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: ca3d843a508d6066a393c3f848abf5fa.TrEMBL.fasta
20 sequences; 9,729 total letters
Query= ACIAD2152
Length=544
Score E
Sequences producing significant alignments: (Bits) Value
Q6FAG0 BspA family leucine-rich repeat surface protein [Acinetoba... 1114 0.0
A0A7G2SBC2 BspA family leucine-rich repeat surface protein [Acine... 1113 0.0
A0A1P8EG78 BspA family leucine-rich repeat surface protein [Acine... 996 0.0
A0A1P8EF73 BspA family leucine-rich repeat surface protein [Acine... 996 0.0
A0A1P8EFT7 BspA family leucine-rich repeat surface protein [Acine... 979 0.0
A0A6N1MYS7 BspA family leucine-rich repeat surface protein [Acine... 360 2e-122
A0A2S4T849 BspA family leucine-rich repeat surface protein [Acine... 353 9e-120
A0A429LMN6 BspA family leucine-rich repeat surface protein [Acine... 352 5e-119
A0A0M3FTH7 BspA family leucine-rich repeat surface protein [Acine... 349 4e-118
A0A3R9HVY2 BspA family leucine-rich repeat surface protein [Acine... 349 4e-118
Q9RFW8 Hypothetical proline rich glycoprotein [Mycoplasma mycoide... 238 3e-75
Q8GIX9 PARCEL domain protein [Mycoplasma leachii] 211 8e-66
Q9KKF4 Membrane associated lipoprotein [Mycoplasma mycoides subsp... 191 5e-58
C0QZG0 DUF4132 domain-containing protein [Brachyspira hyodysenter... 144 2e-39
Q9RFW3 Hypothetical surface located membrane protein [Mycoplasma ... 137 9e-38
Q8RJC0 LppC [Mycoplasma mycoides subsp. mycoides SC] 128 2e-35
Q9RFW7 Hypothetical surface-located membrane protein [Mycoplasma ... 120 3e-32
Q8GIX8 PARCEL domain protein [Mycoplasma leachii] 87.8 3e-22
Q93DW5 Putative integral membrane protein [Mycoplasma capricolum ... 64.7 2e-14
Q9RG08 BspA family leucine-rich repeat surface protein [Mycoplasm... 64.7 2e-14
>Q6FAG0 BspA family leucine-rich repeat surface protein [Acinetobacter
baylyi (strain ATCC 33305 / BD413 / ADP1)]
Length=543
Score = 1114 bits (2881), Expect = 0.0
Identities = 543/543 (100%), Positives = 543/543 (100%), Gaps = 0/543 (0%)
Query 1 MSQTFIITTPDSVDTTKRVFPQAGVSNLKVIKNGDYRKTGFWMHGTTVIASHPLKIVGGK 60
MSQTFIITTPDSVDTTKRVFPQAGVSNLKVIKNGDYRKTGFWMHGTTVIASHPLKIVGGK
Sbjct 1 MSQTFIITTPDSVDTTKRVFPQAGVSNLKVIKNGDYRKTGFWMHGTTVIASHPLKIVGGK 60
Query 61 FTGLLSAGVIQNTVPNVIPVIDSTTVTLPNSTWIYLEVTVDDNKPFAFITMEYFVGDICV 120
FTGLLSAGVIQNTVPNVIPVIDSTTVTLPNSTWIYLEVTVDDNKPFAFITMEYFVGDICV
Sbjct 61 FTGLLSAGVIQNTVPNVIPVIDSTTVTLPNSTWIYLEVTVDDNKPFAFITMEYFVGDICV 120
Query 121 AGGTEDTEALIDYSSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQ 180
AGGTEDTEALIDYSSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQ
Sbjct 121 AGGTEDTEALIDYSSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQ 180
Query 181 EIGSWDVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVATA 240
EIGSWDVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVATA
Sbjct 181 EIGSWDVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVATA 240
Query 241 TDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSA 300
TDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSA
Sbjct 241 TDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSA 300
Query 301 LVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFDQDVNTW 360
LVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFDQDVNTW
Sbjct 301 LVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFDQDVNTW 360
Query 361 NLSSCTSFGSVFRETSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYM 420
NLSSCTSFGSVFRETSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYM
Sbjct 361 NLSSCTSFGSVFRETSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYM 420
Query 421 FQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVNLANFLDNSGISA 480
FQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVNLANFLDNSGISA
Sbjct 421 FQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVNLANFLDNSGISA 480
Query 481 ANYSAFLNALWTDVGTTRQSAWAARATAKILGAANLKYNSTATTARASLIANGWTITDGG 540
ANYSAFLNALWTDVGTTRQSAWAARATAKILGAANLKYNSTATTARASLIANGWTITDGG
Sbjct 481 ANYSAFLNALWTDVGTTRQSAWAARATAKILGAANLKYNSTATTARASLIANGWTITDGG 540
Query 541 LAA 543
LAA
Sbjct 541 LAA 543
>A0A7G2SBC2 BspA family leucine-rich repeat surface protein [Acinetobacter
sp]
Length=543
Score = 1113 bits (2878), Expect = 0.0
Identities = 542/543 (99%), Positives = 543/543 (100%), Gaps = 0/543 (0%)
Query 1 MSQTFIITTPDSVDTTKRVFPQAGVSNLKVIKNGDYRKTGFWMHGTTVIASHPLKIVGGK 60
MSQTFIITTPDSVDTTKRVFPQAGVSNLKVIKNGDYRKTGFWMHGTTVIASHPLKIVGGK
Sbjct 1 MSQTFIITTPDSVDTTKRVFPQAGVSNLKVIKNGDYRKTGFWMHGTTVIASHPLKIVGGK 60
Query 61 FTGLLSAGVIQNTVPNVIPVIDSTTVTLPNSTWIYLEVTVDDNKPFAFITMEYFVGDICV 120
FTGLLSAGVIQNTVPNVIPVIDSTTVTLPNSTWIYLEVTVDDNKPFAFITMEYFVGDICV
Sbjct 61 FTGLLSAGVIQNTVPNVIPVIDSTTVTLPNSTWIYLEVTVDDNKPFAFITMEYFVGDICV 120
Query 121 AGGTEDTEALIDYSSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQ 180
AGGTEDTEALIDYSSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQ
Sbjct 121 AGGTEDTEALIDYSSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQ 180
Query 181 EIGSWDVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVATA 240
EIGSWDVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVATA
Sbjct 181 EIGSWDVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVATA 240
Query 241 TDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSA 300
TDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSA
Sbjct 241 TDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSA 300
Query 301 LVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFDQDVNTW 360
LVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFDQDVNTW
Sbjct 301 LVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFDQDVNTW 360
Query 361 NLSSCTSFGSVFRETSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYM 420
NLSSCTSFGSVFRETSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYM
Sbjct 361 NLSSCTSFGSVFRETSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYM 420
Query 421 FQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVNLANFLDNSGISA 480
FQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVNLANFLDNSGISA
Sbjct 421 FQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVNLANFLDNSGISA 480
Query 481 ANYSAFLNALWTDVGTTRQSAWAARATAKILGAANLKYNSTATTARASLIANGWTITDGG 540
ANYSAFLNALWTDVGTTRQSAWAARATAKILGAANLKYNSTATTARASLIANGWTITDGG
Sbjct 481 ANYSAFLNALWTDVGTTRQSAWAARATAKILGAANLKYNSTATTARASLIANGWTITDGG 540
Query 541 LAA 543
+AA
Sbjct 541 VAA 543
>A0A1P8EG78 BspA family leucine-rich repeat surface protein [Acinetobacter
soli]
Length=543
Score = 996 bits (2574), Expect = 0.0
Identities = 474/543 (87%), Positives = 503/543 (93%), Gaps = 0/543 (0%)
Query 1 MSQTFIITTPDSVDTTKRVFPQAGVSNLKVIKNGDYRKTGFWMHGTTVIASHPLKIVGGK 60
M QTF ITTPDSVDTTKRVFPQ GVSNLKVIKNG+Y+K G W++GTTVIAS PLKIVGGK
Sbjct 1 MGQTFNITTPDSVDTTKRVFPQTGVSNLKVIKNGEYKKVGLWINGTTVIASRPLKIVGGK 60
Query 61 FTGLLSAGVIQNTVPNVIPVIDSTTVTLPNSTWIYLEVTVDDNKPFAFITMEYFVGDICV 120
FTGLLS GV+QN VP V+PVIDSTTVTLPNSTW YLEVT+DDNKPFA+ITM YFVGDICV
Sbjct 61 FTGLLSTGVVQNVVPAVVPVIDSTTVTLPNSTWNYLEVTIDDNKPFAYITMNYFVGDICV 120
Query 121 AGGTEDTEALIDYSSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQ 180
AGGTEDTEALIDY SRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQ+TFFNNIKFNQ
Sbjct 121 AGGTEDTEALIDYLSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQSTFFNNIKFNQ 180
Query 181 EIGSWDVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVATA 240
EIG+WDVSNTN FRQ FSGATSFNKPL NWNVS + SFYG+FAG+TSFNQDI SWNV TA
Sbjct 181 EIGNWDVSNTNAFRQTFSGATSFNKPLANWNVSSATSFYGLFAGATSFNQDINSWNVGTA 240
Query 241 TDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSA 300
TDF AMF NA SFNKPLSNWNMSKAF+TT+MF GAT+FNQDIGSWNVSNVSNM+ MF+SA
Sbjct 241 TDFAAMFQNAISFNKPLSNWNMSKAFVTTSMFLGATNFNQDIGSWNVSNVSNMSRMFESA 300
Query 301 LVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFDQDVNTW 360
L FNQDLNNWNV NVNDF+ MF+ AKSFNKPVSNWNMSKAT++NGIF+GA FDQ+VNTW
Sbjct 301 LAFNQDLNNWNVGNVNDFSSMFRFAKSFNKPVSNWNMSKATTVNGIFFGALPFDQEVNTW 360
Query 361 NLSSCTSFGSVFRETSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYM 420
NLS+CTSFGS+FRETSFN+SLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYM
Sbjct 361 NLSNCTSFGSIFRETSFNRSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYM 420
Query 421 FQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVNLANFLDNSGISA 480
FQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLS WC KFNINVNLANFLDNSG+SA
Sbjct 421 FQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSAWCTKFNINVNLANFLDNSGMSA 480
Query 481 ANYSAFLNALWTDVGTTRQSAWAARATAKILGAANLKYNSTATTARASLIANGWTITDGG 540
ANYSAFLNALW D+GTTRQ AW AR TAKILGA NLKYNSTA ARASLIANGWTITDGG
Sbjct 481 ANYSAFLNALWADIGTTRQGAWIARTTAKILGAVNLKYNSTAAAARASLIANGWTITDGG 540
Query 541 LAA 543
AA
Sbjct 541 QAA 543
>A0A1P8EF73 BspA family leucine-rich repeat surface protein [Acinetobacter
soli]
Length=543
Score = 996 bits (2574), Expect = 0.0
Identities = 476/543 (88%), Positives = 504/543 (93%), Gaps = 0/543 (0%)
Query 1 MSQTFIITTPDSVDTTKRVFPQAGVSNLKVIKNGDYRKTGFWMHGTTVIASHPLKIVGGK 60
M QTF ITTPDSVDTTKRVFPQ GVSNLKVIKNG+Y+K G W++GTTVIAS PLKIVGGK
Sbjct 1 MGQTFNITTPDSVDTTKRVFPQTGVSNLKVIKNGEYKKVGLWINGTTVIASRPLKIVGGK 60
Query 61 FTGLLSAGVIQNTVPNVIPVIDSTTVTLPNSTWIYLEVTVDDNKPFAFITMEYFVGDICV 120
FTGLLS GV+QN VP VIPVIDSTTVTLPNSTW YLEVTVD+NKPFAFITMEYFVGDICV
Sbjct 61 FTGLLSTGVVQNVVPAVIPVIDSTTVTLPNSTWNYLEVTVDNNKPFAFITMEYFVGDICV 120
Query 121 AGGTEDTEALIDYSSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQ 180
AGGTEDTEALIDY SRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQ+TFFNNIKFNQ
Sbjct 121 AGGTEDTEALIDYLSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQSTFFNNIKFNQ 180
Query 181 EIGSWDVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVATA 240
EIG+WDVSNTN FRQ FSGATSFNKPL NWNVS + SFYG+FAG+TSFNQDI SWNV TA
Sbjct 181 EIGNWDVSNTNAFRQTFSGATSFNKPLANWNVSSATSFYGLFAGATSFNQDINSWNVGTA 240
Query 241 TDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSA 300
TDF AMF NA SFNKPLSNWNMSKAF+TT+MF GAT+FNQDIGSWNVSNVSNM+ MF+SA
Sbjct 241 TDFAAMFQNAISFNKPLSNWNMSKAFVTTSMFLGATNFNQDIGSWNVSNVSNMSRMFESA 300
Query 301 LVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFDQDVNTW 360
L FNQDLNNWNV NVNDF+ MF+ AKSFNKPVSNWNMSKAT++NGIF+GA FDQ+VNTW
Sbjct 301 LAFNQDLNNWNVGNVNDFSSMFRFAKSFNKPVSNWNMSKATTVNGIFFGALPFDQEVNTW 360
Query 361 NLSSCTSFGSVFRETSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYM 420
NLS+CTSFGS+FRETSFN+SLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYM
Sbjct 361 NLSNCTSFGSIFRETSFNRSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYM 420
Query 421 FQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVNLANFLDNSGISA 480
FQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLS WCAKFNINVNL +FLDNSG+SA
Sbjct 421 FQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSAWCAKFNINVNLTSFLDNSGMSA 480
Query 481 ANYSAFLNALWTDVGTTRQSAWAARATAKILGAANLKYNSTATTARASLIANGWTITDGG 540
NYSAFLNALW D+GTTRQSAW AR AKILGAANLKYNSTA ARASLIANGWTITDGG
Sbjct 481 VNYSAFLNALWADIGTTRQSAWVARTAAKILGAANLKYNSTAAAARASLIANGWTITDGG 540
Query 541 LAA 543
AA
Sbjct 541 QAA 543
>A0A1P8EFT7 BspA family leucine-rich repeat surface protein [Acinetobacter
soli]
Length=543
Score = 979 bits (2530), Expect = 0.0
Identities = 471/543 (87%), Positives = 496/543 (91%), Gaps = 0/543 (0%)
Query 1 MSQTFIITTPDSVDTTKRVFPQAGVSNLKVIKNGDYRKTGFWMHGTTVIASHPLKIVGGK 60
M QTF ITTPDSVDTTKRVFPQ GVSNLKVIKNG+Y+K G W++GTTVIAS PLKIVGGK
Sbjct 1 MGQTFNITTPDSVDTTKRVFPQTGVSNLKVIKNGEYKKVGLWINGTTVIASRPLKIVGGK 60
Query 61 FTGLLSAGVIQNTVPNVIPVIDSTTVTLPNSTWIYLEVTVDDNKPFAFITMEYFVGDICV 120
FTGLLS GV+QN VP VIPVIDSTTVTLPNSTW YLEVTVD+NKPFAFITMEYFVGDICV
Sbjct 61 FTGLLSTGVVQNVVPAVIPVIDSTTVTLPNSTWNYLEVTVDNNKPFAFITMEYFVGDICV 120
Query 121 AGGTEDTEALIDYSSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQ 180
AGGTEDTEALIDY SRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQ+TFFNNIKFNQ
Sbjct 121 AGGTEDTEALIDYLSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQSTFFNNIKFNQ 180
Query 181 EIGSWDVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVATA 240
EIG+WDVSNTN FRQ FSGATSFNKPL NWNVS + SFYG+FAG+TSFNQDI SWNV TA
Sbjct 181 EIGNWDVSNTNAFRQTFSGATSFNKPLANWNVSSATSFYGLFAGATSFNQDINSWNVGTA 240
Query 241 TDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSA 300
TDF AMF NA SFNKPLSNWNMSKAF+TT+MF GAT+FNQDIG WNVSNVSNM+ MF+SA
Sbjct 241 TDFAAMFQNAISFNKPLSNWNMSKAFVTTSMFLGATNFNQDIGPWNVSNVSNMSKMFESA 300
Query 301 LVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFDQDVNTW 360
FNQDLNNWNV NVNDF+ MF+ AKSFNKPVSNWNMSKA SINGIF+GA FDQDVNTW
Sbjct 301 STFNQDLNNWNVGNVNDFSSMFRYAKSFNKPVSNWNMSKAVSINGIFFGALPFDQDVNTW 360
Query 361 NLSSCTSFGSVFRETSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYM 420
NLSSCTSFGSVFRETSFN+ LSNWDVSKGTEFGG+FWLNSKFNQPLSMWN+SSA NM M
Sbjct 361 NLSSCTSFGSVFRETSFNRPLSNWDVSKGTEFGGMFWLNSKFNQPLSMWNMSSAVNMISM 420
Query 421 FQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVNLANFLDNSGISA 480
FQQATAFNQDISNWNISKV DMSNMFNGATSYNQDLS WC KFNINVNL +FLDNSG+SA
Sbjct 421 FQQATAFNQDISNWNISKVLDMSNMFNGATSYNQDLSAWCTKFNINVNLTSFLDNSGMSA 480
Query 481 ANYSAFLNALWTDVGTTRQSAWAARATAKILGAANLKYNSTATTARASLIANGWTITDGG 540
ANYSAFLNALW D+GTTRQ AW AR TAKILGAANLKYNSTA ARASLIANGWTITDGG
Sbjct 481 ANYSAFLNALWADIGTTRQGAWIARTTAKILGAANLKYNSTAAAARASLIANGWTITDGG 540
Query 541 LAA 543
AA
Sbjct 541 QAA 543
>A0A6N1MYS7 BspA family leucine-rich repeat surface protein [Acinetobacter
lwoffii]
Length=491
Score = 360 bits (924), Expect = 2e-122
Identities = 198/548 (36%), Positives = 291/548 (53%), Gaps = 63/548 (11%)
Query 1 MSQTFIITTPDSVDTTKRVFPQAGVSNLKVIKNGDYRKTG------FWMHGTTVIASHPL 54
MS T ++ T +S++T +VFP+ G N+ + YR+T W G + +P+
Sbjct 1 MSNTLLLKTDESINTRSKVFPKLGKCNVAI-----YRRTNGADEVEIWTFGVSH-TENPI 54
Query 55 KIVGGKFTGLLSAGVIQNTVPNVIPVIDSTTVTLPNSTWIYLEVTVDDNKPFAFITMEYF 114
+ GGKF + + VP+ VIDST + LPN T Y ++ +D+ + +
Sbjct 55 TVNGGKFVAWAANLPNRLIVPDNPLVIDSTELILPNQTVCYFKIKIDEGLKSCQLMFNNY 114
Query 115 VGDICVAGGTEDTEALIDYSSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFN 174
+ D + GG + + IDYS RPY + S MF++ + + YDL+ W+++ V A F N
Sbjct 115 LSDTSLCGGNDPNQMKIDYSRRPYTINSTATMFAS-QFVAYDLSDWDMSDVVFAAAMFEN 173
Query 175 NIKFNQEIGSWDVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGS 234
+ +FN+ L W+V K F MF+G T FNQ + S
Sbjct 174 S-------------------------PNFNQNLSLWDVRKITEFGSMFSG-TPFNQPLNS 207
Query 235 WNVATATDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMT 294
W +A F +MF + FN+PL WN SK MF A SFNQ IG+W++S +N+
Sbjct 208 WETDSAVSFASMFSSCVDFNQPLDRWNTSKVSAFMYMFHNAQSFNQSIGNWDLSAATNIA 267
Query 295 NMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFD 354
MF+ A F+Q+LN WNV NV + +G+FKNAK FN+P+ NWN + +F GA FD
Sbjct 268 YMFEQAYAFDQNLNAWNVQNVLNMSGLFKNAKMFNQPIDNWNTRSLVMASEMFAGAVAFD 327
Query 355 QDVNTWNLSSCTSFGSVFRETSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSA 414
Q + +LS CT S R S FN+P++ NVS
Sbjct 328 QPIEGLDLSKCTLLRSFMRSA------------------------SSFNRPVAALNVSVC 363
Query 415 TNMPYMFQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVNLANFLD 474
T++ F++A AFNQ + WNIS DM MF AT+++Q L+ WC KFN+ V+L +F++
Sbjct 364 TDLAQFFEEAVAFNQPVEAWNISACLDMWKMFAFATAFDQPLAAWCPKFNVEVSLDSFME 423
Query 475 NSGISAANYSAFLNALWTDVGTTRQSAWAARATAKILGAANLKYNSTATTARASLIANGW 534
+ Y FLNALW DV TTR++ WA+R ++LG KY+S + +ARA+L++ GW
Sbjct 424 GKAYRTSYYDDFLNALWLDVNTTRRNQWASRIKPRLLGMGLSKYSSVSASARANLVSAGW 483
Query 535 TITDGGLA 542
TITDGG A
Sbjct 484 TITDGGQA 491
>A0A2S4T849 BspA family leucine-rich repeat surface protein [Acinetobacter
sp. ABNIH27]
Length=491
Score = 353 bits (907), Expect = 9e-120
Identities = 193/546 (35%), Positives = 289/546 (53%), Gaps = 63/546 (12%)
Query 1 MSQTFIITTPDSVDTTKRVFPQAGVSNLKVIKNGDYRKTG------FWMHGTTVIASHPL 54
MS T ++ T S++T +VFP+ G N+ + YR+T W G + +P+
Sbjct 1 MSNTLLLKTDGSINTRSKVFPKLGKCNIAI-----YRRTNGADEVEIWTWGASH-TENPI 54
Query 55 KIVGGKFTGLLSAGVIQNTVPNVIPVIDSTTVTLPNSTWIYLEVTVDDNKPFAFITMEYF 114
+ GGKF + + VP+ IDST + LPNST Y ++ +D+ + +
Sbjct 55 TVNGGKFVAWAANVPDRLVVPDNPITIDSTELILPNSTICYFKIKIDEGLKSCQLMFNNY 114
Query 115 VGDICVAGGTEDTEALIDYSSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFN 174
D + GG + IDYS RPY + S MF N + + YDL+ W+++ V + F N
Sbjct 115 TSDTSLCGGNNPNQMKIDYSRRPYTINSTGKMFWN-QFVAYDLSDWDMSDVVYAVSMFHN 173
Query 175 NIKFNQEIGSWDVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGS 234
+ +FN+ L W+V K F MF G T FNQ + S
Sbjct 174 S-------------------------PNFNQDLSLWDVRKITEFSSMFQG-TPFNQPLNS 207
Query 235 WNVATATDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMT 294
W +A F MF N FN+PL WN SK ++MF A SFNQ IG+W+ S+ +N++
Sbjct 208 WVTESAVAFAGMFANCVDFNQPLDKWNTSKVSDFSSMFGWAKSFNQPIGNWDTSSATNIS 267
Query 295 NMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFD 354
MF++A FNQDLN+WNV V G+FK AKSFN+P+SNW+ + + +F GA F+
Sbjct 268 YMFENAHAFNQDLNDWNVQKVEYMDGLFKYAKSFNQPLSNWDTRSVVTASQMFMGAESFN 327
Query 355 QDVNTWNLSSCTSFGSVFRETSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSA 414
Q + N S CT+ R+ FN+P++ +VS
Sbjct 328 QTIENLNFSKCTALRMFMRQAK------------------------SFNKPVAALDVSVC 363
Query 415 TNMPYMFQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVNLANFLD 474
T++ F++A +FNQ + +WN+S DM MF AT+++Q L+ WC KFN+ V+L +F++
Sbjct 364 TDLAQFFEEALSFNQPVESWNVSACLDMWRMFAYATAFDQPLAAWCPKFNVEVSLDSFME 423
Query 475 NSGISAANYSAFLNALWTDVGTTRQSAWAARATAKILGAANLKYNSTATTARASLIANGW 534
+ Y FLNALW DV TTR++ WA+R ++LG KY+S +++ARA+L++ GW
Sbjct 424 GKAYRTSYYDDFLNALWLDVNTTRRNQWASRIKPRLLGMGLSKYSSVSSSARANLVSAGW 483
Query 535 TITDGG 540
TITDGG
Sbjct 484 TITDGG 489
>A0A429LMN6 BspA family leucine-rich repeat surface protein [Acinetobacter
baumannii]
Length=491
Score = 352 bits (902), Expect = 5e-119
Identities = 193/546 (35%), Positives = 289/546 (53%), Gaps = 63/546 (12%)
Query 1 MSQTFIITTPDSVDTTKRVFPQAGVSNLKVIKNGDYRKTG------FWMHGTTVIASHPL 54
MS T ++ T S++T +VFP+ G N+ + YR+T W G + +P+
Sbjct 1 MSNTLLLKTDGSINTRSKVFPKLGKCNIAI-----YRRTNGADEVEIWTWGASH-TENPI 54
Query 55 KIVGGKFTGLLSAGVIQNTVPNVIPVIDSTTVTLPNSTWIYLEVTVDDNKPFAFITMEYF 114
+ GGKF + + VP+ IDST + LPNST Y ++ +DD + +
Sbjct 55 TVNGGKFVAWAANVPDRLVVPDNPITIDSTELILPNSTICYFKIKIDDGLKSCQLMFNNY 114
Query 115 VGDICVAGGTEDTEALIDYSSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFN 174
+ D + GG + IDYS R Y + S MF N + + YDL+ W+++ V + F N
Sbjct 115 LTDTSLCGGNNPNQMKIDYSRRSYTINSTGKMFWN-QFVAYDLSDWDMSDVVYAVSMFHN 173
Query 175 NIKFNQEIGSWDVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGS 234
+ +FN+ L W+V K F MF G T FNQ + S
Sbjct 174 S-------------------------PNFNQDLSLWDVRKITEFSSMFQG-TPFNQPLNS 207
Query 235 WNVATATDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMT 294
W +A F MF N FN+PL WN SK ++MF A SFNQ IG+W+ S+ +N++
Sbjct 208 WVTESAVAFAGMFANCVDFNQPLDKWNTSKVSDFSSMFGWAKSFNQPIGNWDTSSATNIS 267
Query 295 NMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFD 354
MF++A FNQDLN+WNV V G+FK AKSFN+P+SNW+ + + +F GA F+
Sbjct 268 YMFENAHAFNQDLNDWNVQKVEYMDGLFKYAKSFNQPLSNWDTRSVVTASQMFMGAESFN 327
Query 355 QDVNTWNLSSCTSFGSVFRETSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSA 414
Q + N S CT+ R+ FN+P++ +VS
Sbjct 328 QTIENLNFSKCTALRMFMRQAK------------------------SFNKPVAALDVSVC 363
Query 415 TNMPYMFQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVNLANFLD 474
T++ F++A +FNQ + +WN+S DM MF AT+++Q L+ WC KFN+ V+L +F++
Sbjct 364 TDLAQFFEEALSFNQPVESWNVSACLDMWRMFAYATAFDQPLAAWCPKFNVEVSLDSFME 423
Query 475 NSGISAANYSAFLNALWTDVGTTRQSAWAARATAKILGAANLKYNSTATTARASLIANGW 534
+ Y FLNALW DV TTR++ WA+R ++LG KY+S +++ARA+L++ GW
Sbjct 424 GKAYRTSYYDDFLNALWLDVNTTRRNQWASRIKPRLLGMGLSKYSSVSSSARANLVSAGW 483
Query 535 TITDGG 540
TITDGG
Sbjct 484 TITDGG 489
>A0A0M3FTH7 BspA family leucine-rich repeat surface protein [Acinetobacter
baumannii]
Length=491
Score = 349 bits (896), Expect = 4e-118
Identities = 192/546 (35%), Positives = 289/546 (53%), Gaps = 63/546 (12%)
Query 1 MSQTFIITTPDSVDTTKRVFPQAGVSNLKVIKNGDYRKTG------FWMHGTTVIASHPL 54
MS T ++ T S++T +VFP+ G N+ + YR+T W G + A +P+
Sbjct 1 MSNTLLLKTDGSINTRSKVFPKLGKCNIAI-----YRRTNGADEVELWTWGLSH-AENPI 54
Query 55 KIVGGKFTGLLSAGVIQNTVPNVIPVIDSTTVTLPNSTWIYLEVTVDDNKPFAFITMEYF 114
I GGKF + + VP ID+T +TLP Y ++ +DD + +
Sbjct 55 TINGGKFVAWAANVPDRLVVPENPIAIDTTELTLPRQIVCYFKIKIDDGLKSCQLMFNNY 114
Query 115 VGDICVAGGTEDTEALIDYSSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFN 174
+ D + GG + + IDYS RPY + S+ MF N + + YDL+ W+++ V + F N
Sbjct 115 LTDTSLCGGNKPDQMKIDYSRRPYTINSMAKMFWN-QFVAYDLSDWDMSDVVYAVSMFHN 173
Query 175 NIKFNQEIGSWDVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGS 234
