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: 730de33b114a432998f541db7d732cd1.TrEMBL.fasta
11 sequences; 3,157 total letters
Query= ACIAD0073
Length=295
Score E
Sequences producing significant alignments: (Bits) Value
Q6FFV4 Putative glycosyl transferase family 2 [Acinetobacter bayl... 590 0.0
A0A7G2SFD6 Glycosyl transferase [Acinetobacter sp] 583 0.0
V5RD90 Gtr78 [Acinetobacter baumannii] 301 4e-106
A0A6S4UR49 Glycosyltransferase 2-like domain-containing protein [... 300 6e-106
A0A6H2VNM5 Glycosyl transferase [Acinetobacter pittii] 299 2e-105
A0A7S6YPZ6 Glycosyltransferase [Acinetobacter sp. Ac-14] 299 2e-105
A0A009QQW7 Glycosyl transferase 2 family protein [Acinetobacter s... 299 2e-105
A0A8F3C6F6 Glycosyltransferase [Acinetobacter baumannii] 298 3e-105
A0A513QCM0 Gtr110 [Acinetobacter baumannii] 297 9e-105
A0A6B9QHN1 Gtr110 [Acinetobacter baumannii] 296 2e-104
Q6QQW8 WbsW [Shigella boydii] 75.1 3e-19
>Q6FFV4 Putative glycosyl transferase family 2 [Acinetobacter
baylyi (strain ATCC 33305 / BD413 / ADP1)]
Length=294
Score = 590 bits (1522), Expect = 0.0
Identities = 294/294 (100%), Positives = 294/294 (100%), Gaps = 0/294 (0%)
Query 1 MDTIMKTIAMVVILYGKRFEESKTLQSLIKFSHQLDQLLIVNNGPESLDGHDPFFIALSK 60
MDTIMKTIAMVVILYGKRFEESKTLQSLIKFSHQLDQLLIVNNGPESLDGHDPFFIALSK
Sbjct 1 MDTIMKTIAMVVILYGKRFEESKTLQSLIKFSHQLDQLLIVNNGPESLDGHDPFFIALSK 60
Query 61 KHKHVEFENQIQNKPLSWIYNDFINAIDADYYVLFDDDTEINSSYEKFLFQMNNIDLELP 120
KHKHVEFENQIQNKPLSWIYNDFINAIDADYYVLFDDDTEINSSYEKFLFQMNNIDLELP
Sbjct 61 KHKHVEFENQIQNKPLSWIYNDFINAIDADYYVLFDDDTEINSSYEKFLFQMNNIDLELP 120
Query 121 KIMSIIDKKQYYPKLNEQIISENGVIESRGELFSIGSGLIISNKIKNTFKKYNLELFDPK 180
KIMSIIDKKQYYPKLNEQIISENGVIESRGELFSIGSGLIISNKIKNTFKKYNLELFDPK
Sbjct 121 KIMSIIDKKQYYPKLNEQIISENGVIESRGELFSIGSGLIISNKIKNTFKKYNLELFDPK 180
Query 181 FALYGVDFSFFRRLNKLGRDGFLISTQTFLNHSLSGAEGVIAKWRKKERLYDEVLTVKHY 240
FALYGVDFSFFRRLNKLGRDGFLISTQTFLNHSLSGAEGVIAKWRKKERLYDEVLTVKHY
Sbjct 181 FALYGVDFSFFRRLNKLGRDGFLISTQTFLNHSLSGAEGVIAKWRKKERLYDEVLTVKHY 240
Query 241 SELRLLRIGKRILREILYLRFSNILIILNTFFSGVHPRCCNQINKTQNGENHAN 294
SELRLLRIGKRILREILYLRFSNILIILNTFFSGVHPRCCNQINKTQNGENHAN
Sbjct 241 SELRLLRIGKRILREILYLRFSNILIILNTFFSGVHPRCCNQINKTQNGENHAN 294
>A0A7G2SFD6 Glycosyl transferase [Acinetobacter sp]
Length=290
Score = 583 bits (1502), Expect = 0.0
