYFLYYEELDICLRAKAKNFK 234
Query 239 VGIASKSIVYHKHGASTGKGKSDIADYYSVRNRLLISKRFYGNYYFYVRFSIFLIVANRF 298
+GI S+S+VYHK GAST GKS +AD S++NRL+I++RFY YY+ V S+F++ NR
Sbjct 235 LGICSESLVYHKIGASTEGGKSMMADLCSIKNRLVITERFYPQYYWTVWLSLFVVAFNRA 294
Query 299 RRGEIKRGINYLNFLF 314
RRGE + LN +F
Sbjct 295 RRGEFNKMKRCLNVMF 310
>A0A210NQH5 Glycosyltransferase family 2 protein [Escherichia
coli]
Length=321
Score = 289 bits (740), Expect = 2e-100
Identities = 150/310 (48%), Positives = 206/310 (66%), Gaps = 4/310 (1%)
Query 8 VYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFV--LDQTNIS 65
+Y+V+LNWN A DTI+C+KS++NLN +D I+V DN S SY+ IK + L T S
Sbjct 2 IYIVVLNWNGAIDTINCVKSLMNLN-YDDYKIIVVDNCSTDNSYDSIKENLNALYITGKS 60
Query 66 NLIISENEIPNYKN-SNYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWILNNDTEV 124
+ + + Y+ N KI+LI++ KN GYA GNN G+ ALNQE M+YVW+LNNDTEV
Sbjct 61 FIEVKYEDRSKYQTLENDKIILIQSPKNNGYASGNNIGIELALNQEDMKYVWVLNNDTEV 120
Query 125 ASDSLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNELAIDEN 184
++L +LI K +S++ G+ GS+LV F +R QG+GG+ N CTTK + +
Sbjct 121 DKEALTHLISKCDSDKNIGICGSRLVYFTDREMQQGLGGVHNRWLCTTKNYEMGRLVSKK 180
Query 185 IDELNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQKNLDVGIASK 244
D+ +DY+IGASM F+R CL+ VGLM E+YFLYYEE+DIC R + KN +GI S
Sbjct 181 YDDEVISNNIDYIIGASMFFSRECLETVGLMNEEYFLYYEELDICLRAKAKNFKLGICSD 240
Query 245 SIVYHKHGASTGKGKSDIADYYSVRNRLLISKRFYGNYYFYVRFSIFLIVANRFRRGEIK 304
S+VYHK GAST GKS IAD S++NRL+I+++FY YY+ V S+F++ NR RRGE
Sbjct 241 SLVYHKIGASTDGGKSMIADLCSIKNRLVITEKFYPQYYWTVWLSLFVVAFNRARRGEFN 300
Query 305 RGINYLNFLF 314
+ LN +F
Sbjct 301 KMKRCLNVMF 310
>Q9JRS1 Rhamnosyl transferase [Aggregatibacter actinomycetemcomitans]
Length=321
Score = 188 bits (478), Expect = 5e-61
Identities = 114/322 (35%), Positives = 176/322 (55%), Gaps = 36/322 (11%)
Query 8 VYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLDQTNISN- 66
+Y++ILN+N +DTI C++SVL + ++ I+V DN+S+ +S I N+ + +IS
Sbjct 5 IYIIILNYNGWKDTIECLESVLKSD-YKNFKIIVVDNNSQNDSIGFICNWAVIPESISAE 63
Query 67 ------------------LIISENEIPNYKNSNYKIVLIKNEKNYGYAGGNNRGVRFALN 108
I SE+E N K++L++ +N G+A GNN +++A+
Sbjct 64 NVYFNKFIRPNAEKPIKYSIWSESEFLQQSNIQEKLILVRANENGGFAKGNNIAIQYAMK 123
Query 109 QEAMQYVWILNNDTEVASDSLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPK 168
+YVW+LNNDT + ++L LI+ + N + G+ GS L + N KVQ GG IN
Sbjct 124 DPECRYVWLLNNDTVIKQNTLSKLIEYADKN-EIGICGSSLFYYYNPKKVQAYGGHINRF 182