+ +FN+ L W+V K F MF G T FNQ + S
Sbjct 174 S-------------------------PNFNQDLSLWDVRKITEFSSMFQG-TPFNQPLNS 207
Query 235 WNVATATDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMT 294
W +A F MF N FN+PL WN SK ++MF A SFNQ IG+W+ S+ +N++
Sbjct 208 WVTESAVAFAGMFANCVDFNQPLDKWNTSKVSDFSSMFGWAKSFNQPIGNWDTSSATNIS 267
Query 295 NMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFD 354
MF++A FNQDLN+WNV V G+FK AKSFN+P+SNW+ + + +F GA F+
Sbjct 268 YMFENAHAFNQDLNDWNVQKVEYMDGLFKYAKSFNQPLSNWDTRSVVTASQMFMGAESFN 327
Query 355 QDVNTWNLSSCTSFGSVFRETSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSA 414
Q + N S CT+ + FN+P++ +VS
Sbjct 328 QTIENLNFSKCTALRMFMHQAK------------------------SFNKPVAALDVSVC 363
Query 415 TNMPYMFQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVNLANFLD 474
T++ F++A +FNQ + +WN+S DM MF AT+++Q L+ WC KFN+ V+L +F++
Sbjct 364 TDLAQFFEEALSFNQPVESWNVSACLDMWRMFAYATAFDQPLAAWCPKFNVEVSLDSFME 423
Query 475 NSGISAANYSAFLNALWTDVGTTRQSAWAARATAKILGAANLKYNSTATTARASLIANGW 534
+ Y FLNALW DV TTR++ WA+R ++LG KY+S +++ARA+L++ GW
Sbjct 424 GKAYRTSYYDDFLNALWLDVNTTRRNQWASRIKPRLLGMGLSKYSSVSSSARANLVSAGW 483
Query 535 TITDGG 540
TITDGG
Sbjct 484 TITDGG 489
>A0A3R9HVY2 BspA family leucine-rich repeat surface protein [Acinetobacter
sp. FDAARGOS_559]
Length=491
Score = 349 bits (896), Expect = 4e-118
Identities = 192/546 (35%), Positives = 289/546 (53%), Gaps = 63/546 (12%)
Query 1 MSQTFIITTPDSVDTTKRVFPQAGVSNLKVIKNGDYRKTG------FWMHGTTVIASHPL 54
MS T ++ T S++T +VFP+ G N+ + YR+T W G + A +P+
Sbjct 1 MSNTLLLKTDGSINTRSKVFPKLGKCNIAI-----YRRTNGADEVELWTWGLSH-AENPI 54
Query 55 KIVGGKFTGLLSAGVIQNTVPNVIPVIDSTTVTLPNSTWIYLEVTVDDNKPFAFITMEYF 114
I GGKF + + VP ID+T +TLP Y ++ +DD + +
Sbjct 55 TINGGKFVAWAANVPDRLVVPENPIAIDTTELTLPRQIVCYFKIKIDDGLKSCQLMFNNY 114
Query 115 VGDICVAGGTEDTEALIDYSSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFN 174
+ D + GG + + IDYS RPY + S+ MF N + + YDL+ W+++ V + F N
Sbjct 115 LTDTSLCGGNKPDQMKIDYSRRPYTINSMAKMFWN-QFVAYDLSDWDMSDVVYAVSMFHN 173
Query 175 NIKFNQEIGSWDVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGS 234
+ +FN+ L W+V K F MF G T FNQ + S
Sbjct 174 S-------------------------PNFNQDLSLWDVRKITEFSSMFQG-TPFNQPLNS 207
Query 235 WNVATATDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMT 294
W +A F MF N FN+PL WN SK ++MF A SFNQ IG+W+ S+ +N++
Sbjct 208 WVTESAVAFAGMFANCVDFNQPLDKWNTSKVSDFSSMFGWAKSFNQPIGNWDTSSATNIS 267
Query 295 NMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFD 354
MF++A FNQDLN+WNV V G+FK AKSFN+P+SNW+ + + +F GA F+
Sbjct 268 YMFENAHAFNQDLNDWNVQKVEYMDGLFKYAKSFNQPLSNWDTRSVVTASQMFMGAESFN 327
Query 355 QDVNTWNLSSCTSFGSVFRETSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSA 414
Q + N S CT+ + FN+P++ +VS
Sbjct 328 QTIENLNFSKCTALRMFMHQAK------------------------SFNKPVAALDVSVC 363
Query 415 TNMPYMFQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVNLANFLD 474
T++ F++A +FNQ + +WN+S DM MF AT+++Q L+ WC KFN+ V+L +F++
Sbjct 364 TDLAQFFEEALSFNQPVESWNVSACLDMWRMFAYATAFDQPLAAWCPKFNVEVSLDSFME 423
Query 475 NSGISAANYSAFLNALWTDVGTTRQSAWAARATAKILGAANLKYNSTATTARASLIANGW 534
+ Y FLNALW DV TTR++ WA+R ++LG KY+S +++ARA+L++ GW
Sbjct 424 GKAYRTSYYDDFLNALWLDVNTTRRNQWASRIKPRLLGMGLSKYSSVSSSARANLVSAGW 483
Query 535 TITDGG 540
TITDGG
Sbjct 484 TITDGG 489
>Q9RFW8 Hypothetical proline rich glycoprotein [Mycoplasma mycoides
subsp. mycoides SC]
Length=486
Score = 238 bits (607), Expect = 3e-75
Identities = 123/320 (38%), Positives = 179/320 (56%), Gaps = 17/320 (5%)
Query 143 LNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQEIGSWDVSNTNVFRQCFSGATS 202
++ MF N ++ + V+ VT+M F N F+Q++ SW V+N F GAT
Sbjct 1 MSKMFLNAKEFNSKIFN-KVDNVTDMSQMFLNATAFDQDLSSWKVNNVKNMNSMFLGATK 59
Query 203 FNKPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVATATDFTAMFMNATSFNKPLSNWNM 262
FN+ L WNV MF +TSFN ++ W A D + MF A F++ +S WN+
Sbjct 60 FNQNLNEWNVENVTDMSWMFKDTTSFNNELSKWKPKKAIDMSHMFEGAIKFDQDISKWNV 119
Query 263 SKAFLTTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSALVFNQDLNNWNVSNVNDFTGMF 322
S A +MF+ A +F QD+ W++++VSNM MF+ A FN D+++W+ NV +GMF
Sbjct 120 SSAKNMKDMFKDAKAFKQDLKDWDITSVSNMEGMFELATKFNGDISSWDTRNVESMSGMF 179
Query 323 KNAKSFNKPVSNWNMSKATSINGIFYGATLFDQDVNTWNLSSCTSFGSVFRETSFNKSLS 382
K A SFNK +SNW+ SK ++ +F A F+Q++NT + N +
Sbjct 180 KGATSFNKDISNWDTSKVKDMSYMFSDAINFNQNINTKD----------------NSNKK 223
Query 383 NWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYMFQQATAFNQDISNWNISKVTDM 442
WDVSK T+ G+F +KFN LS WN S+ NM MF+ A FN +ISN++I V
Sbjct 224 TWDVSKVTDMEGMFSGATKFNSELSKWNTSNVNNMRKMFKNAKVFNNNISNFDIKNVKYF 283
Query 443 SNMFNGATSYNQDLSVWCAK 462
+NMF A+++NQDLS W K
Sbjct 284 NNMFENASTFNQDLSKWSFK 303
Score = 207 bits (527), Expect = 1e-63
Identities = 107/314 (34%), Positives = 165/314 (53%), Gaps = 11/314 (4%)
Query 140 VGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQEIGSWDVSNTNVFRQCFSG 199
V ++ MF N DL+ W VN V NM + F KFNQ + W+V N F
Sbjct 22 VTDMSQMFLNATAFDQDLSSWKVNNVKNMNSMFLGATKFNQNLNEWNVENVTDMSWMFKD 81
Query 200 ATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVATATDFTAMFMNATSFNKPLSN 259
TSFN L W K+I MF G+ F+QDI WNV++A + MF +A +F + L +
Sbjct 82 TTSFNNELSKWKPKKAIDMSHMFEGAIKFDQDISKWNVSSAKNMKDMFKDAKAFKQDLKD 141
Query 260 WNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSALVFNQDLNNWNVSNVNDFT 319
W+++ MF AT FN DI SW+ NV +M+ MF A FN+D++NW+ S V D +
Sbjct 142 WDITSVSNMEGMFELATKFNGDISSWDTRNVESMSGMFKGATSFNKDISNWDTSKVKDMS 201
Query 320 GMFKNAKSFNKPVS--------NWNMSKATSINGIFYGATLFDQDVNTWNLSSCTSFGSV 371
MF +A +FN+ ++ W++SK T + G+F GAT F+ +++ WN S+ + +
Sbjct 202 YMFSDAINFNQNINTKDNSNKKTWDVSKVTDMEGMFSGATKFNSELSKWNTSNVNNMRKM 261
Query 372 FRETS-FNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYMFQQATAFNQD 430
F+ FN ++SN+D+ F +F S FNQ LS W+ N + +++ +
Sbjct 262 FKNAKVFNNNISNFDIKNVKYFNNMFENASTFNQDLSKWSFKHLGNNKNI--DTESYDLN 319
Query 431 ISNWNISKVTDMSN 444
++W D S+
Sbjct 320 ATSWKAEWKPDSSS 333
Score = 73.2 bits (178), Expect = 9e-17
Identities = 38/92 (41%), Positives = 54/92 (59%), Gaps = 1/92 (1%)
Query 377 FNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYMFQQATAFNQDISNWNI 436
FN + N V T+ +F + F+Q LS W V++ NM MF AT FNQ+++ WN+
Sbjct 11 FNSKIFN-KVDNVTDMSQMFLNATAFDQDLSSWKVNNVKNMNSMFLGATKFNQNLNEWNV 69
Query 437 SKVTDMSNMFNGATSYNQDLSVWCAKFNINVN 468
VTDMS MF TS+N +LS W K I+++
Sbjct 70 ENVTDMSWMFKDTTSFNNELSKWKPKKAIDMS 101
Score = 69.7 bits (169), Expect = 1e-15
Identities = 45/144 (31%), Positives = 70/144 (49%), Gaps = 10/144 (7%)
Query 126 DTEALIDYSSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQEIGSW 185
DT + D S F ++N + N K + W+V+ VT+M+ F KFN E+ W
Sbjct 193 DTSKVKDMSYM--FSDAINFNQNINTKDNSNKKTWDVSKVTDMEGMFSGATKFNSELSKW 250
Query 186 DVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVA-----TA 240
+ SN N R+ F A FN + N+++ F MF +++FNQD+ W+
Sbjct 251 NTSNVNNMRKMFKNAKVFNNNISNFDIKNVKYFNNMFENASTFNQDLSKWSFKHLGNNKN 310
Query 241 TDFTAMFMNATSFN---KPLSNWN 261
D + +NATS+ KP S+ N
Sbjct 311 IDTESYDLNATSWKAEWKPDSSSN 334
>Q8GIX9 PARCEL domain protein [Mycoplasma leachii]
Length=422
Score = 211 bits (537), Expect = 8e-66
Identities = 108/315 (34%), Positives = 181/315 (57%), Gaps = 18/315 (6%)
Query 139 FVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNN------IKFNQEIG------SWD 186
F G NG +++++ +D++ WN + ++++ IK +++ +
Sbjct 102 FKGKTNGWRASSKENEWDISYWNDKDFEVYELGYYDDGEQIQAIKLPKDVKIVPDHLPKE 161
Query 187 VSNTNVFRQCFSGATSFNKP-LLNWNVSKSISFYGMFAGSTSFNQDIGSWNVATATDFTA 245
+++T ++ F+ + FN + W++S GMF G+ FNQD+ WN + + +
Sbjct 162 ITST---KELFAFSNQFNNENIKKWDMSNIEDTSGMFLGAAKFNQDLSDWNTSNVKNMSK 218
Query 246 MFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSALVFNQ 305
MF+NA FN + N + ++MF AT+F+QD+ SW V+NV NM +MF A FNQ
Sbjct 219 MFLNAKEFNSKIFN-KVDNVTDMSSMFLNATAFDQDLSSWKVNNVKNMNSMFLGATKFNQ 277
Query 306 DLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFDQDVNTWNLSSC 365
+LN WNV NV D + MFK+ SFN +S W KA ++ +F GA FDQD++ W++SS
Sbjct 278 NLNKWNVENVTDMSWMFKDTTSFNNELSKWKPKKAIDMSHMFEGAIKFDQDISKWDVSSA 337
Query 366 TSFGSVFRET-SFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYMFQQA 424
+ +F++ SFN+ L +WD++ + G+F L +KFN +S W+ + +M MF+ A
Sbjct 338 KNMKDMFKDAESFNQDLKDWDITSVSNMEGMFELTTKFNDDISSWDTRNVESMSRMFKGA 397
Query 425 TAFNQDISNWNISKV 439
T+FN+DISNW + K+
Sbjct 398 TSFNKDISNWALLKL 412
Score = 181 bits (459), Expect = 2e-54
Identities = 87/207 (42%), Positives = 129/207 (62%), Gaps = 2/207 (1%)
Query 254 NKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSALVFNQDLNNWNVS 313
N+ + W+MS T+ MF GA FNQD+ WN SNV NM+ MF +A FN + N V
Sbjct 177 NENIKKWDMSNIEDTSGMFLGAAKFNQDLSDWNTSNVKNMSKMFLNAKEFNSKIFN-KVD 235
Query 314 NVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFDQDVNTWNLSSCTSFGSVFR 373
NV D + MF NA +F++ +S+W ++ ++N +F GAT F+Q++N WN+ + T +F+
Sbjct 236 NVTDMSSMFLNATAFDQDLSSWKVNNVKNMNSMFLGATKFNQNLNKWNVENVTDMSWMFK 295
Query 374 ET-SFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYMFQQATAFNQDIS 432
+T SFN LS W K + +F KF+Q +S W+VSSA NM MF+ A +FNQD+
Sbjct 296 DTTSFNNELSKWKPKKAIDMSHMFEGAIKFDQDISKWDVSSAKNMKDMFKDAESFNQDLK 355
Query 433 NWNISKVTDMSNMFNGATSYNQDLSVW 459
+W+I+ V++M MF T +N D+S W
Sbjct 356 DWDITSVSNMEGMFELTTKFNDDISSW 382
Score = 104 bits (259), Expect = 4e-27
Identities = 53/141 (38%), Positives = 80/141 (57%), Gaps = 2/141 (1%)
Query 329 NKPVSNWNMSKATSINGIFYGATLFDQDVNTWNLSSCTSFGSVFRETS-FNKSLSNWDVS 387
N+ + W+MS +G+F GA F+QD++ WN S+ + +F FN + N V
Sbjct 177 NENIKKWDMSNIEDTSGMFLGAAKFNQDLSDWNTSNVKNMSKMFLNAKEFNSKIFN-KVD 235
Query 388 KGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYMFQQATAFNQDISNWNISKVTDMSNMFN 447
T+ +F + F+Q LS W V++ NM MF AT FNQ+++ WN+ VTDMS MF
Sbjct 236 NVTDMSSMFLNATAFDQDLSSWKVNNVKNMNSMFLGATKFNQNLNKWNVENVTDMSWMFK 295
Query 448 GATSYNQDLSVWCAKFNINVN 468
TS+N +LS W K I+++
Sbjct 296 DTTSFNNELSKWKPKKAIDMS 316
Score = 36.2 bits (82), Expect = 4e-05
Identities = 15/57 (26%), Positives = 26/57 (46%), Gaps = 0/57 (0%)
Query 140 VGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQEIGSWDVSNTNVFRQC 196
V ++ GMF K D++ W+ V +M F FN++I +W + + C
Sbjct 362 VSNMEGMFELTTKFNDDISSWDTRNVESMSRMFKGATSFNKDISNWALLKLKICHIC 418
>Q9KKF4 Membrane associated lipoprotein [Mycoplasma mycoides subsp.