Identities = 290/290 (100%), Positives = 290/290 (100%), Gaps = 0/290 (0%)
Query 5 MKTIAMVVILYGKRFEESKTLQSLIKFSHQLDQLLIVNNGPESLDGHDPFFIALSKKHKH 64
MKTIAMVVILYGKRFEESKTLQSLIKFSHQLDQLLIVNNGPESLDGHDPFFIALSKKHKH
Sbjct 1 MKTIAMVVILYGKRFEESKTLQSLIKFSHQLDQLLIVNNGPESLDGHDPFFIALSKKHKH 60
Query 65 VEFENQIQNKPLSWIYNDFINAIDADYYVLFDDDTEINSSYEKFLFQMNNIDLELPKIMS 124
VEFENQIQNKPLSWIYNDFINAIDADYYVLFDDDTEINSSYEKFLFQMNNIDLELPKIMS
Sbjct 61 VEFENQIQNKPLSWIYNDFINAIDADYYVLFDDDTEINSSYEKFLFQMNNIDLELPKIMS 120
Query 125 IIDKKQYYPKLNEQIISENGVIESRGELFSIGSGLIISNKIKNTFKKYNLELFDPKFALY 184
IIDKKQYYPKLNEQIISENGVIESRGELFSIGSGLIISNKIKNTFKKYNLELFDPKFALY
Sbjct 121 IIDKKQYYPKLNEQIISENGVIESRGELFSIGSGLIISNKIKNTFKKYNLELFDPKFALY 180
Query 185 GVDFSFFRRLNKLGRDGFLISTQTFLNHSLSGAEGVIAKWRKKERLYDEVLTVKHYSELR 244
GVDFSFFRRLNKLGRDGFLISTQTFLNHSLSGAEGVIAKWRKKERLYDEVLTVKHYSELR
Sbjct 181 GVDFSFFRRLNKLGRDGFLISTQTFLNHSLSGAEGVIAKWRKKERLYDEVLTVKHYSELR 240
Query 245 LLRIGKRILREILYLRFSNILIILNTFFSGVHPRCCNQINKTQNGENHAN 294
LLRIGKRILREILYLRFSNILIILNTFFSGVHPRCCNQINKTQNGENHAN
Sbjct 241 LLRIGKRILREILYLRFSNILIILNTFFSGVHPRCCNQINKTQNGENHAN 290
>V5RD90 Gtr78 [Acinetobacter baumannii]
Length=287
Score = 301 bits (770), Expect = 4e-106
Identities = 150/274 (55%), Positives = 200/274 (73%), Gaps = 2/274 (1%)
Query 8 IAMVVILYGKRFEESKTLQSLIKFSHQLDQLLIVNNGPESLDGHDPFFIALSKKHKHVEF 67
IA+VVI+YGK E++ T+QSL+ F +L+ LLIVNNGP +D + +L++KH HV
Sbjct 6 IALVVIVYGKALEDAMTIQSLLSFEEKLEHLLIVNNGPAVIDENSAVLTSLAQKHHHVVL 65
Query 68 ENQIQNKPLSWIYNDFINAIDADYYVLFDDDTEINSSYEKFLFQMNNIDLELPKIMSIID 127
ENQ+QNKPLSWIYNDFI DADYYVLFDDDTEIN Y+ LF +ID+ELPKI+S+ D
Sbjct 66 ENQVQNKPLSWIYNDFIQQYDADYYVLFDDDTEINIEYQNMLFTAQDIDIELPKIISMSD 125
Query 128 KKQYYPKLNEQIISENGVIESRGELFSIGSGLIISNKIKNTFKKYNLELFDPKFALYGVD 187
K QYYP ++ I ++G+I + E+FSIGSGL+IS +K F + +ELFD FALYGVD
Sbjct 126 KAQYYPLVDGVIEQKDGIISNAKEVFSIGSGLVISKGVKEYFIENKMELFDSHFALYGVD 185
Query 188 FSFFRRLNKLGRDG--FLISTQTFLNHSLSGAEGVIAKWRKKERLYDEVLTVKHYSELRL 245
FSFFR++N++ + F IS+++++NHSLS AE ++WR KERLYD VLT+K+Y
Sbjct 186 FSFFRKINRIKQKSKVFNISSRSYINHSLSRAEKETSEWRDKERLYDLVLTLKYYYSYAE 245
Query 246 LRIGKRILREILYLRFSNILIILNTFFSGVHPRC 279
LRI K LR+IL + + L+IL+T F+G HPRC
Sbjct 246 LRILKLFLRKILGGKIKDALLILSTAFNGAHPRC 279
>A0A6S4UR49 Glycosyltransferase 2-like domain-containing protein