Query 169 FCTTKEIGNELAIDENIDELNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDI 228
F T+ I N ID KK+DYV+GAS + N+ ++++G + EDYFLYYEE D
Sbjct 183 FGTSSHILNVNNID---------KKLDYVVGASFLINKRLIEKIGYLPEDYFLYYEETDY 233
Query 229 CNRIRQKNLDVGIASKSIVYHKHGASTGKG-----KSDIADYYSVRNRLLISKRFYGNYY 283
C R+ +GIA SIVYHK G STG +S+ +D +++NR+ K + G
Sbjct 234 CFNARKNGFTLGIALDSIVYHKEGGSTGASQNADKRSEFSDVLTLKNRIKFHKLYLGG-G 292
Query 284 FYVRFSIFLIVANRFRRGEIKR 305
+ I + NR RRG++ R
Sbjct 293 IGLWIGILIAFFNRIRRGQMSR 314
>O07868 Putative rhamnosyl transferase [Streptococcus pneumoniae]
Length=300
Score = 121 bits (303), Expect = 2e-35
Identities = 90/308 (29%), Positives = 148/308 (48%), Gaps = 37/308 (12%)
Query 8 VYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLDQTNISNL 67
V +VILN+N+ ++TI ++S+ + + + IV+ DN+S +S +E+ +
Sbjct 4 VCIVILNYNNYEETIERVQSLRSTIKSNEYDIVIVDNNSVNDSVKELSKALSP------- 56
Query 68 IISENEIPNYKNSNYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWILNNDTEVASD 127
I +I + +N GYA GNN G+++A Y+ ILNNDT + D
Sbjct 57 ----------------IKIITSLENRGYANGNNIGIKYA-EDNGYDYICILNNDTLIEVD 99
Query 128 SLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGG--IINPKFCTTKEIGNELAIDENI 185
L+ + E+N V LVE+++ VQ GG IN T K G +
Sbjct 100 FLESCKRELENNSFVAFVSPVLVEYKDNNLVQSTGGDIFINRGIVTLKNHGAQR------ 153
Query 186 DELNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQKNLDVGIASKS 245
D+L + + DY+ GA +MF L+ +G + E YFL+YEE + C R ++ ++S
Sbjct 154 DKLPSKIESDYIGGACLMFKTSILKIIGYIPESYFLFYEETEWCYRAKKLGYKNICLTQS 213
Query 246 IVYHKHGASTGKGKSDIADYYSVRNRLLISKRFYGNYYFYVRFSIFLIVANRF----RRG 301
VYHK G+ + K + + +Y RNR++ +R + Y F +L + + RR
Sbjct 214 YVYHK-GSVSIKAVNGLQEYLMARNRVVFVRRNINSKLKYSAFLFYLFMQQLYHCFLRRD 272
Query 302 EIKRGINY 309
KR Y
Sbjct 273 CSKRKYKY 280
>Q7BG45 WsaD [Geobacillus stearothermophilus]
Length=289
Score = 100 bits (249), Expect = 8e-28
Identities = 74/300 (25%), Positives = 137/300 (46%), Gaps = 36/300 (12%)
Query 8 VYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLDQTNISNL 67
+ ++I+N+N+ + T+ I+S+L I+V DN S +S +K
Sbjct 3 ISIIIVNYNTPKLTVEAIESILKSKTKYSYEIIVVDNHSSDDSVRILKG----------- 51
Query 68 IISENEIPNYKNSNYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWILNNDTEVASD 127
+ PN IV+I+N++N G++ NN+ ++ + + Y+ +LN+DT V D
Sbjct 52 -----KFPN-------IVVIENKQNVGFSKANNQAIKLSKGR----YILLLNSDTIVKED 95
Query 128 SLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNELAIDEN--- 184
+++ +I+ + ++K G G ++V G P+ +G +
Sbjct 96 TIEKMIEFMDKSKKVGASGCEVVLPNGELDRACHRGFPTPEASFYYLVGLARLFPRSRRF 155
