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>Q7BSW5_LOOPS
23-34, 51-64, 72-81, 90-160, 166-179, 205-275, 288-298, 305-418, 425-432, 439-504, 516-540, 546-602, 610-652, 657-713, 735-789, 799-830, 840-864, 884-894, 913-921, 937-985, 1029-1037, 1047-1116, 1126-1219, 1226-1255, 1280-1300
mnkiyslkys hitggliavs elSGRVSSRA TGKKkhkril alcflgllqs SYSFASQMDI SNFYirdymd fAQNKGIFQA GatnieivkK DGSTLKLPEV PFPDFSPVAN KGSTTSIGGA YSITATHNTK NHHSVATQNW GNSTYKQTDW NTSHPDFAVS rldkfVVETR GATEGADISl skqqaleryg vnykgekkli afraGSGVVS VKKNGRITPF NEVSYKPEML NGSFVHIDDW SGWLILTNNQ FDEFNNIASQ GDSGSALFVY DNQKKkwvva gtvwgiyNYA NGKNHAAYsk wnqtTIDNLK NKYSYNVDMS GAQVATIENG KLTGTGSDTT DIKNKDLIFT GGGDILLKSS FDNGAGGLVF NDKKTYRVNG DDFTFKGAGV DTRNGSTVEW NIRYDNKDNL HKIGDGTLdv rktqNTNLKT GEglvilgAE KTFNNIYITS GDGTVRLNAE NALSGGEYNG IFFAKNGGTL DLNGYNQSFN KIAATDSGAV ITNTstkksi lslnnTADYI YHGNINGNLD VLQHHETKKE nrrliLDGGV DTTNDISLRN TQLSMQGHAT EHAIYRDGAF SCSLPAPMRF LCGSDYVAGM QNteadavkQ NGNAYKTNNA VSDLSQPDWE TGTFRFGTLH LENSDFSVGR NAnvigDIQA SKSNITIGDT TAYIDLHAGK NITGDGFGFR QNIVRGNSQG ETLFTGGITA EDStivikdk akalfsnyvy llntKATIEN GADVTTQSGM FSTSDISISG NLSMTGNPDK DNKFEPSIYL NDASYLLTDd sarlvaknKA SVVGDIHSTK SASIMFGHDE SDLSQLSDRT skglalgllG GFDVSYRGSV NAPSASATMN NTWWqltgds alktlkstns mvyFTDSANN KKFHtltvde latsnsayam rtNLSESDKL Evkkhlsgen nillvdFLQK PTPEKQLNIE LVSAPKDTNE NVFKASKQTI GFSDVTPVIT TRETDdkitw sltgyntvan keatrnaaal fsvdykafln evnnlnkrMG DLRDINGeag awarimSGTG SASGGFSDNY THVQVGVDKK HELDGLDLFT GFTVTHTDSS ASADVFSGKT KSVGAGLYAS AMFDSGayid ligkyVHHDN EYTATFAGLG TRDYSTHSWY AGAEAGYRYH VTEDAWIEPQ AELVYGSVSG KQFAWKDQGM HLSMKDKDYN PLIGRTGVDV GKSFSGKDWk vtaraGLGYQ FDLLANGETV LRDASGEKRI KGEKDsrmlm svglnaeird nvrfglefeK SAFGKYNVDN AVNANFRYSF
>Q7BSW5_HOTLOOPS
172-184, 201-220, 327-343, 368-435, 619-628, 658-666, 700-713, 853-862, 951-992, 1086-1098, 1207-1217, 1228-1270, 1280-1300
mnkiyslkys hitggliavs elsgrvssra tgkkkhkril alcflgllqs sysfasqmdi snfyirdymd faqnkgifqa gatnieivkk dgstlklpev pfpdfspvan kgsttsigga ysitathntk nhhsvatqnw gnstykqtdw ntshpdfavs rldkfvvetr gATEGADISL SKQQaleryg vnykgekkli AFRAGSGVVS VKKNGRITPF nevsykpeml ngsfvhiddw sgwliltnnq fdefnniasq gdsgsalfvy dnqkkkwvva gtvwgiynya ngknhaaysk wnqttidnlk nkysynvdms gaqvatIENG KLTGTGSDTT DIKnkdlift gggdillkss fdngaggLVF NDKKTYRVNG DDFTFKGAGV DTRNGSTVEW NIRYDNKDNL HKIGDGTLDV RKTQNTNLKT GEGLVilgae ktfnniyits gdgtvrlnae nalsggeyng iffaknggtl dlngynqsfn kiaatdsgav itntstkksi lslnntadyi yhgningnld vlqhhetkke nrrlildggv dttndislrn tqlsmqghat ehaiyrdgaf scslpapmrf lcgsdyvagm qnteadavkq ngnayktnNA VSDLSQPDwe tgtfrfgtlh