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>Q86VS8_LOOPS
22-36, 47-57, 92-111, 158-171, 227-244, 309-316, 433-455, 479-486, 572-581, 616-627, 684-693, 701-718
mfsveslera elceslltwi qTFNVDAPCQ TVEDLTngvv maqvlqKIDP AYFDENWlnr iktevgdnwr lkisnlkkil kgildynhei lGQQINDFTL PDVNLIGEHS Daaelgrmlq lilgcavnce qkqeyiqaim mmeesvqhvv mtaiqelMSK ESPVSAGNDA Yvdldrqlkk tteelneals akeeiaqrch eldmqvaalq eekssllaen qvlmerLNQS DSIEDPNSPA GRRHlqlqtq leqlqeetfr leaakddyri rceelekeis elrqqndelt tladeaqslk deidvlrhSS DKVSKLegqv esykkkledl gdlrrqvkll eekntmymqn tvsleeelrk anaarsqlet ykrqvvelqn rlseeskkad kldfeykrlk ekvdslqkek drlrterdsl ketieelrcv qaQEGQLTTQ GLMPLGSQES SDSLAaeivt peireklirl qhenkmlkLN QEGSDNekia llqsllddan lrkneleten rlvnqrllev qsqveelqks lqdqgskaed svllkkklee hleklheann elqkkraiie dLEPRFNNSS Lkieelqeal rkkeeemkqm eerykkylek aksviRTLDP KQNQGAApei qalknqlqer drlfhsleke yektksqrem eekyivsawy nmgmtlhkka aedRLASTGS GQSflarqrq ATSSRRSYPG HVQPATAR
>Q86VS8_HOTLOOPS
63-72, 306-333, 340-347, 379-420, 530-540, 557-565, 571-583, 650-661, 695-718
mfsveslera elceslltwi qtfnvdapcq tvedltngvv maqvlqkidp ayfdenwlnr ikTEVGDNWR LKisnlkkil kgildynhei lgqqindftl pdvnligehs daaelgrmlq lilgcavnce qkqeyiqaim mmeesvqhvv mtaiqelmsk espvsagnda yvdldrqlkk tteelneals akeeiaqrch eldmqvaalq eekssllaen qvlmerlnqs dsiedpnspa grrhlqlqtq leqlqeetfr leaakddyri rceelekeis elrqqndelt tladeaqslk deidvLRHSS DKVSKLEGQV ESYKKKLEDL GDLrrqvklL EEKNTMYmqn tvsleeelrk anaarsqlet ykrqvvelQN RLSEESKKAD KLDFEYKRLK EKVDSLQKEK DRLRTERDSL ketieelrcv qaqegqlttq glmplgsqes sdslaaeivt peireklirl qhenkmlkln qegsdnekia llqsllddan lrkneleten rlvnqrllev qsqveelqkS LQDQGSKAED svllkkklee hleklhEANN ELQKKraiie DLEPRFNNSS LKIeelqeal rkkeeemkqm eerykkylek aksvirtldp kqnqgaapei qalknqlqer drlfhslekE YEKTKSQREM Eekyivsawy nmgmtlhkka aedrlastgs gqsfLARQRQ ATSSRRSYPG HVQPATAR
>Q86VS8_REM465
1-8, 446-454, 525-539, 652-660, 682-718
MFSVESLEra elceslltwi qtfnvdapcq tvedltngvv maqvlqkidp ayfdenwlnr iktevgdnwr lkisnlkkil kgildynhei lgqqindftl pdvnligehs daaelgrmlq lilgcavnce qkqeyiqaim mmeesvqhvv mtaiqelmsk espvsagnda yvdldrqlkk tteelneals akeeiaqrch eldmqvaalq eekssllaen qvlmerlnqs dsiedpnspa grrhlqlqtq leqlqeetfr leaakddyri rceelekeis elrqqndelt tladeaqslk deidvlrhss dkvsklegqv esykkkledl gdlrrqvkll eekntmymqn tvsleeelrk anaarsqlet ykrqvvelqn rlseeskkad kldfeykrlk ekvdslqkek drlrterdsl ketieelrcv qaqegqlttq glmplGSQES SDSLaaeivt peireklirl qhenkmlkln qegsdnekia llqsllddan lrkneleten rlvnqrllev qsqvEELQKS LQDQGSKAEd svllkkklee hleklheann elqkkraiie dleprfnnss lkieelqeal rkkeeemkqm eerykkylek aksvirtldp kqnqgaapei qalknqlqer drlfhsleke yEKTKSQREM eekyivsawy nmgmtlhkka aEDRLASTGS GQSFLARQRQ ATSSRRSYPG HVQPATAR
| JOB-ID | Q86VS8_202056ZiwMqH8AAQEAAHG6rREAAABD |
|---|---|
| Frames used | smooth=8 peak=8 join=4 |
| Thresholds used | coils=0.516 rem465=0.6 hot loops=0.1204 |
| Name | Q86VS8 |
| Description | sp|Q86VS8|HOOK3_HUMAN Protein Hook homolog 3 OS=Homo sapiens OX=9606 GN=HOOK3 PE=1 SV=2 |
| Title/ID | none |
| Sequence length | 718 |
| Download predictions | smoothed scores raw scores |