Query 185 ------IDELNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQKNLD 238
LN +D ++GA MM R ++QVGL+ E++F+Y E+ID C RI+Q +
Sbjct 156 NQYHLGYMNLNEPHPIDCLVGAFMMVRREVIEQVGLLDEEFFMYGEDIDWCYRIKQAGWE 215
Query 239 VGIASKSIVYHKHGASTGKGKSDIADYYSVRNRLLISKRFYGNYYFYVRFSIFLIVANRF 298
+ + + H GAS+ K I + L K + Y F V ++ +A +F
Sbjct 216 IYYCPFTSIIHYKGASSKKKPFKIVYEFHRAMFLFHRKHYARKYPFIVNCLVYTGIAAKF 275
>B3FN81 WbxD [Aeromonas hydrophila]
Length=300
Score = 75.1 bits (183), Expect = 1e-18
Identities = 67/234 (29%), Positives = 110/234 (47%), Gaps = 16/234 (7%)
Query 49 ESYEEIKNFVLDQTNIS-NLIISENEIPNYKNSNYKIVLIKNE-KNYGYAGGNNRGVRFA 106
+SY++ +V+D ++ S +L +++N Y S +LI N+ KN G A GNN+G A
Sbjct 34 QSYKKFLLYVVDNSSTSESLELAKNLSEQYAVST---ILIDNQGKNVGVAAGNNQGA-LA 89
Query 107 LNQEAMQYVWILNNDT--EVASDSLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGI 164
++ Y+ +NND E A+ + + E N K V S L+ + GG
Sbjct 90 AGRDGCDYIVFINNDLLFEQATVFSELVKVAIEDNVK---VMSPLILNFPAGNIWYAGGK 146
Query 165 INPKFCTTKEIGNELAIDENIDELNYEK-KVDYVIGASMMFNRLCLQQVGLMCEDYFLYY 223
I+ + + IDE + + + Y +M ++VGLM E YF YY
Sbjct 147 IDD----LRAVAPHFMIDETYQPNSIRRERFTYAPTCFLMIASDVWERVGLMDERYFAYY 202
Query 224 EEIDICNRIRQKNLDVGIASKSIVYHKHGASTGKGKSDIADYYSVRNRLLISKR 277
++ D +RI V + +++YHK G+STG S Y+ RNR+ K+
Sbjct 203 DDTDFLHRIVHAGFLVELIPSALIYHKVGSSTGGDISRFGMYHLTRNRIYFIKK 256
>Q8GE78 AprG1 [Streptoalloteichus tenebrarius (strain ATCC 17920
/ DSM 40477 / JCM 4838 / CBS 697.72 / NBRC 16175 / NCIMB
11028 / NRRL B-12390 / A12253. 1)]
Length=332
Score = 74.3 bits (181), Expect = 3e-18
Identities = 66/263 (25%), Positives = 116/263 (44%), Gaps = 30/263 (11%)
Query 12 ILNWNSAQDTIHCIKSVLN-LNRIEDVTIVVC-DNDSKKESYEEIKNFVLDQTNISNLII 69
++N+ A DTI C++++ + ++ D V+C DN S S E ++ D
Sbjct 1 MVNYRGADDTITCLRALRSEVDYPADRLQVICVDNASGDGSAERLREAAPD--------- 51
Query 70 SENEIPNYKNSNYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWILNNDTEVASDSL 129
+ L++ +N G+AGG N GVR A + V LNND D +
Sbjct 52 --------------VELVEAPENLGFAGGCNLGVRHARGE----VVAFLNNDARPDRDWV 93
Query 130 DYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNELAIDENIDELN 189
+ + G V SK++++E RT V + G + K + + D+L+
Sbjct 94 RAAVAVLRAEPTVGAVASKVLDWEGRT-VDFVDGGLTWFGMGYKRHAGQPVDAVSPDQLD 152
Query 190 YEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQKNLDVGIASKSIVYH 249
+ V + G++M +++G E YF++YE++D+ R+ + V +S+ +H
Sbjct 153 APRDVLFGTGSAMFVRAELFRELGGFDERYFMFYEDVDLGWRLNLRGWRVRYEPRSLTFH 212
