CPLM 1.0 - Compendium of Protein Lysine Modification
TagContent
CPLM ID CPLM-024369
UniProt Accession
Genbank Protein ID
Genbank Nucleotide ID
Protein Name
 Titin 
Protein Synonyms/Alias
 Connectin 
Gene Name
 Ttn 
Gene Synonyms/Alias
  
Created Date
 July 27, 2013 
Organism
 Mus musculus (Mouse) 
NCBI Taxa ID
 10090 
Lysine Modification
Position
Peptide
Type
References
202GEEVVPAKKTKTIVSubiquitination[1]
321TSPIRSVKSPLLIRKubiquitination[1]
477AEKTAVTKVVVAADKubiquitination[1]
545ITGEITTKQEQKRITubiquitination[1]
808ERLVHVDKRPRTASPubiquitination[1]
1119KPHVYWKKSGVPLTTubiquitination[1]
1218FAYSEYEKEYEKEQAubiquitination[1]
1222EYEKEYEKEQALIRKubiquitination[1]
1258SFEERLIKEIEYRIIubiquitination[1]
1266EIEYRIIKTTLEELLubiquitination[1]
1328LPKIAWYKDGKRIRHubiquitination[1]
1468YKPVFVLKPASFKCLubiquitination[1]
1676PRGTYRAKEIAAPELubiquitination[1]
1703EEGDLYDKEKQQKPFubiquitination[1]
1749VEWLHDGKPLEAANRubiquitination[1]
1788ITCRATNKYGTDHTSubiquitination[1]
1816ESQLPDGKKGLQRIEubiquitination[1]
1877VTGYPQPKVNWYLNGacetylation[2]
1932GVTEHKVKLEIQQREubiquitination[1]
1995AERITHEKVSEESEEubiquitination[1]
2006ESEELRSKFKRRTEEubiquitination[1]
2041EELLKKTKDELLHWTubiquitination[1]
2071KITIPTFKPERIELSubiquitination[1]
2119DPECEWYKNGVKIERubiquitination[1]
2215FIKVKWYKDGIEVHAubiquitination[1]
2336LTVKDVTKEDQGEYSubiquitination[1]
2396NVEGVWMKDGQEVQHubiquitination[1]
2492YLNDEQIKPDDRVQSubiquitination[1]
3167KEVQVIEKQRAVVEFubiquitination[1]
3280QPKISWYKEEQLLSTubiquitination[1]
3966QHTCTEGKILMASADubiquitination[1]
4088EWLRNIDKVEVTAVNubiquitination[1]
4101VNFTQEPKRILCTYLubiquitination[1]
4379NVRFQWFKAGREIYEubiquitination[1]
4516YSCKASNKFGADICQacetylation[3]
4579LPAGKDYKIYFEDKIacetylation[3]
4585YKIYFEDKIASLEIPacetylation[3]
4664VTWFKNNKELSESNTubiquitination[1]
4906LIVKEPAKIIERAELacetylation[3]
4935VSGTPELKPKWYKDGacetylation[3]
5099EPPSFVTKPGSRDVLubiquitination[1]
5285KESPYFTKEFKSIEVacetylation[3]
5443IEVKHDGKYVCQAKNacetylation[3]
5494QVKFSGTKEISAKWFacetylation[3]
5694IKWFKDNKELHPGAAacetylation[3]
5933CSARVALKEPPSFIKacetylation[3]
6093FRIQSVMKQDSGQYTubiquitination[1]
6238PDSTVEFKAVLKGTPacetylation[3]
6253PFKIKWLKDDVELVSubiquitination[1]
6811IRGTPPFKVGWFRGAubiquitination[1]
7070PSFARQLKDIEQTVGubiquitination[1]
7262IKKLDASKVAKQGESacetylation[3]
8698PFTVSWFKGSTELVPubiquitination[1]
8791PISVTWKKNGINVIAacetylation[3]
9198NALLLQVKRASMADAubiquitination[1]
9318VAGSDTSKCKVTIKEubiquitination[1]
9356QSIRVVEKTTATFIAubiquitination[1]
9457KKTPALKKGSGEEEEubiquitination[1]
9481VDPKEYEKYARMYGIubiquitination[1]
9548TEPVTLIKDIENQTVubiquitination[1]
9953REEAVYEKKVHIEPWubiquitination[1]
10103SKKIVPQKPSRTPVQubiquitination[1]
10117QEEIIEVKVPAVHTKubiquitination[1]
10124KVPAVHTKKMVISEEubiquitination[1]
10125VPAVHTKKMVISEEKubiquitination[1]