mycoides SC]
Length=445
Score = 191 bits (485), Expect = 5e-58
Identities = 93/234 (40%), Positives = 132/234 (56%), Gaps = 2/234 (1%)
Query 230 QDIGSWNVATATDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSN 289
+++ W+ + ++MF A +FN+ LSNWN MF GAT FN D+ SW +N
Sbjct 188 ENLDKWDTSNIVSMSSMFQQARNFNQVLSNWNTENVTDMNYMFDGATKFNSDLSSWKTAN 247
Query 290 VSNMTNMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYG 349
V M +MF FNQD+++WNVSNV + MF A+ FNK +S+WN+ ++ +F+G
Sbjct 248 VKTMRSMFSDTKQFNQDISSWNVSNVKNMKNMFYRAEKFNKSLSDWNLKNIQELDHMFFG 307
Query 350 ATLFDQDVNTWNLSSCTSFGSV-FRETSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSM 408
A+ F+ D+ + T + F+ FNKSL +WDVSK +F FNQ ++
Sbjct 308 ASEFNSDIFKLKNNLVTDMRYMFFQAKKFNKSL-DWDVSKVVNMDSMFNGAHDFNQNITN 366
Query 409 WNVSSATNMPYMFQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVWCAK 462
WNVS+ M MF FNQDI NW + VTDM MF A S+N+D+S W K
Sbjct 367 WNVSNVKTMRSMFSDTKQFNQDIKNWRVDNVTDMDRMFQNALSFNKDISSWNVK 420
Score = 176 bits (445), Expect = 3e-52
Identities = 86/231 (37%), Positives = 128/231 (55%), Gaps = 2/231 (1%)
Query 210 WNVSKSISFYGMFAGSTSFNQDIGSWNVATATDFTAMFMNATSFNKPLSNWNMSKAFLTT 269
W+ S +S MF + +FNQ + +WN TD MF AT FN LS+W +
Sbjct 193 WDTSNIVSMSSMFQQARNFNQVLSNWNTENVTDMNYMFDGATKFNSDLSSWKTANVKTMR 252
Query 270 NMFRGATSFNQDIGSWNVSNVSNMTNMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFN 329
+MF FNQDI SWNVSNV NM NMF A FN+ L++WN+ N+ + MF A FN
Sbjct 253 SMFSDTKQFNQDISSWNVSNVKNMKNMFYRAEKFNKSLSDWNLKNIQELDHMFFGASEFN 312
Query 330 KPVSNWNMSKATSINGIFYGATLFDQDVNTWNLSSCTSFGSVFRET-SFNKSLSNWDVSK 388
+ + T + +F+ A F++ ++ W++S + S+F FN++++NW+VS
Sbjct 313 SDIFKLKNNLVTDMRYMFFQAKKFNKSLD-WDVSKVVNMDSMFNGAHDFNQNITNWNVSN 371
Query 389 GTEFGGVFWLNSKFNQPLSMWNVSSATNMPYMFQQATAFNQDISNWNISKV 439
+F +FNQ + W V + T+M MFQ A +FN+DIS+WN+ V
Sbjct 372 VKTMRSMFSDTKQFNQDIKNWRVDNVTDMDRMFQNALSFNKDISSWNVKNV 422
Score = 170 bits (431), Expect = 2e-50
Identities = 89/260 (34%), Positives = 136/260 (52%), Gaps = 3/260 (1%)
Query 148 SNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQEIGSWDVSNTNVFRQCFSGATSFNKPL 207
+N+ KI +L KW+ + + +M + F FNQ + +W+ N F GAT FN L
Sbjct 182 NNSDKIE-NLDKWDTSNIVSMSSMFQQARNFNQVLSNWNTENVTDMNYMFDGATKFNSDL 240
Query 208 LNWNVSKSISFYGMFAGSTSFNQDIGSWNVATATDFTAMFMNATSFNKPLSNWNMSKAFL 267
+W + + MF+ + FNQDI SWNV+ + MF A FNK LS+WN+
Sbjct 241 SSWKTANVKTMRSMFSDTKQFNQDISSWNVSNVKNMKNMFYRAEKFNKSLSDWNLKNIQE 300
Query 268 TTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKS 327
+MF GA+ FN DI + V++M MF A FN+ L+ W+VS V + MF A
Sbjct 301 LDHMFFGASEFNSDIFKLKNNLVTDMRYMFFQAKKFNKSLD-WDVSKVVNMDSMFNGAHD 359
Query 328 FNKPVSNWNMSKATSINGIFYGATLFDQDVNTWNLSSCTSFGSVFRET-SFNKSLSNWDV 386
FN+ ++NWN+S ++ +F F+QD+ W + + T +F+ SFNK +S+W+V
Sbjct 360 FNQNITNWNVSNVKTMRSMFSDTKQFNQDIKNWRVDNVTDMDRMFQNALSFNKDISSWNV 419
Query 387 SKGTEFGGVFWLNSKFNQPL 406
+ W K +PL
Sbjct 420 KNVKSYDAFGWHIKKEFKPL 439
Score = 167 bits (422), Expect = 5e-49
Identities = 86/203 (42%), Positives = 111/203 (55%), Gaps = 1/203 (0%)
Query 140 VGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQEIGSWDVSNTNVFRQCFSG 199
V +N MF K DL+ W V M++ F + +FNQ+I SW+VSN + F
Sbjct 223 VTDMNYMFDGATKFNSDLSSWKTANVKTMRSMFSDTKQFNQDISSWNVSNVKNMKNMFYR 282
Query 200 ATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVATATDFTAMFMNATSFNKPLSN 259
A FNK L +WN+ MF G++ FN DI TD MF A FNK L +
Sbjct 283 AEKFNKSLSDWNLKNIQELDHMFFGASEFNSDIFKLKNNLVTDMRYMFFQAKKFNKSL-D 341
Query 260 WNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSALVFNQDLNNWNVSNVNDFT 319
W++SK +MF GA FNQ+I +WNVSNV M +MF FNQD+ NW V NV D
Sbjct 342 WDVSKVVNMDSMFNGAHDFNQNITNWNVSNVKTMRSMFSDTKQFNQDIKNWRVDNVTDMD 401
Query 320 GMFKNAKSFNKPVSNWNMSKATS 342
MF+NA SFNK +S+WN+ S
Sbjct 402 RMFQNALSFNKDISSWNVKNVKS 424
Score = 166 bits (419), Expect = 1e-48
Identities = 88/275 (32%), Positives = 140/275 (51%), Gaps = 7/275 (3%)
Query 141 GSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFF-NNIKFNQEIGSWDVSNTNVFRQCFSG 199
G ++G +K+ L + + +++ F NN + + WD SN F
Sbjct 152 GKISGFAQTVKKVPEKLPE----EIISLERAFLKNNSDKIENLDKWDTSNIVSMSSMFQQ 207
Query 200 ATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVATATDFTAMFMNATSFNKPLSN 259
A +FN+ L NWN MF G+T FN D+ SW A +MF + FN+ +S+
Sbjct 208 ARNFNQVLSNWNTENVTDMNYMFDGATKFNSDLSSWKTANVKTMRSMFSDTKQFNQDISS 267
Query 260 WNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSALVFNQDLNNWNVSNVNDFT 319
WN+S NMF A FN+ + WN+ N+ + +MF A FN D+ + V D
Sbjct 268 WNVSNVKNMKNMFYRAEKFNKSLSDWNLKNIQELDHMFFGASEFNSDIFKLKNNLVTDMR 327
Query 320 GMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFDQDVNTWNLSSCTSFGSVFRET-SFN 378
MF AK FNK + +W++SK +++ +F GA F+Q++ WN+S+ + S+F +T FN
Sbjct 328 YMFFQAKKFNKSL-DWDVSKVVNMDSMFNGAHDFNQNITNWNVSNVKTMRSMFSDTKQFN 386
Query 379 KSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSS 413
+ + NW V T+ +F FN+ +S WNV +
Sbjct 387 QDIKNWRVDNVTDMDRMFQNALSFNKDISSWNVKN 421
Score = 70.5 bits (171), Expect = 6e-16
Identities = 41/94 (44%), Positives = 52/94 (55%), Gaps = 5/94 (5%)
Query 399 NSKFNQPLSMWNVSSATNMPYMFQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSV 458
NS + L W+ S+ +M MFQQA FNQ +SNWN VTDM+ MF+GAT +N DLS
Sbjct 183 NSDKIENLDKWDTSNIVSMSSMFQQARNFNQVLSNWNTENVTDMNYMFDGATKFNSDLSS 242
Query 459 WCAKFNINVNLANFLD----NSGISAANYSAFLN 488
W N+ + F D N IS+ N S N
Sbjct 243 W-KTANVKTMRSMFSDTKQFNQDISSWNVSNVKN 275
Score = 60.8 bits (146), Expect = 7e-13
Identities = 29/83 (35%), Positives = 47/83 (57%), Gaps = 1/83 (1%)
Query 140 VGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQEIGSWDVSNTNVFRQCFSG 199
V +++ MF+ ++T WNV+ V M++ F + +FNQ+I +W V N + F
Sbjct 347 VVNMDSMFNGAHDFNQNITNWNVSNVKTMRSMFSDTKQFNQDIKNWRVDNVTDMDRMFQN 406
Query 200 ATSFNKPLLNWNVSKSISFYGMF 222
A SFNK + +WNV K++ Y F
Sbjct 407 ALSFNKDISSWNV-KNVKSYDAF 428
>C0QZG0 DUF4132 domain-containing protein [Brachyspira hyodysenteriae
(strain ATCC 49526 / WA1)]
Length=804
Score = 144 bits (362), Expect = 2e-39
Identities = 78/212 (37%), Positives = 113/212 (53%), Gaps = 8/212 (4%)
Query 280 QDIGSWNVSNVSNMTNMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSK 339
+ I W+ SNV NM+ MF FN+ L W+ SNV + GMF AKSFN+ ++NW++SK
Sbjct 47 EGIEDWDTSNVENMSWMFRECFSFNEALEKWDTSNVTNMKGMFSLAKSFNQNINNWDVSK 106
Query 340 ATSINGIFYGATLFDQDVNTWNLSSCTSFGSVFRET-SFNKSLSNWDVSKGTEFGGVFWL 398
++ +F LF+Q +N W++ + + ++F SFN+ L WD SK +F
Sbjct 107 VIDMSYMFNACDLFNQPLNDWDVFNVKTMEAMFHSALSFNQPLDKWDTSKVENMHEMFCR 166
Query 399 NSKFNQPLSMWNVSSATNMPYMFQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSV 458
+FNQPL+ WNVS+ M MF A +FNQ + WN K++ M +MF SY+
Sbjct 167 CKQFNQPLNSWNVSNVKTMEAMFYSADSFNQPLDKWNTKKLSKMYSMFKYTDSYD----- 221
Query 459 WCAKFNINVNLANFLDNSGISAANYSAFLNAL 490
C N +L+ D S ANY F L
Sbjct 222 -CYDSLANWDLSKVSDISDF-CANYERFYEKL 251
Score = 140 bits (354), Expect = 2e-38
Identities = 76/198 (38%), Positives = 103/198 (52%), Gaps = 2/198 (1%)
Query 149 NNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQEIGSWDVSNTNVFRQCFSGATSFNKPLL 208
+ RK + W+ + V NM F FN+ + WD SN + FS A SFN+ +
Sbjct 41 SQRKDFEGIEDWDTSNVENMSWMFRECFSFNEALEKWDTSNVTNMKGMFSLAKSFNQNIN 100
Query 209 NWNVSKSISFYGMFAGSTSFNQDIGSWNVATATDFTAMFMNATSFNKPLSNWNMSKAFLT 268
NW+VSK I MF FNQ + W+V AMF +A SFN+PL W+ SK
Sbjct 101 NWDVSKVIDMSYMFNACDLFNQPLNDWDVFNVKTMEAMFHSALSFNQPLDKWDTSKVENM 160
Query 269 TNMFRGATSFNQDIGSWNVSNVSNMTNMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSF 328
MF FNQ + SWNVSNV M MF SA FNQ L+ WN ++ MFK S+
Sbjct 161 HEMFCRCKQFNQPLNSWNVSNVKTMEAMFYSADSFNQPLDKWNTKKLSKMYSMFKYTDSY 220
Query 329 N--KPVSNWNMSKATSIN 344
+ ++NW++SK + I+
Sbjct 221 DCYDSLANWDLSKVSDIS 238
Score = 140 bits (353), Expect = 3e-38
Identities = 77/206 (37%), Positives = 111/206 (54%), Gaps = 11/206 (5%)
Query 165 VTNMQATFFNNIKFNQE-IGSWDVSNTN----VFRQCFSGATSFNKPLLNWNVSKSISFY 219
+T+M F + + + E I WD SN +FR+CFS FN+ L W+ S +
Sbjct 31 ITDMSELFQKSQRKDFEGIEDWDTSNVENMSWMFRECFS----FNEALEKWDTSNVTNMK 86
Query 220 GMFAGSTSFNQDIGSWNVATATDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFN 279
GMF+ + SFNQ+I +W+V+ D + MF FN+PL++W++ MF A SFN
Sbjct 87 GMFSLAKSFNQNINNWDVSKVIDMSYMFNACDLFNQPLNDWDVFNVKTMEAMFHSALSFN 146
Query 280 QDIGSWNVSNVSNMTNMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSK 339
Q + W+ S V NM MF FNQ LN+WNVSNV MF +A SFN+P+ WN K
Sbjct 147 QPLDKWDTSKVENMHEMFCRCKQFNQPLNSWNVSNVKTMEAMFYSADSFNQPLDKWNTKK 206
Query 340 ATSINGIFYGATLFD--QDVNTWNLS 363