Query 250 KHGASTGKGKSDIADYYSVRNRL 272
+H S G S Y RN L
Sbjct 213 RHHGSMGGVHSAREFYLLERNAL 235
>B0BKY6 Putative glycosyltransferase [Legionella pneumophila serogroup
1]
Length=339
Score = 66.2 bits (160), Expect = 2e-15
Identities = 62/276 (22%), Positives = 113/276 (41%), Gaps = 55/276 (20%)
Query 7 SVYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLDQTNISN 66
++ V+I+N+NSA HC+ + +K+SY+ + + D ++I N
Sbjct 24 NIGVIIVNYNSA----HCLSKAITA--------------LEKQSYKPYQIILFDNSSIEN 65
Query 67 L--IISENEIPNYKNSNYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWILNNDTEV 124
L I+ ++P I ++ + N G+A GNN+ + + + ++ +LN D
Sbjct 66 LPEIVHTTKLP--------IKIVVSNINLGFAAGNNKAIEYL--DPKVNWIALLNPDAYP 115
Query 125 ASDSLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNELAIDEN 184
D L ++ +++ +Y +GSKL+ + G G + + I
Sbjct 116 HKDWLLEMVSAIKTHPQYAFMGSKLICENEPYLLDGTGDVYH--------------ISGK 161
Query 185 IDELNYEKKVDYV----------IGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQ 234
LN+ K +D A+ ++ R V E YF YYE++D+ R+
Sbjct 162 AWRLNHRKPLDKAPKDMQELFAPCAAAALYRRDAFNAVKGFDEQYFCYYEDVDLAFRLWL 221
Query 235 KNLDVGIASKSIVYHKHGASTGKGKSDIADYYSVRN 270
+I H G++ K SD YY RN
Sbjct 222 AGYKGCYIPTAIAEHT-GSAITKKHSDFYTYYGHRN 256
>A7E1A5 Glycosyltransferase family 2 protein [Legionella pneumophila]
Length=339
Score = 65.5 bits (158), Expect = 3e-15
Identities = 62/276 (22%), Positives = 113/276 (41%), Gaps = 55/276 (20%)
Query 7 SVYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLDQTNISN 66
++ V+I+N+NSA HC+ + +K+SY+ + + D ++I N
Sbjct 24 NIGVIIVNYNSA----HCLAKAITA--------------LEKQSYKPYQIILFDNSSIEN 65
Query 67 L--IISENEIPNYKNSNYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWILNNDTEV 124
L I+ ++P I ++ + N G+A GNN+ + + + ++ +LN D
Sbjct 66 LPEIVHTTKLP--------IKIVVSNINLGFAAGNNKAIEYL--DPKVNWIALLNPDAYP 115
Query 125 ASDSLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNELAIDEN 184
D L ++ +++ +Y +GSKL+ + G G + + I
Sbjct 116 HKDWLLEMVSAIKTHPQYAFMGSKLICENEPYLLDGTGDVYH--------------ISGK 161
Query 185 IDELNYEKKVDYV----------IGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQ 234
LN+ K +D A+ ++ R V E YF YYE++D+ R+
Sbjct 162 AWRLNHRKPLDKAPKDMQELFAPCAAAALYRRDAFNAVKGFDEKYFCYYEDVDLAFRLWL 221
Query 235 KNLDVGIASKSIVYHKHGASTGKGKSDIADYYSVRN 270
+I H G++ K SD YY RN
Sbjct 222 AGYKGCYIPTAIAEHT-GSAITKKHSDFYTYYGHRN 256
>A7E1B4 Glycosyltransferase [Legionella pneumophila]
Length=297
Score = 63.2 bits (152), Expect = 1e-14
