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>Q9CW46_LOOPS
1-42, 64-73, 120-145, 153-160, 166-235, 246-262, 282-303, 320-374, 389-566, 574-748
MAADVSVTHR PPLSPEAEAE AETPETVDRR APEQELPPLD PEeirkrleh terqfrnrrk iliRGLPGDV TNQevhdlls dyelkycfvd kykgtafvtl lngeqaeaai ntfhqsrlrE RELSVQLQPT DALLCVANLP PSLTQaqfee lvRPFGSLER cflvySERTG HSKGYGFAEY MKKDSAARAK SDLLGKPLGP RTLYVHWTDA GQLTPALLHS RCLCVDHLPP GFSDVdalrr alsvvYTPTF CQLACGQDGQ LKgfavleye taemaeaaqe rADGQALGDS HLRVSFCAPG PPGrsmlaal iaaqatalnR GKGLLPEPNL LQLLNNLGPS ASLQLLLNPL LHGGASGKQG LLGAPPAMPL LSGPalstal lqlalqsqSQ NQSQGQKKPG ILGDSPLGTL QAGAQPSNSL LGELSAGGGL APELPPRRGK PQPLLPPLLG PSGGDREPMG LGPPATQLTP PPAPVGLRGS NHRGLPKDSG PLPTPPGVSL LGEPPKDYRI PLNPYLNLHS LLPSSNLAGK ETRGWGGSGR GRRPAEPPLP SPAVPGGGSG SNNGNKafqm ksrLLSPIAS NRLPPEPGLP DSYGFDYPTD VGPRRLFSHP REPTLGAHGP SRHKMSPPPS SFNEPRSGGG SGGPLSHFYS GSPTSYFTSG LQAGLKQSHL NKAVGSSPMG SSEGLLGLGP GPNGHSHLLK TPLGGQKRSF SHLLPSPEPS PEGSYVGQHS QGLGGHYADS YLKRKRIF
>Q9CW46_HOTLOOPS
1-45, 50-73, 167-175, 611-628
MAADVSVTHR PPLSPEAEAE AETPETVDRR APEQELPPLD PEEIRkrleH TERQFRNRRK ILIRGLPGDV TNQevhdlls dyelkycfvd kykgtafvtl lngeqaeaai ntfhqsrlre relsvqlqpt dallcvanlp psltqaqfee lvrpfgsler cflvysERTG HSKGYgfaey mkkdsaarak sdllgkplgp rtlyvhwtda gqltpallhs rclcvdhlpp gfsdvdalrr alsvvytptf cqlacgqdgq lkgfavleye taemaeaaqe radgqalgds hlrvsfcapg ppgrsmlaal iaaqatalnr gkgllpepnl lqllnnlgps aslqlllnpl lhggasgkqg llgappampl lsgpalstal lqlalqsqsq nqsqgqkkpg ilgdsplgtl qagaqpsnsl lgelsagggl apelpprrgk pqpllppllg psggdrepmg lgppatqltp ppapvglrgs nhrglpkdsg plptppgvsl lgeppkdyri plnpylnlhs llpssnlagk etrgwggsgr grrpaepplp spavpgggsg snngnkafqm ksrllspias nrlppepglp dsygfdyptd vgprrlfshp REPTLGAHGP SRHKMSPPps sfneprsggg sggplshfys gsptsyftsg lqaglkqshl nkavgsspmg ssegllglgp gpnghshllk tplggqkrsf shllpspeps pegsyvgqhs qglgghyads ylkrkrif
>Q9CW46_REM465
1-31, 386-398, 532-547, 617-641, 714-729
MAADVSVTHR PPLSPEAEAE AETPETVDRR Apeqelppld peeirkrleh terqfrnrrk ilirglpgdv tnqevhdlls dyelkycfvd kykgtafvtl lngeqaeaai ntfhqsrlre relsvqlqpt dallcvanlp psltqaqfee lvrpfgsler cflvysertg hskgygfaey mkkdsaarak sdllgkplgp rtlyvhwtda gqltpallhs rclcvdhlpp gfsdvdalrr alsvvytptf cqlacgqdgq lkgfavleye taemaeaaqe radgqalgds hlrvsfcapg ppgrsmlaal iaaqatalnr gkgllpepnl lqllnnlgps aslqlllnpl lhggasgkqg llgappampl lsgpalstal lqlalQSQSQ NQSQGQKKpg ilgdsplgtl qagaqpsnsl lgelsagggl apelpprrgk pqpllppllg psggdrepmg lgppatqltp ppapvglrgs nhrglpkdsg plptppgvsl lgeppkdyri plnpylnlhs llpssnlagk eTRGWGGSGR GRRPAEPplp spavpgggsg snngnkafqm ksrllspias nrlppepglp dsygfdyptd vgprrlfshp reptlgAHGP SRHKMSPPPS SFNEPRSGGG Sggplshfys gsptsyftsg lqaglkqshl nkavgsspmg ssegllglgp gpnghshllk tplggqkrsf shlLPSPEPS PEGSYVGQHs qglgghyads ylkrkrif
| JOB-ID | Q9CW46_112419ZiJUY38AAQEAAESSp8IAAAAF |
|---|---|
| Frames used | smooth=8 peak=8 join=4 |
| Thresholds used | coils=0.516 rem465=0.6 hot loops=0.1204 |
| Name | Q9CW46 |
| Description | sp|Q9CW46|RAVR1_MOUSE Ribonucleoprotein PTB-binding 1 OS=Mus musculus OX=10090 GN=Raver1 PE=1 SV=2 |
| Title/ID | none |
| Sequence length | 748 |
| Download predictions | smoothed scores raw scores |