+ + +F +D + W+LS
Sbjct 207 LSKMYSMFKYTDSYDCYDSLANWDLS 232
Score = 138 bits (347), Expect = 2e-37
Identities = 68/183 (37%), Positives = 105/183 (57%), Gaps = 3/183 (2%)
Query 209 NWNVSKSISFYGMFAGSTSFNQDIGSWNVATATDFTAMFMNATSFNKPLSNWNMSKAFLT 268
+W+ S + MF SFN+ + W+ + T+ MF A SFN+ ++NW++SK
Sbjct 51 DWDTSNVENMSWMFRECFSFNEALEKWDTSNVTNMKGMFSLAKSFNQNINNWDVSKVIDM 110
Query 269 TNMFRGATSFNQDIGSWNVSNVSNMTNMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSF 328
+ MF FNQ + W+V NV M MF SAL FNQ L+ W+ S V + MF K F
Sbjct 111 SYMFNACDLFNQPLNDWDVFNVKTMEAMFHSALSFNQPLDKWDTSKVENMHEMFCRCKQF 170
Query 329 NKPVSNWNMSKATSINGIFYGATLFDQDVNTWNLSSCTSFGSVFRET-SFN--KSLSNWD 385
N+P+++WN+S ++ +FY A F+Q ++ WN + S+F+ T S++ SL+NWD
Sbjct 171 NQPLNSWNVSNVKTMEAMFYSADSFNQPLDKWNTKKLSKMYSMFKYTDSYDCYDSLANWD 230
Query 386 VSK 388
+SK
Sbjct 231 LSK 233
Score = 133 bits (335), Expect = 5e-36
Identities = 69/217 (32%), Positives = 115/217 (53%), Gaps = 26/217 (12%)
Query 230 QDIGSWNVATATDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSN 289
+ I W+ + + + MF SFN+ L W+ S MF A SFNQ+I +W+VS
Sbjct 47 EGIEDWDTSNVENMSWMFRECFSFNEALEKWDTSNVTNMKGMFSLAKSFNQNINNWDVSK 106
Query 290 VSNMTNMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYG 349
V +M+ MF++ +FNQ LN+W+V NV MF +A SFN+P+ W+ SK +++ +F
Sbjct 107 VIDMSYMFNACDLFNQPLNDWDVFNVKTMEAMFHSALSFNQPLDKWDTSKVENMHEMFCR 166
Query 350 ATLFDQDVNTWNLSSCTSFGSVFRETSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMW 409
F+Q +N+WN+S+ + ++ F+ FNQPL W
Sbjct 167 CKQFNQPLNSWNVSNVKTMEAM------------------------FYSADSFNQPLDKW 202
Query 410 NVSSATNMPYMFQQATAFN--QDISNWNISKVTDMSN 444
N + M MF+ +++ ++NW++SKV+D+S+
Sbjct 203 NTKKLSKMYSMFKYTDSYDCYDSLANWDLSKVSDISD 239
Score = 118 bits (296), Expect = 4e-31
Identities = 66/206 (32%), Positives = 101/206 (49%), Gaps = 4/206 (2%)
Query 125 EDTEALIDYSSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQEIGS 184
+D E + D+ + V +++ MF L KW+ + VTNM+ F FNQ I +
Sbjct 44 KDFEGIEDWDTSN--VENMSWMFRECFSFNEALEKWDTSNVTNMKGMFSLAKSFNQNINN 101
Query 185 WDVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVATATDFT 244
WDVS F+ FN+PL +W+V + MF + SFNQ + W+ + +
Sbjct 102 WDVSKVIDMSYMFNACDLFNQPLNDWDVFNVKTMEAMFHSALSFNQPLDKWDTSKVENMH 161
Query 245 AMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSALVFN 304
MF FN+PL++WN+S MF A SFNQ + WN +S M +MF ++
Sbjct 162 EMFCRCKQFNQPLNSWNVSNVKTMEAMFYSADSFNQPLDKWNTKKLSKMYSMFKYTDSYD 221
Query 305 --QDLNNWNVSNVNDFTGMFKNAKSF 328
L NW++S V+D + N + F
Sbjct 222 CYDSLANWDLSKVSDISDFCANYERF 247
Score = 90.5 bits (223), Expect = 5e-22
Identities = 54/170 (32%), Positives = 85/170 (50%), Gaps = 16/170 (9%)
Query 332 VSNWNMSKATSINGIFYGATLFD-QDVNTWNLSSCTSFGSVFRET-SFNKSLSNWDVSKG 389
+S+ + S T ++ +F + D + + W+ S+ + +FRE SFN++L WD S
Sbjct 23 LSDVDTSLITDMSELFQKSQRKDFEGIEDWDTSNVENMSWMFRECFSFNEALEKWDTSNV 82
Query 390 TEFGGVFWLNSKFNQPLSMWNVSSATNMPYMFQQATAFNQDISNWNISKVTDMSNMFNGA 449
T G+F L FNQ ++ W+VS +M YMF FNQ +++W++ V M MF+ A
Sbjct 83 TNMKGMFSLAKSFNQNINNWDVSKVIDMSYMFNACDLFNQPLNDWDVFNVKTMEAMFHSA 142
Query 450 TSYNQDLSVW--------------CAKFNINVNLANFLDNSGISAANYSA 485
S+NQ L W C +FN +N N + + A YSA
Sbjct 143 LSFNQPLDKWDTSKVENMHEMFCRCKQFNQPLNSWNVSNVKTMEAMFYSA 192
Score = 19.2 bits (38), Expect = 7.4
Identities = 8/23 (35%), Positives = 12/23 (52%), Gaps = 0/23 (0%)
Query 82 DSTTVTLPNSTWIYLEVTVDDNK 104
D T+T N +Y ++ D NK
Sbjct 296 DYITITKENVREVYNSISKDTNK 318
Score = 18.9 bits (37), Expect = 9.7
Identities = 13/53 (25%), Positives = 25/53 (47%), Gaps = 5/53 (9%)
Query 102 DNKPFAFITMEYFV--GDICVAGGTEDTEALIDYSSRPYFVGSLNGMFSNNRK 152
+NK +I +EY V DI + ++ L+D S F+ + +++ K
Sbjct 385 ENKVLKYIYLEYLVLKRDIKILTQVDNIINLLDEES---FIEFIKNIYNETNK 434
>Q9RFW3 Hypothetical surface located membrane protein [Mycoplasma
mycoides subsp. mycoides LC]
Length=533
Score = 137 bits (344), Expect = 9e-38
Identities = 73/190 (38%), Positives = 109/190 (57%), Gaps = 13/190 (7%)
Query 271 MFRGATSFNQ-DIGSWNVSNVSNMTNMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFN 329
+F+ AT FN +I +W+ SNV NM +MF+ A FNQDL W+ NV++ MF+ A +FN
Sbjct 69 LFQDATEFNDPNIKNWDTSNVENMESMFEGATKFNQDLERWDTKNVSNMAFMFREAATFN 128
Query 330 KPVSNWNMSKATSINGIFYGATLFDQDVNTWNLSSCTSFGSVFRETSFNKSLSNWDVSKG 389
+S WN SK T+++ +F A F+Q++NT + NK +WDVS
Sbjct 129 GKISTWNTSKVTTMSAMFNDAKSFNQNINT------------KYSKNKNKYSVSWDVSNV 176
Query 390 TEFGGVFWLNSKFNQPLSMWNVSSATNMPYMFQQATAFNQDISNWNISKVTDMSNMFNGA 449
+ +F + FN L WN T M MF AT+FN+DIS++++ + D ++MF A
Sbjct 177 DKMQEMFKGATSFNSDLYNWNTRKVTAMRDMFNGATSFNKDISSFDVEENGDFTDMFKDA 236
Query 450 TSYNQDLSVW 459
S+NQ+LS W
Sbjct 237 RSFNQNLSNW 246
Score = 133 bits (334), Expect = 2e-36
Identities = 67/184 (36%), Positives = 105/184 (57%), Gaps = 13/184 (7%)
Query 165 VTNMQATFFNNIKFNQ-EIGSWDVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFA 223
+T+++ F + +FN I +WD SN F GAT FN+ L W+ + MF
Sbjct 63 ITSLKELFQDATEFNDPNIKNWDTSNVENMESMFEGATKFNQDLERWDTKNVSNMAFMFR 122
Query 224 GSTSFNQDIGSWNVATATDFTAMFMNATSFNKPLS------------NWNMSKAFLTTNM 271
+ +FN I +WN + T +AMF +A SFN+ ++ +W++S M
Sbjct 123 EAATFNGKISTWNTSKVTTMSAMFNDAKSFNQNINTKYSKNKNKYSVSWDVSNVDKMQEM 182
Query 272 FRGATSFNQDIGSWNVSNVSNMTNMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFNKP 331
F+GATSFN D+ +WN V+ M +MF+ A FN+D+++++V DFT MFK+A+SFN+
Sbjct 183 FKGATSFNSDLYNWNTRKVTAMRDMFNGATSFNKDISSFDVEENGDFTDMFKDARSFNQN 242
Query 332 VSNW 335
+SNW
Sbjct 243 LSNW 246
Score = 132 bits (332), Expect = 4e-36
Identities = 77/244 (32%), Positives = 116/244 (48%), Gaps = 22/244 (9%)
Query 139 FVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNN------IKFNQEIGSWDVS---N 189
F G G + +++ +D +KWN + ++++ IK + + S
Sbjct 3 FKGKTRGEDTYSKENEFDASKWNDTDFVVYEIGYYDDGNQIQSIKLPKGVVSVPKDLPRE 62
Query 190 TNVFRQCFSGATSFNKP-LLNWNVSKSISFYGMFAGSTSFNQDIGSWNVATATDFTAMFM 248
++ F AT FN P + NW+ S + MF G+T FNQD+ W+ ++ MF
Sbjct 63 ITSLKELFQDATEFNDPNIKNWDTSNVENMESMFEGATKFNQDLERWDTKNVSNMAFMFR 122
Query 249 NATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIG------------SWNVSNVSNMTNM 296
A +FN +S WN SK + MF A SFNQ+I SW+VSNV M M
Sbjct 123 EAATFNGKISTWNTSKVTTMSAMFNDAKSFNQNINTKYSKNKNKYSVSWDVSNVDKMQEM 182
Query 297 FDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFDQD 356
F A FN DL NWN V MF A SFNK +S++++ + +F A F+Q+
Sbjct 183 FKGATSFNSDLYNWNTRKVTAMRDMFNGATSFNKDISSFDVEENGDFTDMFKDARSFNQN 242
Query 357 VNTW 360
++ W
Sbjct 243 LSNW 246
Score = 82.0 bits (201), Expect = 2e-19
Identities = 44/105 (42%), Positives = 63/105 (60%), Gaps = 5/105 (5%)
Query 366 TSFGSVFRE-TSFNK-SLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYMFQQ 423
TS +F++ T FN ++ NWD S +F +KFNQ L W+ + +NM +MF++
Sbjct 64 TSLKELFQDATEFNDPNIKNWDTSNVENMESMFEGATKFNQDLERWDTKNVSNMAFMFRE 123
Query 424 ATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVN 468
A FN IS WN SKVT MS MFN A S+NQ+++ K++ N N
Sbjct 124 AATFNGKISTWNTSKVTTMSAMFNDAKSFNQNIN---TKYSKNKN 165
Score = 28.9 bits (63), Expect = 0.007
Identities = 24/98 (24%), Positives = 45/98 (46%), Gaps = 6/98 (6%)
Query 122 GGTEDTEALIDYSSRPYFVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQE 181
G T L ++++R V ++ MF+ D++ ++V + F + FNQ
Sbjct 185 GATSFNSDLYNWNTRK--VTAMRDMFNGATSFNKDISSFDVEENGDFTDMFKDARSFNQN 242
Query 182 IGSWDVSNTNVFRQCFSGAT---SFNKPLLNWNVSKSI 216
+ +W + +T SGA+ S+ KP ++S SI
Sbjct 243 LSNWVIYDTKP-GDIDSGASSWISYYKPRSKRDISNSI 279
Score = 27.3 bits (59), Expect = 0.022
Identities = 8/19 (42%), Positives = 15/19 (79%), Gaps = 0/19 (0%)
Query 304 NQDLNNWNVSNVNDFTGMF 322
N+++ W++SN+ D +GMF
Sbjct 515 NENIKKWDMSNIEDTSGMF 533
Score = 24.6 bits (52), Expect = 0.15
Identities = 10/31 (32%), Positives = 19/31 (61%), Gaps = 1/31 (3%)
Query 268 TTNMFRGATSFN-QDIGSWNVSNVSNMTNMF 297
T +F + FN ++I W++SN+ + + MF
Sbjct 503 TKELFAFSNQFNNENIKKWDMSNIEDTSGMF 533
Score = 24.6 bits (52), Expect = 0.15
Identities = 8/19 (42%), Positives = 13/19 (68%), Gaps = 0/19 (0%)
Query 428 NQDISNWNISKVTDMSNMF 446
N++I W++S + D S MF
Sbjct 515 NENIKKWDMSNIEDTSGMF 533
Score = 22.3 bits (46), Expect = 0.80
Identities = 10/28 (36%), Positives = 17/28 (61%), Gaps = 1/28 (4%)
Query 221 MFAGSTSFN-QDIGSWNVATATDFTAMF 247
+FA S FN ++I W+++ D + MF
Sbjct 506 LFAFSNQFNNENIKKWDMSNIEDTSGMF 533
Score = 21.2 bits (43), Expect = 1.8
Identities = 17/97 (18%), Positives = 46/97 (47%), Gaps = 16/97 (16%)
Query 139 FVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNN------IKFNQEIGSW------D 186