Identities = 59/260 (23%), Positives = 102/260 (39%), Gaps = 40/260 (15%)
Query 8 VYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLDQTNISNL 67
V VVI+N+NS + C+K +L V I++ DN S S ++ L++ I+
Sbjct 6 VTVVIVNYNSGEMLSKCVKHLLKST--VQVQIIISDNASSDNSLALLEQLELNKQTIT-- 61
Query 68 IISENEIPNYKNSNYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWILNNDTEVASD 127
+ +N NYG++ NN + + ++ LN D V D
Sbjct 62 ------------------IHRNNSNYGFSYANNA----VFTKISTPFILYLNPDCFVEKD 99
Query 128 SLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPK------------FCTTKEI 175
+++ L+ + G+VG + + + G P F +
Sbjct 100 TIENLLHTMHQHNDAGMVGCLVKNMDGSVQTGCCGLTPTPARVLNQLLKLSKIFPNNPKF 159
Query 176 GNELAIDENIDELNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDICNRIRQK 235
G L E + E V+ + G+ M + + +VGL+ ++YFLY E+ D R Q
Sbjct 160 GGYLFSKEKLPTKPTE--VELISGSCMFVRKKAIDEVGLLDDNYFLYCEDYDWFYRFTQS 217
Query 236 NLDVGIASKSIVYHKHGAST 255
N + + V H ST
Sbjct 218 NWKIIFNPNTKVTHIKSFST 237
>Q9AGZ0 Putative glycosyltransferase [Aneurinibacillus thermoaerophilus]
Length=618
Score = 62.8 bits (151), Expect = 4e-14
Identities = 58/203 (29%), Positives = 91/203 (45%), Gaps = 33/203 (16%)
Query 8 VYVVILNWNSAQDTIHCIKSVLNLNRIEDVTIVVCDNDSKKESYEEIKNFVLDQTNISNL 67
V +VI +N + T C++S+ + I++ D+ S + N S++
Sbjct 449 VSIVIPVYNKWEYTYSCLRSIFEHTQNVSYEIILADDMSSDGT-----------VNASSI 497
Query 68 IISENEIPNYKNSNYKIVLIKNEKNYGYAGGNNRGVRFALNQEAMQYVWILNNDTEVASD 127
+ EN I +I++ N G+ N ++A + Y+ LNNDT V D
Sbjct 498 V--EN-----------IKIIRDGVNRGFLLNCNNAAKYAEGK----YLLFLNNDTNVQPD 540
Query 128 SLDYLIDKFESNRKYGVVGSKLVEFENRTKVQGIGGIINPKFCTTKEIGNELAIDENIDE 187
L +L+D E + G+VGSKLV + R +Q GGII + D E
Sbjct 541 WLKHLVDLIERDETIGMVGSKLVYGDGR--LQEAGGII---WDDASGWNYGRLDDPEKPE 595
Query 188 LNYEKKVDYVIGASMMFNRLCLQ 210
NY K+VDY+ GAS+M L+
Sbjct 596 YNYVKEVDYISGASIMIRTSLLE 618
Score = 18.5 bits (36), Expect = 4.9
Identities = 12/46 (26%), Positives = 21/46 (46%), Gaps = 0/46 (0%)
Query 183 ENIDELNYEKKVDYVIGASMMFNRLCLQQVGLMCEDYFLYYEEIDI 228
EN ++YE ++ I +F R ++ +G E + E DI
Sbjct 161 ENWSIIDYEWVFEFPIPIDYIFFRSVMEFIGKNKEVLIGFVEVSDI 206
Lambda K H a alpha
0.322 0.140 0.409 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: 1584148
Database: ba7948789f14bf6ba4a88ae757f6e9a7.TrEMBL.fasta
Posted date: May 9, 2024 6:17 PM
Number of letters in database: 6,919
Number of sequences in database: 21
Matrix: BLOSUM62
Gap Penalties: Existence: 11, Extension: 1
Neighboring words threshold: 11
Window for multiple hits: 40
Loading
Data ...
