>Q6GML8_LOOPS
1-22, 51-63, 86-128, 138-154, 165-202, 216-228, 234-320, 329-337, 368-383, 416-443, 491-502, 586-597
MPTDQVCLGR KRPLPSCPNP LFlqwltelr dsakekglkt qfvyqkains LKKYPLPLKN GKEakilqnf gdgickilde rlqkhYRENG PDAPVHLAPS CHWNNMASSK QMEESQKEPL GNFSEHTKlt qkevrkeKGA KKKREYVPQK RSGGyavllt lyrhIQMPGS KGFMFRNELQ TEAQPLCEKS FTVPDLGSKY TAwssvstli qkelvKTHNP ARYSLTDQgl slaEKLDSEE TGTLHEDVDS QDGQNVVDLT LEEEDEDEEK ESWSSERPAV ALPVNQARGL SSELDPMGKS QTSETGRTAM GWHLSPGSYD ivlcvdlcET TGGSSVRkqe lvkelqrnsv tfdvrklnvg dflwvarERV TPVPGQLRPP VGKelvldyi ierkrmddlc gsiidgrfre qkfrlKRCGL RKPIYLVEEC GSAAAHLSIP ESTlqqaivn tqvvdgffvk rvqdakesaa yltimtrylq klyqnctlfc RSRELEGDGE AEsekmvanl scslmaftef nygaiknkcq tvrevfarql mqisgvsgdk aaavlehyst vssllqaydk cssetekekl lssvkYGKLK RNLGPALsrt iyqlyctrgp ls
>Q6GML8_HOTLOOPS
1-19, 118-155, 242-256, 267-297, 333-358, 369-383, 395-420, 579-612
MPTDQVCLGR KRPLPSCPNp lflqwltelr dsakekglkt qfvyqkains lkkyplplkn gkeakilqnf gdgickilde rlqkhyreng pdapvhlaps chwnnmassk qmeesqkEPL GNFSEHTKLT QKEVRKEKGA KKKREYVPQK RSGGYavllt lyrhiqmpgs kgfmfrnelq teaqplceks ftvpdlgsky tawssvstli qkelvkthnp arysltdqgl slaekldsee tGTLHEDVDS QDGQNVvdlt leeedeDEEK ESWSSERPAV ALPVNQARGL SSELDPMgks qtsetgrtam gwhlspgsyd ivlcvdlcet tgGSSVRKQE LVKELQRNSV TFDVRKLNvg dflwvareRV TPVPGQLRPP VGKelvldyi ierkRMDDLC GSIIDGRFRE QKFRLKRCGL rkpiylveec gsaaahlsip estlqqaivn tqvvdgffvk rvqdakesaa yltimtrylq klyqnctlfc rsrelegdge aesekmvanl scslmaftef nygaiknkcq tvrevfarql mqisgvsgdk aaavlehyst vssllqaydk cssetekeKL LSSVKYGKLK RNLGPALSRT IYQLYCTRGP LS
>Q6GML8_REM465
108-120, 131-147, 261-277, 293-305, 496-503
mptdqvclgr krplpscpnp lflqwltelr dsakekglkt qfvyqkains lkkyplplkn gkeakilqnf gdgickilde rlqkhyreng pdapvhlaps chwnnmaSSK QMEESQKEPL gnfsehtklt QKEVRKEKGA KKKREYVpqk rsggyavllt lyrhiqmpgs kgfmfrnelq teaqplceks ftvpdlgsky tawssvstli qkelvkthnp arysltdqgl slaekldsee tgtlhedvds qdgqnvvdlt LEEEDEDEEK ESWSSERpav alpvnqargl ssELDPMGKS QTSETgrtam gwhlspgsyd ivlcvdlcet tggssvrkqe lvkelqrnsv tfdvrklnvg dflwvarerv tpvpgqlrpp vgkelvldyi ierkrmddlc gsiidgrfre qkfrlkrcgl rkpiylveec gsaaahlsip estlqqaivn tqvvdgffvk rvqdakesaa yltimtrylq klyqnctlfc rsrelEGDGE AESekmvanl scslmaftef nygaiknkcq tvrevfarql mqisgvsgdk aaavlehyst vssllqaydk cssetekekl lssvkygklk rnlgpalsrt iyqlyctrgp ls
JOB-ID | Q6GML8_185835Zz@C238AAQEAAGD0qJMAAAAA |
---|---|
Frames used | smooth=8 peak=8 join=4 |
Thresholds used | coils=0.516 rem465=0.6 hot loops=0.1204 |
Name | Q6GML8 |
Description | tr|Q6GML8|Q6GML8_DANRE Crossover junction endonuclease MUS81 OS=Danio rerio OX=7955 GN=mus81 PE=1 SV=1 |
Title/ID | none |
Sequence length | 612 |
Download predictions | smoothed scores raw scores |