[Acinetobacter pittii]
Length=287
Score = 300 bits (769), Expect = 6e-106
Identities = 152/274 (55%), Positives = 198/274 (72%), Gaps = 2/274 (1%)
Query 8 IAMVVILYGKRFEESKTLQSLIKFSHQLDQLLIVNNGPESLDGHDPFFIALSKKHKHVEF 67
IA+VVI+YGK E++ T+QSL+ F +LD LLIVNNGP +D + AL++KH HV
Sbjct 6 IALVVIVYGKALEDALTIQSLLDFERKLDHLLIVNNGPRVIDENSAVLSALAQKHHHVVL 65
Query 68 ENQIQNKPLSWIYNDFINAIDADYYVLFDDDTEINSSYEKFLFQMNNIDLELPKIMSIID 127
ENQ+QNKPLSWIYNDFI DADYYVLFDDDTEIN Y+ LF +ID+ELPKI+S+ D
Sbjct 66 ENQVQNKPLSWIYNDFIQQYDADYYVLFDDDTEINIEYQNILFTAQDIDIELPKIISMSD 125
Query 128 KKQYYPKLNEQIISENGVIESRGELFSIGSGLIISNKIKNTFKKYNLELFDPKFALYGVD 187
K QYYP ++ I ++G+I + E+FSIGSGL+IS +K F + +ELFD FALYGVD
Sbjct 126 KVQYYPLVDGVIEQKDGIISNAKEVFSIGSGLVISKGVKQYFIENKMELFDSHFALYGVD 185
Query 188 FSFFRRLNKLGRDG--FLISTQTFLNHSLSGAEGVIAKWRKKERLYDEVLTVKHYSELRL 245
FSFFR++N++ + F IS+++++NHSLS AE WR KERLYD VLT+K+Y
Sbjct 186 FSFFRKINRIKQKSKVFNISSRSYINHSLSRAEKETNAWRDKERLYDLVLTLKYYYSYAE 245
Query 246 LRIGKRILREILYLRFSNILIILNTFFSGVHPRC 279
LRI K LR+IL + + L+IL+T F+G HPRC
Sbjct 246 LRILKLFLRKILGGKIKDALLILSTAFNGAHPRC 279
>A0A6H2VNM5 Glycosyl transferase [Acinetobacter pittii]
Length=286
Score = 299 bits (766), Expect = 2e-105
Identities = 150/278 (54%), Positives = 201/278 (72%), Gaps = 2/278 (1%)
Query 8 IAMVVILYGKRFEESKTLQSLIKFSHQLDQLLIVNNGPESLDGHDPFFIALSKKHKHVEF 67
IA+VVI+YGK E++ T+QSL+ F +LD LLIVNNGP +D + AL +KH HV
Sbjct 6 IALVVIVYGKALEDALTIQSLLGFERKLDYLLIVNNGPTVIDENSAVLSALVQKHHHVVL 65
Query 68 ENQIQNKPLSWIYNDFINAIDADYYVLFDDDTEINSSYEKFLFQMNNIDLELPKIMSIID 127
ENQ+QNKPLSWIYNDFI DADYYVLFDDDTEIN Y+ LF + ID+ELPKI+S+ D
Sbjct 66 ENQVQNKPLSWIYNDFIQQYDADYYVLFDDDTEINIEYQNMLFTVQGIDIELPKIISMSD 125
Query 128 KKQYYPKLNEQIISENGVIESRGELFSIGSGLIISNKIKNTFKKYNLELFDPKFALYGVD 187
QYYP +N I ++G+I + E+FSIGSGL+IS +K F + +ELFD FALYGVD
Sbjct 126 NVQYYPLVNGAIEQKDGIISNAKEIFSIGSGLVISKGVKLYFIENKMELFDSHFALYGVD 185
Query 188 FSFFRRLNKLGRDG--FLISTQTFLNHSLSGAEGVIAKWRKKERLYDEVLTVKHYSELRL 245
FSFFR++N + + F IS+++++NHSLS AE I++WR+KERLYD VLT+K+Y
Sbjct 186 FSFFRKINCIEQKSKVFNISSRSYINHSLSRAEKEISEWREKERLYDLVLTLKYYYSYAE 245
Query 246 LRIGKRILREILYLRFSNILIILNTFFSGVHPRCCNQI 283
LRI K ++IL + ++ L++L T F+G HPRC +++
Sbjct 246 LRILKLFFKKILGGKMNDALLVLRTAFNGAHPRCISKV 283
>A0A7S6YPZ6 Glycosyltransferase [Acinetobacter sp. Ac-14]
Length=286
