>Q7SXA9_LOOPS
1-22, 51-63, 101-118, 129-145, 155-193, 208-220, 226-312, 321-329, 360-375, 408-435, 483-494, 578-589
MPTDQVCLGR KRPLPSCPNP LFlqwltelr dsakekglkt hfvyqkains LKKYPLPLKN GKEakilqnf gdgickilde rlqkhyreng sdaavhlass KQMEESQKEP SGNFSEHTkl tqkevrkeKG AKKKREYVPQ KRSGGyavll tlyrHMQMPG SKGFMFRNEL QTEAQPLCEK SFTVPDLGSK YTAwssvstl iqkelvvKTH NPARYSLTDQ glslaEKLDS EETGTRHEDV DSQDGQNVVD LTLEEEDEDE EKESWSSERP AVALPVNQAR GLMSESDPMG KSQTSETGRT AMGWHLSPGS YDivlcvdlc ETTGGSSVRk qelvkelqrn svtfdvrkln vgdflwvarE RVTPVPGQLR PPVGKelvld yiierkrmdd lcgsiidgrf reqkfrlKRC GLRKPIYLVE ECGSAAAHLS IPESTlqqai vntqvvdgff vkrvqdakes aayltimtry lqklyqnctl lcRSRELEGD GEAEsekmva nlscslmaft efnygaiknk cqtvrevfar qlmqisgvsg dkaaavlkhy stvssllqay dkcsseteke kllssvkYGK LKRNLGPALs rtiyqlyctr gpls
>Q7SXA9_HOTLOOPS
1-19, 103-146, 209-222, 232-248, 259-289, 325-350, 361-375, 387-412, 571-604
MPTDQVCLGR KRPLPSCPNp lflqwltelr dsakekglkt hfvyqkains lkkyplplkn gkeakilqnf gdgickilde rlqkhyreng sdaavhlass kqMEESQKEP SGNFSEHTKL TQKEVRKEKG AKKKREYVPQ KRSGGYavll tlyrhmqmpg skgfmfrnel qteaqplcek sftvpdlgsk ytawssvstl iqkelvvkTH NPARYSLTDQ GLslaeklds eETGTRHEDV DSQDGQNVvd ltleeedeDE EKESWSSERP AVALPVNQAR GLMSESDPMg ksqtsetgrt amgwhlspgs ydivlcvdlc ettgGSSVRK QELVKELQRN SVTFDVRKLN vgdflwvare RVTPVPGQLR PPVGKelvld yiierkRMDD LCGSIIDGRF REQKFRLKRC GLrkpiylve ecgsaaahls ipestlqqai vntqvvdgff vkrvqdakes aayltimtry lqklyqnctl lcrsrelegd geaesekmva nlscslmaft efnygaiknk cqtvrevfar qlmqisgvsg dkaaavlkhy stvssllqay dkcsseteke KLLSSVKYGK LKRNLGPALS RTIYQLYCTR GPLS
>Q7SXA9_REM465
92-138, 227-243, 253-269, 284-297, 488-495
mptdqvclgr krplpscpnp lflqwltelr dsakekglkt hfvyqkains lkkyplplkn gkeakilqnf gdgickilde rlqkhyreng sDAAVHLASS KQMEESQKEP SGNFSEHTKL TQKEVRKEKG AKKKREYVpq krsggyavll tlyrhmqmpg skgfmfrnel qteaqplcek sftvpdlgsk ytawssvstl iqkelvvkth nparysltdq glslaeKLDS EETGTRHEDV DSQdgqnvvd ltLEEEDEDE EKESWSSERp avalpvnqar glmSESDPMG KSQTSETgrt amgwhlspgs ydivlcvdlc ettggssvrk qelvkelqrn svtfdvrkln vgdflwvare rvtpvpgqlr ppvgkelvld yiierkrmdd lcgsiidgrf reqkfrlkrc glrkpiylve ecgsaaahls ipestlqqai vntqvvdgff vkrvqdakes aayltimtry lqklyqnctl lcrsrelEGD GEAESekmva nlscslmaft efnygaiknk cqtvrevfar qlmqisgvsg dkaaavlkhy stvssllqay dkcsseteke kllssvkygk lkrnlgpals rtiyqlyctr gpls
JOB-ID | Q7SXA9_182216Zz96WH8AAQEAAGD15msAAABA |
---|---|
Frames used | smooth=8 peak=8 join=4 |
Thresholds used | coils=0.516 rem465=0.6 hot loops=0.1204 |
Name | Q7SXA9 |
Description | sp|Q7SXA9|MUS81_DANRE Crossover junction endonuclease MUS81 OS=Danio rerio OX=7955 GN=mus81 PE=1 SV=1 |
Title/ID | none |
Sequence length | 604 |
Download predictions | smoothed scores raw scores |