lensdfsvgr nanvigdIQA SKSNITigdt tayidlhagk nitgdgfgfr qnivrgnsqG ETLFTGGITA EDStivikdk akalfsnyvy llntkatien gadvttqsgm fstsdisisg nlsmtgnpdk dnkfepsiyl ndasylltdd sarlvaknka svvgdihstk sasimfghde sdlsqlsdrt skglalgllg gfdvsyrgsv naPSASATMN NTwwqltgds alktlkstns mvyftdsann kkfhtltvde latsnsayam rtnlsesdkl evkkhlsgen nillvdflqk ptpekqlnie LVSAPKDTNE NVFKASKQTI GFSDVTPVIT TRETDDKITW SLtgyntvan keatrnaaal fsvdykafln evnnlnkrmg dlrdingeag awarimsgtg sasggfsdny thvqvgvdkk heldgldlft gftvtHTDSS ASADVFSGkt ksvgaglyas amfdsgayid ligkyvhhdn eytatfaglg trdysthswy agaeagyryh vtedawiepq aelvygsvsg kqfawkdqgm hlsmkdkdyn pligrtGVDV GKSFSGKdwk vtaraglGYQ FDLLANGETV LRDASGEKRI KGEKDSRMLM SVGLNAEIRD nvrfglefeK SAFGKYNVDN AVNANFRYSF
>Q7BSW5_REM465
24-36
mnkiyslkys hitggliavs elsGRVSSRA TGKKKHkril alcflgllqs sysfasqmdi snfyirdymd faqnkgifqa gatnieivkk dgstlklpev pfpdfspvan kgsttsigga ysitathntk nhhsvatqnw gnstykqtdw ntshpdfavs rldkfvvetr gategadisl skqqaleryg vnykgekkli afragsgvvs vkkngritpf nevsykpeml ngsfvhiddw sgwliltnnq fdefnniasq gdsgsalfvy dnqkkkwvva gtvwgiynya ngknhaaysk wnqttidnlk nkysynvdms gaqvatieng kltgtgsdtt diknkdlift gggdillkss fdngagglvf ndkktyrvng ddftfkgagv dtrngstvew nirydnkdnl hkigdgtldv rktqntnlkt geglvilgae ktfnniyits gdgtvrlnae nalsggeyng iffaknggtl dlngynqsfn kiaatdsgav itntstkksi lslnntadyi yhgningnld vlqhhetkke nrrlildggv dttndislrn tqlsmqghat ehaiyrdgaf scslpapmrf lcgsdyvagm qnteadavkq ngnayktnna vsdlsqpdwe tgtfrfgtlh lensdfsvgr nanvigdiqa sksnitigdt tayidlhagk nitgdgfgfr qnivrgnsqg etlftggita edstivikdk akalfsnyvy llntkatien gadvttqsgm fstsdisisg nlsmtgnpdk dnkfepsiyl ndasylltdd sarlvaknka svvgdihstk sasimfghde sdlsqlsdrt skglalgllg gfdvsyrgsv napsasatmn ntwwqltgds alktlkstns mvyftdsann kkfhtltvde latsnsayam rtnlsesdkl evkkhlsgen nillvdflqk ptpekqlnie lvsapkdtne nvfkaskqti gfsdvtpvit tretddkitw sltgyntvan keatrnaaal fsvdykafln evnnlnkrmg dlrdingeag awarimsgtg sasggfsdny thvqvgvdkk heldgldlft gftvthtdss asadvfsgkt ksvgaglyas amfdsgayid ligkyvhhdn eytatfaglg trdysthswy agaeagyryh vtedawiepq aelvygsvsg kqfawkdqgm hlsmkdkdyn pligrtgvdv gksfsgkdwk vtaraglgyq fdllangetv lrdasgekri kgekdsrmlm svglnaeird nvrfglefek safgkynvdn avnanfrysf
| JOB-ID | Q7BSW5_121244ZulyPH8AAQEAADCSLccAAAAY |
|---|---|
| Frames used | smooth=8 peak=8 join=4 |
| Thresholds used | coils=0.516 rem465=0.6 hot loops=0.1204 |
| Name | Q7BSW5 |
| Description | sp|Q7BSW5|ESPP_ECO57 Serine protease EspP OS=Escherichia coli O157:H7 OX=83334 GN=espP PE=1 SV=1 |
| Title/ID | none |
| Sequence length | 1300 |
| Download predictions | smoothed scores raw scores |