Score = 299 bits (766), Expect = 2e-105
Identities = 150/278 (54%), Positives = 201/278 (72%), Gaps = 2/278 (1%)
Query 8 IAMVVILYGKRFEESKTLQSLIKFSHQLDQLLIVNNGPESLDGHDPFFIALSKKHKHVEF 67
IA+VVI+YGK E++ T+QSL+ F +LD LLIVNNGP +D + AL +KH HV
Sbjct 6 IALVVIVYGKALEDALTIQSLLGFERKLDYLLIVNNGPTVIDENSAVLSALVQKHHHVVL 65
Query 68 ENQIQNKPLSWIYNDFINAIDADYYVLFDDDTEINSSYEKFLFQMNNIDLELPKIMSIID 127
ENQ+QNKPLSWIYNDFI DADYYVLFDDDTEIN Y+ LF + ID+ELPKI+S+ D
Sbjct 66 ENQVQNKPLSWIYNDFIQQYDADYYVLFDDDTEINIEYQNMLFTVQGIDIELPKIISMSD 125
Query 128 KKQYYPKLNEQIISENGVIESRGELFSIGSGLIISNKIKNTFKKYNLELFDPKFALYGVD 187
QYYP +N I ++G+I + E+FSIGSGL+IS +K F + +ELFD FALYGVD
Sbjct 126 NVQYYPLVNGAIEQKDGIISNAKEIFSIGSGLVISKGVKLYFIENKMELFDSHFALYGVD 185
Query 188 FSFFRRLNKLGRDG--FLISTQTFLNHSLSGAEGVIAKWRKKERLYDEVLTVKHYSELRL 245
FSFFR++N + + F IS+++++NHSLS AE I++WR+KERLYD VLT+K+Y
Sbjct 186 FSFFRKINCIEQKSKVFNISSRSYINHSLSRAEKEISEWREKERLYDLVLTLKYYYSYAE 245
Query 246 LRIGKRILREILYLRFSNILIILNTFFSGVHPRCCNQI 283
LRI K ++IL + ++ L++L T F+G HPRC +++
Sbjct 246 LRILKLFFKKILGGKMNDALLVLRTAFNGAHPRCISKV 283
>A0A009QQW7 Glycosyl transferase 2 family protein [Acinetobacter
sp. 809848]
Length=286
Score = 299 bits (765), Expect = 2e-105
Identities = 150/278 (54%), Positives = 201/278 (72%), Gaps = 2/278 (1%)
Query 8 IAMVVILYGKRFEESKTLQSLIKFSHQLDQLLIVNNGPESLDGHDPFFIALSKKHKHVEF 67
IA+VVI+YGK E++ T+QSL+ F +LD LLIVNNGP +D + AL +KH HV
Sbjct 6 IALVVIVYGKALEDALTIQSLLGFERKLDYLLIVNNGPTVIDENSAVLSALVQKHHHVVL 65
Query 68 ENQIQNKPLSWIYNDFINAIDADYYVLFDDDTEINSSYEKFLFQMNNIDLELPKIMSIID 127
ENQ+QNKPLSWIYNDFI DADYYVLFDDDTEIN Y+ LF +ID+ELPKI+S+ D
Sbjct 66 ENQVQNKPLSWIYNDFIQQYDADYYVLFDDDTEINIEYQNILFTAQDIDIELPKIISMSD 125
Query 128 KKQYYPKLNEQIISENGVIESRGELFSIGSGLIISNKIKNTFKKYNLELFDPKFALYGVD 187
QYYP +N I ++G+I + E+FSIGSGL+IS +K F + +ELFD FALYGVD
Sbjct 126 NVQYYPLVNGAIEQKDGIISNAKEIFSIGSGLVISKGVKLYFIENKMELFDSHFALYGVD 185
Query 188 FSFFRRLNKLGRDG--FLISTQTFLNHSLSGAEGVIAKWRKKERLYDEVLTVKHYSELRL 245
FSFFR++N + + F IS+++++NHSLS AE I++WR+KERLYD VLT+K+Y
Sbjct 186 FSFFRKINCIEQKSKVFNISSRSYINHSLSRAEKEISEWREKERLYDLVLTLKYYYSYAE 245
Query 246 LRIGKRILREILYLRFSNILIILNTFFSGVHPRCCNQI 283
LRI K ++IL + ++ L++L T F+G HPRC +++
Sbjct 246 LRILKLFFKKILGGKMNDALLVLRTAFNGAHPRCISKV 283
>A0A8F3C6F6 Glycosyltransferase [Acinetobacter baumannii]
Length=287