F G NG +++++ +D++ W+ + ++++ IK +++ + +
Sbjct 440 FKGKTNGERASSKEDEWDISYWDDKDFEVYELGYYDDGEQIQAIKLPKDVKIFPDHLPKE 499
Query 187 VSNTNVFRQCFSGATSFNKP-LLNWNVSKSISFYGMF 222
+++T ++ F+ + FN + W++S GMF
Sbjct 500 ITST---KELFAFSNQFNNENIKKWDMSNIEDTSGMF 533
Score = 20.0 bits (40), Expect = 4.1
Identities = 6/19 (32%), Positives = 11/19 (58%), Gaps = 0/19 (0%)
Query 329 NKPVSNWNMSKATSINGIF 347
N+ + W+MS +G+F
Sbjct 515 NENIKKWDMSNIEDTSGMF 533
Score = 20.0 bits (40), Expect = 4.1
Identities = 6/19 (32%), Positives = 12/19 (63%), Gaps = 0/19 (0%)
Query 378 NKSLSNWDVSKGTEFGGVF 396
N+++ WD+S + G+F
Sbjct 515 NENIKKWDMSNIEDTSGMF 533
Score = 18.9 bits (37), Expect = 9.4
Identities = 7/19 (37%), Positives = 11/19 (58%), Gaps = 0/19 (0%)
Query 254 NKPLSNWNMSKAFLTTNMF 272
N+ + W+MS T+ MF
Sbjct 515 NENIKKWDMSNIEDTSGMF 533
>Q8RJC0 LppC [Mycoplasma mycoides subsp. mycoides SC]
Length=411
Score = 128 bits (322), Expect = 2e-35
Identities = 58/134 (43%), Positives = 82/134 (61%), Gaps = 0/134 (0%)
Query 231 DIGSWNVATATDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNV 290
++ W+V+ +MF AT+FN+ +S WN +F AT FNQ + +WNV NV
Sbjct 251 NLDKWDVSNVESMNSMFYEATNFNQNISKWNTKNVKSMFYLFAAATKFNQPLNNWNVENV 310
Query 291 SNMTNMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGA 350
+NM+ MF A FNQDL+ WNVSNV D MF NAKSFN ++NWN+ K ++ +F A
Sbjct 311 TNMSGMFYDATDFNQDLDKWNVSNVIDMEDMFNNAKSFNGNINNWNVGKVEKLSQMFLYA 370
Query 351 TLFDQDVNTWNLSS 364
T F QD++ W + +
Sbjct 371 TKFLQDLSEWKIKN 384
Score = 127 bits (320), Expect = 3e-35
Identities = 70/178 (39%), Positives = 96/178 (54%), Gaps = 4/178 (2%)
Query 137 PYFVGSLNGMFSNNR-KIRYDLTKWNVNPVTNMQATFFNNIKFNQEIGSWDVSNTNVFRQ 195
P + SLN F + K +L KW+V+ V +M + F+ FNQ I W+ N
Sbjct 231 PLKIKSLNNAFQKFKLKEVLNLDKWDVSNVESMNSMFYEATNFNQNISKWNTKNVKSMFY 290
Query 196 CFSGATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVATATDFTAMFMNATSFNK 255
F+ AT FN+PL NWNV + GMF +T FNQD+ WNV+ D MF NA SFN
Sbjct 291 LFAAATKFNQPLNNWNVENVTNMSGMFYDATDFNQDLDKWNVSNVIDMEDMFNNAKSFNG 350
Query 256 PLSNWNMSKAFLTTNMFRGATSFNQDIGSWNV-SNVSNMTN-MFDSAL-VFNQDLNNW 310
++NWN+ K + MF AT F QD+ W + +NV+ N +FDS + +Q L W
Sbjct 351 NINNWNVGKVEKLSQMFLYATKFLQDLSEWKIKNNVAKKANIIFDSTYKLKDQVLKAW 408
Score = 120 bits (300), Expect = 1e-32
Identities = 66/162 (41%), Positives = 88/162 (54%), Gaps = 6/162 (4%)
Query 205 KPLLN---WNVSKSISFYGMFAGSTSFNQDIGSWNVATATDFTAMFMNATSFNKPLSNWN 261
K +LN W+VS S MF +T+FNQ+I WN +F AT FN+PL+NWN
Sbjct 247 KEVLNLDKWDVSNVESMNSMFYEATNFNQNISKWNTKNVKSMFYLFAAATKFNQPLNNWN 306
Query 262 MSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSALVFNQDLNNWNVSNVNDFTGM 321
+ + MF AT FNQD+ WNVSNV +M +MF++A FN ++NNWNV V + M
Sbjct 307 VENVTNMSGMFYDATDFNQDLDKWNVSNVIDMEDMFNNAKSFNGNINNWNVGKVEKLSQM 366
Query 322 FKNAKSFNKPVSNWNMSK--ATSINGIFYGA-TLFDQDVNTW 360
F A F + +S W + A N IF L DQ + W
Sbjct 367 FLYATKFLQDLSEWKIKNNVAKKANIIFDSTYKLKDQVLKAW 408
Score = 117 bits (293), Expect = 1e-31
Identities = 64/190 (34%), Positives = 94/190 (49%), Gaps = 9/190 (5%)
Query 131 IDYSSRPYFVGSLNGMFS------NNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQEIGS 184
I YS + +VG N + N +++ L + + N F +K +
Sbjct 198 IGYSLKEKYVGCTNKVIQIYKMPKNTKEVPKHLPL-KIKSLNNAFQKF--KLKEVLNLDK 254
Query 185 WDVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVATATDFT 244
WDVSN F AT+FN+ + WN S + +FA +T FNQ + +WNV T+ +
Sbjct 255 WDVSNVESMNSMFYEATNFNQNISKWNTKNVKSMFYLFAAATKFNQPLNNWNVENVTNMS 314
Query 245 AMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSALVFN 304
MF +AT FN+ L WN+S +MF A SFN +I +WNV V ++ MF A F
Sbjct 315 GMFYDATDFNQDLDKWNVSNVIDMEDMFNNAKSFNGNINNWNVGKVEKLSQMFLYATKFL 374
Query 305 QDLNNWNVSN 314
QDL+ W + N
Sbjct 375 QDLSEWKIKN 384
Score = 117 bits (293), Expect = 1e-31
Identities = 60/155 (39%), Positives = 91/155 (59%), Gaps = 3/155 (2%)
Query 312 VSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFDQDVNTWNLSSCTSFGSV 371
+ ++N+ FK + N + W++S S+N +FY AT F+Q+++ WN + S +
Sbjct 234 IKSLNNAFQKFKLKEVLN--LDKWDVSNVESMNSMFYEATNFNQNISKWNTKNVKSMFYL 291
Query 372 FRE-TSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYMFQQATAFNQD 430
F T FN+ L+NW+V T G+F+ + FNQ L WNVS+ +M MF A +FN +
Sbjct 292 FAAATKFNQPLNNWNVENVTNMSGMFYDATDFNQDLDKWNVSNVIDMEDMFNNAKSFNGN 351
Query 431 ISNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNI 465
I+NWN+ KV +S MF AT + QDLS W K N+
Sbjct 352 INNWNVGKVEKLSQMFLYATKFLQDLSEWKIKNNV 386
Score = 114 bits (285), Expect = 1e-30
Identities = 51/134 (38%), Positives = 83/134 (62%), Gaps = 1/134 (1%)
Query 281 DIGSWNVSNVSNMTNMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKA 340
++ W+VSNV +M +MF A FNQ+++ WN NV +F A FN+P++NWN+
Sbjct 251 NLDKWDVSNVESMNSMFYEATNFNQNISKWNTKNVKSMFYLFAAATKFNQPLNNWNVENV 310
Query 341 TSINGIFYGATLFDQDVNTWNLSSCTSFGSVFRET-SFNKSLSNWDVSKGTEFGGVFWLN 399
T+++G+FY AT F+QD++ WN+S+ +F SFN +++NW+V K + +F
Sbjct 311 TNMSGMFYDATDFNQDLDKWNVSNVIDMEDMFNNAKSFNGNINNWNVGKVEKLSQMFLYA 370
Query 400 SKFNQPLSMWNVSS 413
+KF Q LS W + +
Sbjct 371 TKFLQDLSEWKIKN 384
Score = 108 bits (269), Expect = 2e-28
Identities = 50/131 (38%), Positives = 73/131 (56%), Gaps = 1/131 (1%)
Query 257 LSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNVSNMTNMFDSALVFNQDLNNWNVSNVN 316
L W++S +MF AT+FNQ+I WN NV +M +F +A FNQ LNNWNV NV
Sbjct 252 LDKWDVSNVESMNSMFYEATNFNQNISKWNTKNVKSMFYLFAAATKFNQPLNNWNVENVT 311
Query 317 DFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATLFDQDVNTWNLSSCTSFGSVF-RET 375
+ +GMF +A FN+ + WN+S + +F A F+ ++N WN+ +F T
Sbjct 312 NMSGMFYDATDFNQDLDKWNVSNVIDMEDMFNNAKSFNGNINNWNVGKVEKLSQMFLYAT 371
Query 376 SFNKSLSNWDV 386
F + LS W +
Sbjct 372 KFLQDLSEWKI 382
Score = 99.8 bits (247), Expect = 1e-25
Identities = 50/123 (41%), Positives = 75/123 (61%), Gaps = 2/123 (2%)
Query 339 KATSINGIFYGATLFDQ-DVNTWNLSSCTSFGSVFRE-TSFNKSLSNWDVSKGTEFGGVF 396
K S+N F L + +++ W++S+ S S+F E T+FN+++S W+ +F
Sbjct 233 KIKSLNNAFQKFKLKEVLNLDKWDVSNVESMNSMFYEATNFNQNISKWNTKNVKSMFYLF 292
Query 397 WLNSKFNQPLSMWNVSSATNMPYMFQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDL 456
+KFNQPL+ WNV + TNM MF AT FNQD+ WN+S V DM +MFN A S+N ++
Sbjct 293 AAATKFNQPLNNWNVENVTNMSGMFYDATDFNQDLDKWNVSNVIDMEDMFNNAKSFNGNI 352
Query 457 SVW 459
+ W
Sbjct 353 NNW 355
>Q9RFW7 Hypothetical surface-located membrane protein [Mycoplasma
mycoides subsp. mycoides SC]
Length=516
Score = 120 bits (302), Expect = 3e-32
Identities = 63/172 (37%), Positives = 95/172 (55%), Gaps = 14/172 (8%)
Query 165 VTNMQATFFNNIKFN-QEIGSWDVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFA 223
+T+++ F + FN Q + +WD SN + F GA FN+ + WN S ++ MF
Sbjct 64 ITSLKELFKDAESFNDQNVKNWDTSNVEIMESMFEGAKKFNQDISKWNTSNVVNMSQMFK 123
Query 224 GSTSFNQDIGSWNVATATDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIG 283
+ SFNQ+I + + NK +W++SK +MF GA FN D+
Sbjct 124 DAKSFNQNINT-------------KYSRDKNKYNMSWDVSKVKNMQSMFEGAEKFNSDLY 170
Query 284 SWNVSNVSNMTNMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNW 335
+W+ VS M +MF+ A F++D++N++V V DFT MFKNA SFNK +SNW
Sbjct 171 NWDTRKVSAMRDMFNGATSFSKDISNFDVKGVVDFTDMFKNATSFNKNLSNW 222
Score = 110 bits (276), Expect = 6e-29
Identities = 61/171 (36%), Positives = 95/171 (56%), Gaps = 13/171 (8%)
Query 290 VSNMTNMFDSALVFN-QDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFY 348
++++ +F A FN Q++ NW+ SNV MF+ AK FN+ +S WN S +++ +F
Sbjct 64 ITSLKELFKDAESFNDQNVKNWDTSNVEIMESMFEGAKKFNQDISKWNTSNVVNMSQMFK 123
Query 349 GATLFDQDVNTWNLSSCTSFGSVFRETSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSM 408
A F+Q++NT R+ NK +WDVSK +F KFN L
Sbjct 124 DAKSFNQNINT----------KYSRDK--NKYNMSWDVSKVKNMQSMFEGAEKFNSDLYN 171
Query 409 WNVSSATNMPYMFQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVW 459
W+ + M MF AT+F++DISN+++ V D ++MF ATS+N++LS W
Sbjct 172 WDTRKVSAMRDMFNGATSFSKDISNFDVKGVVDFTDMFKNATSFNKNLSNW 222
Score = 105 bits (262), Expect = 4e-27
Identities = 59/148 (40%), Positives = 78/148 (53%), Gaps = 13/148 (9%)
Query 143 LNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQEIG------------SWDVSNT 190
+ MF +K D++KWN + V NM F + FNQ I SWDVS
Sbjct 93 MESMFEGAKKFNQDISKWNTSNVVNMSQMFKDAKSFNQNINTKYSRDKNKYNMSWDVSKV 152
Query 191 NVFRQCFSGATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVATATDFTAMFMNA 250
+ F GA FN L NW+ K + MF G+TSF++DI +++V DFT MF NA
Sbjct 153 KNMQSMFEGAEKFNSDLYNWDTRKVSAMRDMFNGATSFSKDISNFDVKGVVDFTDMFKNA 212