10431KVEVEPAKVPEKKIIubiquitination[1]
10665EYVTEPKKPVPVKPAubiquitination[4]
10679AQEPVPAKPKAPPPKubiquitination[4]
10686KPKAPPPKVLKKAVPubiquitination[4]
12368KKPVPEKKAPPAVVKacetylation[5]
12566KEPVPVTKKTEVLPEacetylation[3]
12665PEKKVIEKPKLKPRPacetylation[3]
12692KEKMFQLKAVSKKKVacetylation[6]
12741PKEEVVLKSVLRKKPubiquitination[1]
12787APPEPTPKERKVPEPubiquitination[1]
12845VTAPVVGKKAEAKPKubiquitination[1]
12879PIEAERKKLRPGSGGubiquitination[1]
12905QLKAVPLKFVKEIKDubiquitination[1]
12960HRFIADGKDRKLHIIacetylation[3]
12993KEKTSTAKLIVEELPubiquitination[1]
13043DGKIVVEKPGRIVPGacetylation[3]
13043DGKIVVEKPGRIVPGubiquitination[1]
13099IIREWLVKPIRDQHVacetylation[3]
13126AKDTPNIKWFKGYDEubiquitination[1]
13289KDVTVPEKRQARFECacetylation[3]
13326FDIIADGKKHILVINacetylation[3]
13364FVTGIRLKFISPLEDacetylation[3]
13397KMHVVWFKNDVKLHTubiquitination[1]
13401VWFKNDVKLHTTRTVacetylation[3]
13418SSEGKTYKLEIRETTacetylation[3]
13437SQIKAQVKNLSSTANubiquitination[1]
13446LSSTANLKVLEADPYubiquitination[1]
13457ADPYFTVKLHDKTGVacetylation[3]
13461FTVKLHDKTGVEKDEacetylation[3]
13466HDKTGVEKDEIILKCacetylation[3]
13482VSKDVPVKWFKDGEEacetylation[3]
13482VSKDVPVKWFKDGEEubiquitination[1]
13499PSPKHSVKTDGLRRIacetylation[3]
13705YMFEAEDKRTSGKLIacetylation[3]
13710EDKRTSGKLIIEGIRubiquitination[1]
13719IIEGIRLKFLTPLKDacetylation[3]
13719IIEGIRLKFLTPLKDubiquitination[1]
13725LKFLTPLKDVTAKERacetylation[3]
13770VSMHDEGKTHSITFKacetylation[3]
13838SKADAPVKWFKDGKEacetylation[3]
13866KKRMLILKKALKSDIacetylation[3]
14059GEVQLTAKDFKTQANubiquitination[1]
14062QLTAKDFKTQANLFVubiquitination[1]
14197NEKVQWFKDGAEIKKubiquitination[1]
14213KKYDIISKGAVRILVubiquitination[1]
14436LRIIVPLKDTKVKEQubiquitination[1]
14458EVNTEGAKAKWFRNEubiquitination[1]
14473EAIFDSSKYIILQKDubiquitination[1]
14479SKYIILQKDLVYTLRubiquitination[1]
14511NHRGENVKSAANLIVacetylation[3]
14511NHRGENVKSAANLIVubiquitination[1]
14557NVTLKWTKNGEEVAFubiquitination[1]
14576SYRIDKYKHSLIIKDacetylation[3]
14661GKKYKFEKDGSIHRLacetylation[3]
14824KAEAEWFKENEPLSTubiquitination[1]
14832ENEPLSTKTVDTTAEacetylation[3]
14832ENEPLSTKTVDTTAEubiquitination[1]
15124IERREEGKDNWIRCNubiquitination[1]
15315LTGYVVEKRDMSRKTacetylation[3]
15315LTGYVVEKRDMSRKTubiquitination[1]
15349QGKEYLFKVCARNKCacetylation[3]
15349QGKEYLFKVCARNKCubiquitination[1]
15409NDGGSRIKGYIVEKCacetylation[3]
15409NDGGSRIKGYIVEKCubiquitination[1]
15415IKGYIVEKCPRGSDKubiquitination[1]
15422KCPRGSDKWVACGEPacetylation[3]
15506LPATVTGKPEPKITWacetylation[3]
15521TKADTLLKPDQRITIubiquitination[1]
15533ITIENVPKKSTVTITacetylation[3]
15543TVTITDSKRSDTGTYacetylation[3]
15621TDSDVWHKLSSTVKDacetylation[3]
15632TVKDTNFKATKLTPNacetylation[3]
15640ATKLTPNKEYIFRVAacetylation[3]
15717RLDPDTDKWVRCNKMacetylation[3]
15717RLDPDTDKWVRCNKMubiquitination[1]