Score = 298 bits (764), Expect = 3e-105
Identities = 152/274 (55%), Positives = 197/274 (72%), Gaps = 2/274 (1%)
Query 8 IAMVVILYGKRFEESKTLQSLIKFSHQLDQLLIVNNGPESLDGHDPFFIALSKKHKHVEF 67
IA+VVI+YGK E++ T+QSL+ F +LD LLIVNNGP +D + AL++KH HV
Sbjct 6 IALVVIVYGKALEDALTIQSLLDFERKLDHLLIVNNGPRVIDENSAVLSALAQKHHHVVL 65
Query 68 ENQIQNKPLSWIYNDFINAIDADYYVLFDDDTEINSSYEKFLFQMNNIDLELPKIMSIID 127
ENQ+QNKPLSWIYNDFI DADYYVLFDDDTEIN Y+ LF +ID+ELPKI+S+ D
Sbjct 66 ENQVQNKPLSWIYNDFIQQYDADYYVLFDDDTEINIEYQNILFTAQDIDIELPKIISMSD 125
Query 128 KKQYYPKLNEQIISENGVIESRGELFSIGSGLIISNKIKNTFKKYNLELFDPKFALYGVD 187
K QYYP ++ I ++G+I + E+FSIGSGL+IS +K F + +ELFD FALYGVD
Sbjct 126 KVQYYPLVDGVIEQKDGIISNAKEVFSIGSGLVISKGVKQYFIENKMELFDSHFALYGVD 185
Query 188 FSFFRRLNKLGRDG--FLISTQTFLNHSLSGAEGVIAKWRKKERLYDEVLTVKHYSELRL 245
FSFFR++N + + F IS+++++NHSLS AE WR KERLYD VLT+K+Y
Sbjct 186 FSFFRKINCIKQKSKVFNISSRSYINHSLSRAEKETNAWRDKERLYDLVLTLKYYYSYAE 245
Query 246 LRIGKRILREILYLRFSNILIILNTFFSGVHPRC 279
LRI K LR+IL + + L+IL+T F+G HPRC
Sbjct 246 LRILKLFLRKILGGKIKDALLILSTAFNGAHPRC 279
>A0A513QCM0 Gtr110 [Acinetobacter baumannii]
Length=287
Score = 297 bits (761), Expect = 9e-105
Identities = 148/279 (53%), Positives = 197/279 (71%), Gaps = 3/279 (1%)
Query 8 IAMVVILYGKRFEESKTLQSLIKFSHQLDQLLIVNNGPESLDGHDPFFIALSKKHKHVEF 67
IA+VVI+YGK E++ T+QSL+ F +L+ LLIVNNGP +D + +L++KH HV
Sbjct 6 IALVVIVYGKALEDAMTIQSLLSFEEKLEHLLIVNNGPAVIDENSAVLTSLAQKHHHVVL 65
Query 68 ENQIQNKPLSWIYNDFINAIDADYYVLFDDDTEINSSYEKFLFQMNNIDLELPKIMSIID 127
ENQ+QNKPLSWIYNDFI DADYYVLFDDDTEIN Y++ +F M +D+ELPKI+S+ D
Sbjct 66 ENQVQNKPLSWIYNDFIQQYDADYYVLFDDDTEINPEYQRKIFIMQGVDIELPKIISMND 125
Query 128 KKQYYPKLNEQIISENGVIESRGELFSIGSGLIISNKIKNTFKKYNLELFDPKFALYGVD 187
K QYYP ++ I ++G+I + E+FSIGSGL+IS IK F + +ELFD FALYGVD
Sbjct 126 KAQYYPLVDGVIEQKDGIISNAKEIFSIGSGLVISKDIKQYFIENKIELFDSHFALYGVD 185
Query 188 FSFFRRLNKLGRDG---FLISTQTFLNHSLSGAEGVIAKWRKKERLYDEVLTVKHYSELR 244
FSFFR++N + + F IS+ T++ HSLS E WR KERLYD VLT+K+Y
Sbjct 186 FSFFRKINHIAKQKNIIFSISSNTYIKHSLSRTEKETNAWRDKERLYDLVLTLKYYYSYA 245
Query 245 LLRIGKRILREILYLRFSNILIILNTFFSGVHPRCCNQI 283
LRI K ++IL + + L+IL+T F+G HPRC N++
Sbjct 246 ELRILKLFFKKILGGKIKDALLILSTAFNGAHPRCMNKV 284
>A0A6B9QHN1 Gtr110 [Acinetobacter baumannii]
Length=287
Score = 296 bits (759), Expect = 2e-104