Query 251 TSFNKPLSNWNMSKAFLTTNMFRGATSF 278
TSFNK LSNW + T++ GATS+
Sbjct 213 TSFNKNLSNWALYDN-EPTDLDSGATSW 239
Score = 93.6 bits (231), Expect = 3e-23
Identities = 51/162 (31%), Positives = 84/162 (52%), Gaps = 13/162 (8%)
Query 137 PYFVGSLNGMFSNNRKIR-YDLTKWNVNPVTNMQATFFNNIKFNQEIGSWDVSNTNVFRQ 195
P + SL +F + ++ W+ + V M++ F KFNQ+I W+ SN Q
Sbjct 61 PKEITSLKELFKDAESFNDQNVKNWDTSNVEIMESMFEGAKKFNQDISKWNTSNVVNMSQ 120
Query 196 CFSGATSFNKPL------------LNWNVSKSISFYGMFAGSTSFNQDIGSWNVATATDF 243
F A SFN+ + ++W+VSK + MF G+ FN D+ +W+ +
Sbjct 121 MFKDAKSFNQNINTKYSRDKNKYNMSWDVSKVKNMQSMFEGAEKFNSDLYNWDTRKVSAM 180
Query 244 TAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSW 285
MF ATSF+K +SN+++ T+MF+ ATSFN+++ +W
Sbjct 181 RDMFNGATSFSKDISNFDVKGVVDFTDMFKNATSFNKNLSNW 222
Score = 47.8 bits (112), Expect = 1e-08
Identities = 21/49 (43%), Positives = 32/49 (65%), Gaps = 1/49 (2%)
Query 268 TTNMFRGATSFN-QDIGSWNVSNVSNMTNMFDSALVFNQDLNNWNVSNV 315
T +F + FN ++I W++SN+ + + MF A FNQDL++WN SNV
Sbjct 464 TKELFASSNQFNDENIKKWDMSNIEDTSGMFLGAAKFNQDLSDWNTSNV 512
Score = 47.4 bits (111), Expect = 1e-08
Identities = 21/55 (38%), Positives = 35/55 (64%), Gaps = 1/55 (2%)
Query 415 TNMPYMFQQATAFN-QDISNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVN 468
T++ +F+ A +FN Q++ NW+ S V M +MF GA +NQD+S W +N++
Sbjct 65 TSLKELFKDAESFNDQNVKNWDTSNVEIMESMFEGAKKFNQDISKWNTSNVVNMS 119
Score = 45.1 bits (105), Expect = 7e-08
Identities = 21/51 (41%), Positives = 29/51 (57%), Gaps = 1/51 (2%)
Query 241 TDFTAMFMNATSFN-KPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNVSNV 290
T +F ++ FN + + W+MS T+ MF GA FNQD+ WN SNV
Sbjct 462 TSTKELFASSNQFNDENIKKWDMSNIEDTSGMFLGAAKFNQDLSDWNTSNV 512
Score = 43.5 bits (101), Expect = 2e-07
Identities = 18/50 (36%), Positives = 33/50 (66%), Gaps = 1/50 (2%)
Query 290 VSNMTNMFDSALVFN-QDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMS 338
+++ +F S+ FN +++ W++SN+ D +GMF A FN+ +S+WN S
Sbjct 461 ITSTKELFASSNQFNDENIKKWDMSNIEDTSGMFLGAAKFNQDLSDWNTS 510
Score = 42.4 bits (98), Expect = 5e-07
Identities = 19/46 (41%), Positives = 28/46 (61%), Gaps = 1/46 (2%)
Query 415 TNMPYMFQQATAFN-QDISNWNISKVTDMSNMFNGATSYNQDLSVW 459
T+ +F + FN ++I W++S + D S MF GA +NQDLS W
Sbjct 462 TSTKELFASSNQFNDENIKKWDMSNIEDTSGMFLGAAKFNQDLSDW 507
Score = 41.6 bits (96), Expect = 8e-07
Identities = 18/44 (41%), Positives = 28/44 (64%), Gaps = 1/44 (2%)
Query 221 MFAGSTSFN-QDIGSWNVATATDFTAMFMNATSFNKPLSNWNMS 263
+FA S FN ++I W+++ D + MF+ A FN+ LS+WN S
Sbjct 467 LFASSNQFNDENIKKWDMSNIEDTSGMFLGAAKFNQDLSDWNTS 510
Score = 40.0 bits (92), Expect = 2e-06
Identities = 24/113 (21%), Positives = 56/113 (50%), Gaps = 16/113 (14%)
Query 139 FVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNN------IKFNQEIG------SWD 186
F G NG +++++ +D++ W+ + ++++ IK +++ +
Sbjct 401 FKGKTNGERASSKEDEWDISYWDDKDFEVYELGYYDDGEQIQAIKLPKDVKIIPDHLPKE 460
Query 187 VSNTNVFRQCFSGATSFN-KPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVA 238
+++T ++ F+ + FN + + W++S GMF G+ FNQD+ WN +
Sbjct 461 ITST---KELFASSNQFNDENIKKWDMSNIEDTSGMFLGAAKFNQDLSDWNTS 510
Score = 39.3 bits (90), Expect = 4e-06
Identities = 16/45 (36%), Positives = 28/45 (62%), Gaps = 1/45 (2%)
Query 321 MFKNAKSFN-KPVSNWNMSKATSINGIFYGATLFDQDVNTWNLSS 364
+F ++ FN + + W+MS +G+F GA F+QD++ WN S+
Sbjct 467 LFASSNQFNDENIKKWDMSNIEDTSGMFLGAAKFNQDLSDWNTSN 511
Score = 36.2 bits (82), Expect = 4e-05
Identities = 17/46 (37%), Positives = 29/46 (63%), Gaps = 1/46 (2%)
Query 395 VFWLNSKFN-QPLSMWNVSSATNMPYMFQQATAFNQDISNWNISKV 439
+F +++FN + + W++S+ + MF A FNQD+S+WN S V
Sbjct 467 LFASSNQFNDENIKKWDMSNIEDTSGMFLGAAKFNQDLSDWNTSNV 512
Score = 33.9 bits (76), Expect = 2e-04
Identities = 14/36 (39%), Positives = 23/36 (64%), Gaps = 0/36 (0%)
Query 378 NKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSS 413
++++ WD+S + G+F +KFNQ LS WN S+
Sbjct 476 DENIKKWDMSNIEDTSGMFLGAAKFNQDLSDWNTSN 511
Score = 32.7 bits (73), Expect = 5e-04
Identities = 12/42 (29%), Positives = 24/42 (57%), Gaps = 0/42 (0%)
Query 148 SNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQEIGSWDVSN 189
S+N+ ++ KW+++ + + F KFNQ++ W+ SN
Sbjct 470 SSNQFNDENIKKWDMSNIEDTSGMFLGAAKFNQDLSDWNTSN 511
Score = 28.1 bits (61), Expect = 0.013
Identities = 14/49 (29%), Positives = 27/49 (55%), Gaps = 2/49 (4%)
Query 341 TSINGIFYGATLF-DQDVNTWNLSSCTSFGSVFRETS-FNKSLSNWDVS 387
TS +F + F D+++ W++S+ +F + FN+ LS+W+ S
Sbjct 462 TSTKELFASSNQFNDENIKKWDMSNIEDTSGMFLGAAKFNQDLSDWNTS 510
Score = 22.7 bits (47), Expect = 0.60
Identities = 9/22 (41%), Positives = 12/22 (55%), Gaps = 0/22 (0%)
Query 144 NGMFSNNRKIRYDLTKWNVNPV 165
+GMF K DL+ WN + V
Sbjct 491 SGMFLGAAKFNQDLSDWNTSNV 512
>Q8GIX8 PARCEL domain protein [Mycoplasma leachii]
Length=296
Score = 87.8 bits (216), Expect = 3e-22
Identities = 44/122 (36%), Positives = 71/122 (58%), Gaps = 9/122 (7%)
Query 271 MFRGATSFNQDIGS--------WNVSNVSNMTNMFDSALVFNQDLNNWNVSNVNDFTGMF 322
MF A +FNQ+I + W+VS V++M MF A FN +L+ WN SNV + + MF
Sbjct 4 MFSDAINFNQNINTKDNSSKKTWDVSKVTDMEGMFSGAAKFNNELSKWNTSNVKNMSKMF 63
Query 323 KNAKSFNKPVSNWNMSKATSINGIFYGATLFDQDVNTWNLSSCTSFGSVFRETSFNKSLS 382
KNAK FN +SN+++ N +F A+ F+QD++ W+ + ++ E S+N + +
Sbjct 64 KNAKVFNNNISNFDIKNVRYFNNMFENASAFNQDLSKWSFKHLGNNKNIDTE-SYNLNAT 122
Query 383 NW 384
+W
Sbjct 123 SW 124
Score = 86.7 bits (213), Expect = 8e-22
Identities = 42/116 (36%), Positives = 63/116 (54%), Gaps = 17/116 (15%)
Query 221 MFAGSTSFNQDIGSWNVATATDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQ 280
MF+ + +FNQ+I T N W++SK MF GA FN
Sbjct 4 MFSDAINFNQNIN-----------------TKDNSSKKTWDVSKVTDMEGMFSGAAKFNN 46
Query 281 DIGSWNVSNVSNMTNMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWN 336
++ WN SNV NM+ MF +A VFN +++N+++ NV F MF+NA +FN+ +S W+
Sbjct 47 ELSKWNTSNVKNMSKMFKNAKVFNNNISNFDIKNVRYFNNMFENASAFNQDLSKWS 102
Score = 85.5 bits (210), Expect = 2e-21
Identities = 42/88 (48%), Positives = 54/88 (61%), Gaps = 0/88 (0%)
Query 375 TSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYMFQQATAFNQDISNW 434
T N S WDVSK T+ G+F +KFN LS WN S+ NM MF+ A FN +ISN+
Sbjct 17 TKDNSSKKTWDVSKVTDMEGMFSGAAKFNNELSKWNTSNVKNMSKMFKNAKVFNNNISNF 76
Query 435 NISKVTDMSNMFNGATSYNQDLSVWCAK 462
+I V +NMF A+++NQDLS W K
Sbjct 77 DIKNVRYFNNMFENASAFNQDLSKWSFK 104
Score = 80.1 bits (196), Expect = 1e-19
Identities = 42/143 (29%), Positives = 68/143 (48%), Gaps = 19/143 (13%)
Query 168 MQATFFNNIKFNQEIGSWDVSNTNVFRQCFSGATSFNKPLLNWNVSKSISFYGMFAGSTS 227
M F + I FNQ I + D S+ W+VSK GMF+G+
Sbjct 1 MSYMFSDAINFNQNINTKDNSSKKT-----------------WDVSKVTDMEGMFSGAAK 43
Query 228 FNQDIGSWNVATATDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQDIGSWNV 287
FN ++ WN + + + MF NA FN +SN+++ NMF A++FNQD+ W+
Sbjct 44 FNNELSKWNTSNVKNMSKMFKNAKVFNNNISNFDIKNVRYFNNMFENASAFNQDLSKWSF 103
Query 288 SNVSNMTNMFDSALVFNQDLNNW 310
++ N N+ + +N + +W
Sbjct 104 KHLGNNKNIDTES--YNLNATSW 124
Score = 64.3 bits (155), Expect = 2e-14
Identities = 39/131 (30%), Positives = 62/131 (47%), Gaps = 8/131 (6%)
Query 139 FVGSLNGMFSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQEIGSWDVSNTNVFRQCFS 198
F ++N + N K W+V+ VT+M+ F KFN E+ W+ SN + F
Sbjct 5 FSDAINFNQNINTKDNSSKKTWDVSKVTDMEGMFSGAAKFNNELSKWNTSNVKNMSKMFK 64
Query 199 GATSFNKPLLNWNVSKSISFYGMFAGSTSFNQDIGSWNVA-----TATDFTAMFMNATSF 253
A FN + N+++ F MF +++FNQD+ W+ D + +NATS+
Sbjct 65 NAKVFNNNISNFDIKNVRYFNNMFENASAFNQDLSKWSFKHLGNNKNIDTESYNLNATSW 124
Query 254 N---KPLSNWN 261
KP S+ N
Sbjct 125 KAEWKPDSSSN 135
Score = 62.8 bits (151), Expect = 8e-14
Identities = 43/171 (25%), Positives = 70/171 (41%), Gaps = 43/171 (25%)
Query 293 MTNMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFNKPVSNWNMSKATSINGIFYGATL 352
M+ MF A+ FNQ++N + N W++SK T + G+F GA
Sbjct 1 MSYMFSDAINFNQNINTKD-----------------NSSKKTWDVSKVTDMEGMFSGAA- 42
Query 353 FDQDVNTWNLSSCTSFGSVFRETSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVS 412
FN LS W+ S +F FN +S +++
Sbjct 43 -----------------------KFNNELSKWNTSNVKNMSKMFKNAKVFNNNISNFDIK 79
Query 413 SATNMPYMFQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVWCAKF 463
+ MF+ A+AFNQD+S W+ + + N+ SYN + + W A++
Sbjct 80 NVRYFNNMFENASAFNQDLSKWSFKHLGNNKNI--DTESYNLNATSWKAEW 128
Score = 57.4 bits (137), Expect = 4e-12
Identities = 39/130 (30%), Positives = 57/130 (44%), Gaps = 18/130 (14%)
Query 398 LNSKFNQPLSMWNVSSATNMPYMFQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLS 457