15756ENLAGPGKPSRSTEPubiquitination[1]
15851FRVRAVNKAGESEPSubiquitination[1]
15892TKNTADLKWTVPEKDacetylation[3]
15898LKWTVPEKDGGSPITacetylation[3]
15898LKWTVPEKDGGSPITubiquitination[1]
15911ITNYIVEKRDVRRKGacetylation[3]
15911ITNYIVEKRDVRRKGubiquitination[1]
15927QTVDTTVKDTKCTVTacetylation[3]
15997DLKWEPPKNDGGRPIacetylation[3]
16095KHIAIAWKPPEKNGGacetylation[3]
16129RVNSRPIKDLKFKVEacetylation[3]
16143EEGIVPDKEYVLRVRubiquitination[1]
16225ASDRLTMKNDHISAHacetylation[3]
16276PGPCKDIKASDITKSacetylation[3]
16324PVMSGENKLSWTVKDacetylation[3]
16357GGEYIELKNPVIAQDacetylation[3]
16407IMGYIIEKITKGEDRubiquitination[1]
16471VDPIDAPKVILRTSLubiquitination[1]
16525AAPPVRRKKGEAEEEubiquitination[1]
16526APPVRRKKGEAEEEEubiquitination[1]
16549RLSINNSKQGESQLRubiquitination[1]
16571DHGQYMIKVENDHGVacetylation[3]
16629IINYTLEKKDKTKPDacetylation[3]
16629IINYTLEKKDKTKPDubiquitination[1]
16660VTKLIEGKEYLFRVRacetylation[3]
16729ILGYWLEKREVNSTHubiquitination[1]
16749KTLLSSLKTKVDGLLubiquitination[1]
16853KVRQFTVKEIREGADacetylation[3]
16936IEEGELDKERVIIENacetylation[3]
16953TKSELIIKNALRKDHacetylation[3]
16953TKSELIIKNALRKDHubiquitination[1]
16993PGPVLDLKPVVTNRKacetylation[3]
17028IIERKDAKMHTWRQPacetylation[3]
17042PIETERSKCDITGLIubiquitination[1]
17097LTYTERTKSTITLDWacetylation[3]
17105STITLDWKEPRSDGGacetylation[3]
17122IQGYIIEKRRHDKPDacetylation[3]
17122IQGYIIEKRRHDKPDubiquitination[1]
17248EVSRSEAKTELSIPKacetylation[3]
17261PKAAREDKGTYTITAacetylation[3]
17331DKRDASRKKSEWEEVubiquitination[1]
17332KRDASRKKSEWEEVTubiquitination[1]
17448PITKVGLKGVEFNVPubiquitination[1]
17462PRLIEGVKYQFRAMAacetylation[3]
17515SSISLAWKPPAKDGGacetylation[3]
17630IKGRPTPKSSWEFDGacetylation[3]
17638SSWEFDGKAKKAMKDacetylation[3]
17677CTRAHSGKYSITAKNacetylation[3]
17696KTANCRVKVMDAPGPacetylation[3]
17881GEYEFRVKAVNEAGVubiquitination[1]
17890VNEAGVSKPSATVGPubiquitination[1]
17930VNIVAKIKGVPFPTLacetylation[3]
18045ITNYVIEKREANRKTacetylation[3]
18045ITNYVIEKREANRKTubiquitination[1]
18085FRIMAQNKYGIGEPLacetylation[3]
18085FRIMAQNKYGIGEPLubiquitination[1]
18235LEWSPPLKDGGSKITacetylation[3]
18235LEWSPPLKDGGSKITubiquitination[1]
18275KLVVTGLKEGAFYKFacetylation[3]
18305VTDVIEMKDRIVSPDubiquitination[1]
18387GVYSLLAKNEGGERKacetylation[3]
18387GVYSLLAKNEGGERKubiquitination[1]
18444ITNYVIQKREADRRAubiquitination[1]
18473VQGLIQGKSYFFRIAacetylation[3]
18551SRLIGTEKFHKVTNDacetylation[3]
18554IGTEKFHKVTNDNLLacetylation[3]
18571KYTVKGLKEGDTYEYacetylation[3]
18667PTTLALEKTKAKRSDubiquitination[1]
18745IEKKELGKDIWMPVTacetylation[3]
18764KTTCKVPKLLEGKDYacetylation[3]
18769VPKLLEGKDYIFRIHacetylation[3]
18838ITNYILEKRETMSKRubiquitination[1]
18859EPIHPYTKYRVPDLLacetylation[3]
18891GDPSPPSKPVFARDPubiquitination[1]
18999VPEPVLVKDRLEPPEacetylation[3]