Identities = 149/279 (53%), Positives = 197/279 (71%), Gaps = 3/279 (1%)
Query 8 IAMVVILYGKRFEESKTLQSLIKFSHQLDQLLIVNNGPESLDGHDPFFIALSKKHKHVEF 67
IA+VVI+YGK E++ T+QSL+ F +LD LLIVNNGP +D + AL++KH HV
Sbjct 6 IALVVIVYGKALEDALTIQSLLGFERKLDHLLIVNNGPTVIDENSAVLSALAQKHHHVVL 65
Query 68 ENQIQNKPLSWIYNDFINAIDADYYVLFDDDTEINSSYEKFLFQMNNIDLELPKIMSIID 127
ENQ+QNKPLSWIYNDFI +ADYYVLFDDDTEIN Y++ +F M +D+ELPKI+S+ D
Sbjct 66 ENQVQNKPLSWIYNDFIQQYNADYYVLFDDDTEINPEYQRKIFIMQGVDIELPKIISMND 125
Query 128 KKQYYPKLNEQIISENGVIESRGELFSIGSGLIISNKIKNTFKKYNLELFDPKFALYGVD 187
K QYYP ++ I ++G+I + E+FSIGSGL+IS IK F + +ELFD FALYGVD
Sbjct 126 KAQYYPLVDGVIEQKDGIISNAKEIFSIGSGLVISKDIKQYFIENKIELFDSHFALYGVD 185
Query 188 FSFFRRLNKLGRDG---FLISTQTFLNHSLSGAEGVIAKWRKKERLYDEVLTVKHYSELR 244
FSFFR++N + + F IS+ T++ HSLS E WR KERLYD VLT+K+Y
Sbjct 186 FSFFRKINHIAKQKNIIFSISSNTYIKHSLSRTEKETNAWRDKERLYDLVLTLKYYYSYA 245
Query 245 LLRIGKRILREILYLRFSNILIILNTFFSGVHPRCCNQI 283
LRI K ++IL + + L+IL+T F+G HPRC N++
Sbjct 246 ELRILKLFFKKILGGKIKDALLILSTTFNGAHPRCMNKV 284
>Q6QQW8 WbsW [Shigella boydii]
Length=280
Score = 75.1 bits (183), Expect = 3e-19
Identities = 64/221 (29%), Positives = 113/221 (51%), Gaps = 22/221 (10%)
Query 8 IAMVVILYGKRFEESKTLQSLIKFSHQLD----QLLIVNNGPESLDGHDPFFIALSKKHK 63
I ++V+LY K+F+ES TLQ+++ H L +L I +N P S D +I+ K+
Sbjct 3 ITILVVLYNKKFKESPTLQTILSEKHTLKKMNVELCIHDNSPNS--QLDECYISEMKEFV 60
Query 64 HVEFENQIQNKPLSWIYNDFINAIDADYYV-LFDDDTEI-NSSYEKFLFQMN-NIDLELP 120
+ + +N L IYN+ IN + + Y+ L DDDT + S + + + +N N D+EL
Sbjct 61 KCYYTHTPENMTLREIYNNIINTLKYNTYLCLMDDDTSLPQSFFNEVISAINKNPDIELI 120
Query 121 KIMSIIDKKQYYPKLNEQIISE------NGVIESRGELFSIGSGLIISNKIKNTFKKYNL 174
I++ K Y P + I+ G+ +SR + +I SG++I + N FK+
Sbjct 121 VPRVIVNDKLYSPHKSYSFINRPTFRDIKGIQKSR-NMSAINSGMVIKS---NFFKRCGF 176
Query 175 ELFDPKFALYGVDFSFFRRLNKLGRDGFLISTQTFLNHSLS 215
+ + + YG D +FF K ++ +++ +NH +S
Sbjct 177 K-YPEYTSYYGTDKAFFDHYLKYNQEYYVLDID--INHDVS 214
Lambda K H a alpha
0.324 0.142 0.413 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: 681835
Database: 730de33b114a432998f541db7d732cd1.TrEMBL.fasta
Posted date: May 9, 2024 11:42 AM
Number of letters in database: 3,157
Number of sequences in database: 11
Matrix: BLOSUM62
Gap Penalties: Existence: 11, Extension: 1
Neighboring words threshold: 11
Window for multiple hits: 40
Loading
Data ...
