Download PostScript file
>P75864_LOOPS
29-41, 58-73, 78-92, 121-138, 153-171, 184-201, 212-230, 254-264, 292-320, 334-348, 361-391, 416-436, 441-451, 492-502, 534-542, 550-566, 609-627, 649-664
mnslfastar gleellktel enlgavecQV VQGGVHFKGD Trlvyqslmw srlasriMLP LGECKVYSDL DLYlgvqAIN WTEMFNPGAT FAvhfsglnd tirnsqygam kvkdaivdaf TRKNLPRPNV DRDAPDIRvn vwlhketasi alDLSGDGLH LRGYRDRAGI Apiketlaaa ivmRSGWQPG TPLLDPMCGS Gtllieaaml aTDRAPGLHR GRWGFSGWAQ hdeaiwqevk aeaqtrarkg laeYSSHFYG SDSDarviqr artnarlagi gelitfevkd vAQLTNPLPK GPYGTVLSNP PYGERLDSEP alialhsllg rimKNQFGGW NLSLFSASpd llsclqlrad KQYKAKNGPL DCVQKNYHVA ESTPDSKPAM Vaedytnrlr knlkkfekwa rqegiECYRL YDADLPEYNV AVDRYAdwvv VQEYAPPKTI Dahkarqrlf diiaatisvl giapnklvlk trerqkgknq yQKLGEKGEF LEvteynahl wvnltdyldt glfldhriar rmlGQMSKGK DFlnlfsytG SATVHAGLGG ARSTTTvdms rtylewaern lrlngltgra hrliqadcla wlreaneqFD LIFIDPPTFS NSKRMEDafd vqrdhlalmk dlkrllraGG TIMFSNNKRG FRMDldglak lglkaqeitq ktlsqdfarn rqihncwlit aa
>P75864_HOTLOOPS
120-136, 149-158, 253-265, 295-305, 365-373, 378-392, 468-499, 554-567, 650-662, 682-691
mnslfastar gleellktel enlgavecqv vqggvhfkgd trlvyqslmw srlasrimlp lgeckvysdl dlylgvqain wtemfnpgat favhfsglnd tirnsqygam kvkdaivdaF TRKNLPRPNV DRDAPDirvn vwlhketaSI ALDLSGDGlh lrgyrdragi apiketlaaa ivmrsgwqpg tplldpmcgs gtllieaaml atdrapglhr grwgfsgwaq hdeaiwqevk aeaqtrarkg laEYSSHFYG SDSDArviqr artnarlagi gelitfevkd vaqlTNPLPK GPYGTvlsnp pygerldsep alialhsllg rimknqfggw nlslfsaspd llsclqlrad kqykAKNGPL DCVqknyHVA ESTPDSKPAM VAedytnrlr knlkkfekwa rqegiecyrl ydadlpeynv avdryadwvv vqeyappkti dahkarqrlf diiaatiSVL GIAPNKLVLK TRERQKGKNQ YQKLGEKGEf levteynahl wvnltdyldt glfldhriar rmlgqmskgk dflnlfsytg satVHAGLGG ARSTTTVdms rtylewaern lrlngltgra hrliqadcla wlreaneqfd lifidpptfs nskrmedafd vqrdhlalmk dlkrllragG TIMFSNNKRG FRmdldglak lglkaqeitq kTLSQDFARN Rqihncwlit aa
>P75864_REM465
484-491
mnslfastar gleellktel enlgavecqv vqggvhfkgd trlvyqslmw srlasrimlp lgeckvysdl dlylgvqain wtemfnpgat favhfsglnd tirnsqygam kvkdaivdaf trknlprpnv drdapdirvn vwlhketasi aldlsgdglh lrgyrdragi apiketlaaa ivmrsgwqpg tplldpmcgs gtllieaaml atdrapglhr grwgfsgwaq hdeaiwqevk aeaqtrarkg laeysshfyg sdsdarviqr artnarlagi gelitfevkd vaqltnplpk gpygtvlsnp pygerldsep alialhsllg rimknqfggw nlslfsaspd llsclqlrad kqykakngpl dcvqknyhva estpdskpam vaedytnrlr knlkkfekwa rqegiecyrl ydadlpeynv avdryadwvv vqeyappkti dahkarqrlf diiaatisvl giapnklvlk treRQKGKNQ Yqklgekgef levteynahl wvnltdyldt glfldhriar rmlgqmskgk dflnlfsytg satvhaglgg arstttvdms rtylewaern lrlngltgra hrliqadcla wlreaneqfd lifidpptfs nskrmedafd vqrdhlalmk dlkrllragg timfsnnkrg frmdldglak lglkaqeitq ktlsqdfarn rqihncwlit aa
| JOB-ID | P75864_215110Z@sOTn8AAQEAACPSCxUAAAAN |
|---|---|
| Frames used | smooth=8 peak=8 join=4 |
| Thresholds used | coils=0.516 rem465=0.6 hot loops=0.1204 |
| Name | P75864 |
| Description | sp|P75864|RLMKL_ECOLI Ribosomal RNA large subunit methyltransferase K/L OS=Escherichia coli (strain K12) OX=83333 GN=rlmL PE=1 SV=1 |
| Title/ID | none |
| Sequence length | 702 |
| Download predictions | smoothed scores raw scores |