+N+K N W+VS T+M MF A FN ++S WN S V +MS MF A +N ++S
Sbjct 15 INTKDNSSKKTWDVSKVTDMEGMFSGAAKFNNELSKWNTSNVKNMSKMFKNAKVFNNNIS 74
Query 458 VWCAKFNINVNLANFLDNSGISAANYSAFLNALWTDVGTTRQSAWAARATAKILGAANLK 517
N ++ + +N N SAF L S W+ +
Sbjct 75 ------NFDIKNVRYFNN---MFENASAFNQDL---------SKWSFKHLGNNKNIDTES 116
Query 518 YNSTATTARA 527
YN AT+ +A
Sbjct 117 YNLNATSWKA 126
>Q93DW5 Putative integral membrane protein [Mycoplasma capricolum
subsp. capripneumoniae]
Length=323
Score = 64.7 bits (156), Expect = 2e-14
Identities = 38/108 (35%), Positives = 50/108 (46%), Gaps = 9/108 (8%)
Query 375 TSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYMFQQATAFNQD---I 431
T F K WD + F+ N + +S WN TNM MF+ A FN + +
Sbjct 105 TGFEK----WDTKNIEDMSYAFFENHTVDSDISFWNTDKVTNMKSMFKNAVKFNNNGKSL 160
Query 432 SNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVNLANFLDNSGIS 479
NWN + VT M +MF GA +NQ+L W K + NF SG S
Sbjct 161 KNWNTNLVTSMESMFEGAEKFNQNLRSW--KVEKVKDNKNFSRGSGFS 206
Score = 62.0 bits (149), Expect = 2e-13
Identities = 29/97 (30%), Positives = 49/97 (51%), Gaps = 3/97 (3%)
Query 285 WNVSNVSNMTNMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFN---KPVSNWNMSKAT 341
W+ N+ +M+ F + D++ WN V + MFKNA FN K + NWN + T
Sbjct 110 WDTKNIEDMSYAFFENHTVDSDISFWNTDKVTNMKSMFKNAVKFNNNGKSLKNWNTNLVT 169
Query 342 SINGIFYGATLFDQDVNTWNLSSCTSFGSVFRETSFN 378
S+ +F GA F+Q++ +W + + R + F+
Sbjct 170 SMESMFEGAEKFNQNLRSWKVEKVKDNKNFSRGSGFS 206
Score = 58.5 bits (140), Expect = 2e-12
Identities = 28/87 (32%), Positives = 39/87 (45%), Gaps = 3/87 (3%)
Query 159 KWNVNPVTNMQATFFNNIKFNQEIGSWDVSNTNVFRQCFSGATSFN---KPLLNWNVSKS 215
KW+ + +M FF N + +I W+ + F A FN K L NWN +
Sbjct 109 KWDTKNIEDMSYAFFENHTVDSDISFWNTDKVTNMKSMFKNAVKFNNNGKSLKNWNTNLV 168
Query 216 ISFYGMFAGSTSFNQDIGSWNVATATD 242
S MF G+ FNQ++ SW V D
Sbjct 169 TSMESMFEGAEKFNQNLRSWKVEKVKD 195
Score = 58.2 bits (139), Expect = 3e-12
Identities = 29/100 (29%), Positives = 48/100 (48%), Gaps = 3/100 (3%)
Query 235 WNVATATDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQD---IGSWNVSNVS 291
W+ D + F + + +S WN K +MF+ A FN + + +WN + V+
Sbjct 110 WDTKNIEDMSYAFFENHTVDSDISFWNTDKVTNMKSMFKNAVKFNNNGKSLKNWNTNLVT 169
Query 292 NMTNMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFNKP 331
+M +MF+ A FNQ+L +W V V D + + N P
Sbjct 170 SMESMFEGAEKFNQNLRSWKVEKVKDNKNFSRGSGFSNDP 209
Score = 51.2 bits (121), Expect = 5e-10
Identities = 26/81 (32%), Positives = 40/81 (49%), Gaps = 3/81 (4%)
Query 372 FRETSFNKSLSNWDVSKGTEFGGVFWLNSKFN---QPLSMWNVSSATNMPYMFQQATAFN 428
F + + +S W+ K T +F KFN + L WN + T+M MF+ A FN
Sbjct 123 FENHTVDSDISFWNTDKVTNMKSMFKNAVKFNNNGKSLKNWNTNLVTSMESMFEGAEKFN 182
Query 429 QDISNWNISKVTDMSNMFNGA 449
Q++ +W + KV D N G+
Sbjct 183 QNLRSWKVEKVKDNKNFSRGS 203
Score = 48.5 bits (114), Expect = 4e-09
Identities = 31/114 (27%), Positives = 50/114 (44%), Gaps = 8/114 (7%)
Query 335 WNMSKATSINGIFYGATLFDQDVNTWNLSSCTSFGSVFRET-SFN---KSLSNWDVSKGT 390
W+ ++ F+ D D++ WN T+ S+F+ FN KSL NW+ + T
Sbjct 110 WDTKNIEDMSYAFFENHTVDSDISFWNTDKVTNMKSMFKNAVKFNNNGKSLKNWNTNLVT 169
Query 391 EFGGVFWLNSKFNQPLSMWNVSSATNMPYMFQQATAFNQDIS---NWNISKVTD 441
+F KFNQ L W V + F + + F+ D + +W +V D
Sbjct 170 SMESMFEGAEKFNQNLRSWKVEKVKDNK-NFSRGSGFSNDPNKRPDWKTPEVND 222
Score = 42.0 bits (97), Expect = 5e-07
Identities = 23/81 (28%), Positives = 39/81 (48%), Gaps = 3/81 (4%)
Query 409 WNVSSATNMPYMFQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVN 468
W+ + +M Y F + + DIS WN KVT+M +MF A +N + + N N N
Sbjct 110 WDTKNIEDMSYAFFENHTVDSDISFWNTDKVTNMKSMFKNAVKFNNNGK---SLKNWNTN 166
Query 469 LANFLDNSGISAANYSAFLNA 489
L +++ A ++ L +
Sbjct 167 LVTSMESMFEGAEKFNQNLRS 187
Score = 39.3 bits (90), Expect = 3e-06
Identities = 22/60 (37%), Positives = 29/60 (48%), Gaps = 3/60 (5%)
Query 147 FSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQEIGSWDVSNTNVFRQCFSGATSFNKP 206
F+NN K L WN N VT+M++ F KFNQ + SW V + G+ N P
Sbjct 153 FNNNGK---SLKNWNTNLVTSMESMFEGAEKFNQNLRSWKVEKVKDNKNFSRGSGFSNDP 209
Score = 21.2 bits (43), Expect = 1.7
Identities = 9/26 (35%), Positives = 11/26 (42%), Gaps = 0/26 (0%)
Query 140 VGSLNGMFSNNRKIRYDLTKWNVNPV 165
V S+ MF K +L W V V
Sbjct 168 VTSMESMFEGAEKFNQNLRSWKVEKV 193
>Q9RG08 BspA family leucine-rich repeat surface protein [Mycoplasma
capricolum subsp. capripneumoniae]
Length=323
Score = 64.7 bits (156), Expect = 2e-14
Identities = 38/108 (35%), Positives = 50/108 (46%), Gaps = 9/108 (8%)
Query 375 TSFNKSLSNWDVSKGTEFGGVFWLNSKFNQPLSMWNVSSATNMPYMFQQATAFNQD---I 431
T F K WD + F+ N + +S WN TNM MF+ A FN + +
Sbjct 105 TGFEK----WDTKNIEDMSYAFFENHTVDSDISFWNTDKVTNMKSMFKNAVKFNNNGKSL 160
Query 432 SNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVNLANFLDNSGIS 479
NWN + VT M +MF GA +NQ+L W K + NF SG S
Sbjct 161 KNWNTNLVTSMESMFEGAEKFNQNLRSW--KVEKVKDNKNFSRGSGFS 206
Score = 62.0 bits (149), Expect = 2e-13
Identities = 29/97 (30%), Positives = 49/97 (51%), Gaps = 3/97 (3%)
Query 285 WNVSNVSNMTNMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFN---KPVSNWNMSKAT 341
W+ N+ +M+ F + D++ WN V + MFKNA FN K + NWN + T
Sbjct 110 WDTKNIEDMSYAFFENHTVDSDISFWNTDKVTNMKSMFKNAVKFNNNGKSLKNWNTNLVT 169
Query 342 SINGIFYGATLFDQDVNTWNLSSCTSFGSVFRETSFN 378
S+ +F GA F+Q++ +W + + R + F+
Sbjct 170 SMESMFEGAEKFNQNLRSWKVEKVKDNKNFSRGSGFS 206
Score = 58.5 bits (140), Expect = 2e-12
Identities = 28/87 (32%), Positives = 39/87 (45%), Gaps = 3/87 (3%)
Query 159 KWNVNPVTNMQATFFNNIKFNQEIGSWDVSNTNVFRQCFSGATSFN---KPLLNWNVSKS 215
KW+ + +M FF N + +I W+ + F A FN K L NWN +
Sbjct 109 KWDTKNIEDMSYAFFENHTVDSDISFWNTDKVTNMKSMFKNAVKFNNNGKSLKNWNTNLV 168
Query 216 ISFYGMFAGSTSFNQDIGSWNVATATD 242
S MF G+ FNQ++ SW V D
Sbjct 169 TSMESMFEGAEKFNQNLRSWKVEKVKD 195
Score = 58.2 bits (139), Expect = 3e-12
Identities = 29/100 (29%), Positives = 48/100 (48%), Gaps = 3/100 (3%)
Query 235 WNVATATDFTAMFMNATSFNKPLSNWNMSKAFLTTNMFRGATSFNQD---IGSWNVSNVS 291
W+ D + F + + +S WN K +MF+ A FN + + +WN + V+
Sbjct 110 WDTKNIEDMSYAFFENHTVDSDISFWNTDKVTNMKSMFKNAVKFNNNGKSLKNWNTNLVT 169
Query 292 NMTNMFDSALVFNQDLNNWNVSNVNDFTGMFKNAKSFNKP 331
+M +MF+ A FNQ+L +W V V D + + N P
Sbjct 170 SMESMFEGAEKFNQNLRSWKVEKVKDNKNFSRGSGFSNDP 209
Score = 51.2 bits (121), Expect = 5e-10
Identities = 26/81 (32%), Positives = 40/81 (49%), Gaps = 3/81 (4%)
Query 372 FRETSFNKSLSNWDVSKGTEFGGVFWLNSKFN---QPLSMWNVSSATNMPYMFQQATAFN 428
F + + +S W+ K T +F KFN + L WN + T+M MF+ A FN
Sbjct 123 FENHTVDSDISFWNTDKVTNMKSMFKNAVKFNNNGKSLKNWNTNLVTSMESMFEGAEKFN 182
Query 429 QDISNWNISKVTDMSNMFNGA 449
Q++ +W + KV D N G+
Sbjct 183 QNLRSWKVEKVKDNKNFSRGS 203
Score = 48.5 bits (114), Expect = 4e-09
Identities = 31/114 (27%), Positives = 50/114 (44%), Gaps = 8/114 (7%)
Query 335 WNMSKATSINGIFYGATLFDQDVNTWNLSSCTSFGSVFRET-SFN---KSLSNWDVSKGT 390
W+ ++ F+ D D++ WN T+ S+F+ FN KSL NW+ + T
Sbjct 110 WDTKNIEDMSYAFFENHTVDSDISFWNTDKVTNMKSMFKNAVKFNNNGKSLKNWNTNLVT 169
Query 391 EFGGVFWLNSKFNQPLSMWNVSSATNMPYMFQQATAFNQDIS---NWNISKVTD 441
+F KFNQ L W V + F + + F+ D + +W +V D
Sbjct 170 SMESMFEGAEKFNQNLRSWKVEKVKDNK-NFSRGSGFSNDPNKRPDWKTPEVND 222
Score = 42.0 bits (97), Expect = 5e-07
Identities = 23/81 (28%), Positives = 39/81 (48%), Gaps = 3/81 (4%)
Query 409 WNVSSATNMPYMFQQATAFNQDISNWNISKVTDMSNMFNGATSYNQDLSVWCAKFNINVN 468
W+ + +M Y F + + DIS WN KVT+M +MF A +N + + N N N
Sbjct 110 WDTKNIEDMSYAFFENHTVDSDISFWNTDKVTNMKSMFKNAVKFNNNGK---SLKNWNTN 166
Query 469 LANFLDNSGISAANYSAFLNA 489
L +++ A ++ L +
Sbjct 167 LVTSMESMFEGAEKFNQNLRS 187
Score = 39.3 bits (90), Expect = 3e-06
Identities = 22/60 (37%), Positives = 29/60 (48%), Gaps = 3/60 (5%)
Query 147 FSNNRKIRYDLTKWNVNPVTNMQATFFNNIKFNQEIGSWDVSNTNVFRQCFSGATSFNKP 206
F+NN K L WN N VT+M++ F KFNQ + SW V + G+ N P
Sbjct 153 FNNNGK---SLKNWNTNLVTSMESMFEGAEKFNQNLRSWKVEKVKDNKNFSRGSGFSNDP 209
Score = 21.2 bits (43), Expect = 1.7
Identities = 9/26 (35%), Positives = 11/26 (42%), Gaps = 0/26 (0%)
Query 140 VGSLNGMFSNNRKIRYDLTKWNVNPV 165
V S+ MF K +L W V V
Sbjct 168 VTSMESMFEGAEKFNQNLRSWKVEKV 193
Lambda K H a alpha
0.318 0.129 0.401 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: 4219581
Database: ca3d843a508d6066a393c3f848abf5fa.TrEMBL.fasta
Posted date: May 12, 2024 12:14 AM
Number of letters in database: 9,729
Number of sequences in database: 20
Matrix: BLOSUM62
Gap Penalties: Existence: 11, Extension: 1
Neighboring words threshold: 11
Window for multiple hits: 40
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Data ...
