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>P07384_LOOPS
1-14, 51-111, 132-148, 153-175, 200-219, 294-333, 351-361, 371-415, 432-439, 444-467, 482-508, 515-540, 578-587, 597-606, 626-636, 663-673, 693-700
MSEEIITPVY CTGVsaqvqk qrarelglgr henaikylgq dyeqlrvrcl QSGTLFRDEA FPPVPQSLGY KDLGPNSSKT YGIKWKRPTE LLSNPQFIVD GATRTDICQG Algdcwllaa iasltlndtl lHRVVPHGQS FQNGYAGIfh fqLWQFGEWV DVVVDDLLPI KDGKLvfvhs aegnefwsal lekayakvnG SYEALSGGST SEGFEDFTGg vtewyelrka psdlyqiilk alergsllgc sidissvldm eaitfkklvk ghaysvtgak qvnyrgqvvs lirMRNPWGE VEWTGAWSDS SSEWNNVDPY ERDQLRVKME DGEfwmsfrd fmreftrlei CNLTPDALKS Rtirkwnttl YEGTWRRGST AGGCRNYPAT FWVNPQFKIR LDETDDPDDY GDRESgcsfv lalmqkhrrr eRRFGRDMEt igfAVYEVPP ELVGQPAVHL KRDFFLAnas rarseqfinl rEVSTRFRLP PGEYVVVPST FEPNKEGDfv lrffSEKSAG TVELDDQIQA NLPDEQVLSE eeidenfkal frqlagedme isvkelrtil nriiskhKDL RTKGFSLesc rsmvnlMDRD GNGKLGlvef nilwnrirny lsifrKFDLD KSGSMSayem rmaiesagfk lnkklyelii trYSEPDLAV DFDnfvcclv rletmfrffk tlDTDLDGVV tfdlfkwlql tmfa
>P07384_HOTLOOPS
1-18, 54-92, 205-214, 273-286, 305-319, 353-388, 471-494, 574-588, 596-604, 691-699
MSEEIITPVY CTGVSAQVqk qrarelglgr henaikylgq dyeqlrvrcl qsgTLFRDEA FPPVPQSLGY KDLGPNSSKT YGIKWKRPTE LLsnpqfivd gatrtdicqg algdcwllaa iasltlndtl lhrvvphgqs fqngyagifh fqlwqfgewv dvvvddllpi kdgklvfvhs aegnefwsal lekayakvng syeaLSGGST SEGFedftgg vtewyelrka psdlyqiilk alergsllgc sidissvldm eaitfkklvk ghAYSVTGAK QVNYRGqvvs lirmrnpwge vewtGAWSDS SSEWNNVDPy erdqlrvkme dgefwmsfrd fmreftrlei cnLTPDALKS RTIRKWNTTL YEGTWRRGST AGGCRNYPat fwvnpqfkir ldetddpddy gdresgcsfv lalmqkhrrr errfgrdmet igfavyevpp elvgqpavhl krdfflanas RARSEQFINL REVSTRFRLP PGEYvvvpst fepnkegdfv lrffseksag tvelddqiqa nlpdeqvlse eeidenfkal frqlagedme isvkelrtil nriISKHKDL RTKGFSLEsc rsmvnLMDRD GNGKlglvef nilwnrirny lsifrkfdld ksgsmsayem rmaiesagfk lnkklyelii trysepdlav dfdnfvcclv rletmfrffk TLDTDLDGVv tfdlfkwlql tmfa
>P07384_REM465
none
mseeiitpvy ctgvsaqvqk qrarelglgr henaikylgq dyeqlrvrcl qsgtlfrdea fppvpqslgy kdlgpnsskt ygikwkrpte llsnpqfivd gatrtdicqg algdcwllaa iasltlndtl lhrvvphgqs fqngyagifh fqlwqfgewv dvvvddllpi kdgklvfvhs aegnefwsal lekayakvng syealsggst segfedftgg vtewyelrka psdlyqiilk alergsllgc sidissvldm eaitfkklvk ghaysvtgak qvnyrgqvvs lirmrnpwge vewtgawsds ssewnnvdpy erdqlrvkme dgefwmsfrd fmreftrlei cnltpdalks rtirkwnttl yegtwrrgst aggcrnypat fwvnpqfkir ldetddpddy gdresgcsfv lalmqkhrrr errfgrdmet igfavyevpp elvgqpavhl krdfflanas rarseqfinl revstrfrlp pgeyvvvpst fepnkegdfv lrffseksag tvelddqiqa nlpdeqvlse eeidenfkal frqlagedme isvkelrtil nriiskhkdl rtkgfslesc rsmvnlmdrd gngklglvef nilwnrirny lsifrkfdld ksgsmsayem rmaiesagfk lnkklyelii trysepdlav dfdnfvcclv rletmfrffk tldtdldgvv tfdlfkwlql tmfa
| JOB-ID | P07384_043848ZuEe138AAQEAABmE7T0AAAAX |
|---|---|
| Frames used | smooth=8 peak=8 join=4 |
| Thresholds used | coils=0.516 rem465=0.6 hot loops=0.1204 |
| Name | P07384 |
| Description | sp|P07384|CAN1_HUMAN Calpain-1 catalytic subunit OS=Homo sapiens OX=9606 GN=CAPN1 PE=1 SV=1 |
| Title/ID | none |
| Sequence length | 714 |
| Download predictions | smoothed scores raw scores |