19032LRLSAIIKGVPFPKVacetylation[3]
19032LRLSAIIKGVPFPKVubiquitination[1]
19038IKGVPFPKVTWKKEDacetylation[3]
19038IKGVPFPKVTWKKEDubiquitination[1]
19062DVTPVGSKLEIRNAAacetylation[3]
19098VKVLVLDKPGPPRDLacetylation[3]
19188GPFVETPKPIKALDPacetylation[3]
19188GPFVETPKPIKALDPubiquitination[1]
19191VETPKPIKALDPLHPacetylation[3]
19247EGDKDWIKFKTVKNLacetylation[3]
19272KTYRFRVKAENIIGLubiquitination[1]
19644AQWDRINKDELIRQCacetylation[3]
19740KEGKVLVKDKRVDLIacetylation[3]
19742GKVLVKDKRVDLIHDacetylation[3]
19767AVRADHGKYIISAKNacetylation[3]
19868FRVCAENKVGVGPTIubiquitination[1]
19903LHIADKGKTFVYLKWacetylation[3]
19931YHVERRLKGSADWERacetylation[3]
19945RVHKGSIKETHYMVDacetylation[3]
19967YEFRVQTKNEGGESDacetylation[3]
19984RTEEVVVKEDLQKPVacetylation[3]
19989VVKEDLQKPVLDLKLacetylation[3]
20040LTRSPRVKIDTSAESacetylation[3]
20049DTSAESSKFSLTKAKacetylation[3]
20054SSKFSLTKAKRSDGGacetylation[3]
20164FRVRAENKIGTGPPTacetylation[3]
20164FRVRAENKIGTGPPTubiquitination[1]
20174TGPPTESKPVIAKTKacetylation[3]
20223ITGYYLEKKEKHAVRacetylation[3]
20223ITGYYLEKKEKHAVRubiquitination[1]
20236VRWVPVNKSAIPERRubiquitination[1]
20260HEYQFRVKAENEVGIubiquitination[1]
20338ASPDEGWKRCNAAAQacetylation[3]
20403DLDASMRKLVVVRAGacetylation[3]
20464STRDDSGKYSLTLVNacetylation[3]
20495PGPVADLKVSDVTKTubiquitination[1]
20526VTHYIVEKREAERKTubiquitination[1]
20542STVTPEVKKTSFNVTacetylation[3]
20542STVTPEVKKTSFNVTubiquitination[1]
20543TVTPEVKKTSFNVTNacetylation[3]
20683AEGVYEAKEQLLPPKacetylation[3]
20753IIKDVTRKDSGYYSLubiquitination[1]
20772SSGSDTQKIKVTVMDubiquitination[1]
20837TALASVTKTSCRVGKubiquitination[1]
20844KTSCRVGKLIPGQEYacetylation[3]
20844KTSCRVGKLIPGQEYubiquitination[1]
20875TSPKMLAKFPFDVPSacetylation[3]
20960FRIYALNKAGSSPPSubiquitination[1]
21024ACKLPGDKWVRCNTTacetylation[3]
21126KKDTTPIKQAEGIKMubiquitination[1]
21150ELFSVNRKDSGDYTIubiquitination[1]
21185PGPPASVKINKMYADubiquitination[1]
21188PASVKINKMYADRAMacetylation[3]
21188PASVKINKMYADRAMubiquitination[1]
21216ITNYIIDKRETSRPNubiquitination[1]
21256FRICAENKYGVGDPIubiquitination[1]
21315ITGYLVEKRETQAVNacetylation[3]
21315ITGYLVEKRETQAVNubiquitination[1]
21325TQAVNWTKVNRKPVIacetylation[3]
21329NWTKVNRKPVIERTLacetylation[3]
21329NWTKVNRKPVIERTLubiquitination[1]
21337PVIERTLKATGLQEGacetylation[3]
21356FRVTAINKAGPGKPSubiquitination[1]
21385PGPPAFPKVYDTTRSacetylation[3]
21432VRCNLPEKLQKTRFEacetylation[3]
21435NLPEKLQKTRFEVTGubiquitination[1]
21518PPKITWSKPNVNLREacetylation[3]
21532ERIGLDIKSTDFDTFacetylation[3]
21564LENSCGKKEYTIVVKacetylation[3]
21585PPVNVTVKEVSKDSAubiquitination[1]
21631TVTTECSKTSFRVSNubiquitination[1]
21717DFLTEENKWQRVMKSubiquitination[1]
21732LSLQYSTKDLKEGKEubiquitination[1]
21841CQKSDAGKYTITLKNacetylation[3]
21847GKYTITLKNVAGTKEubiquitination[1]
21873GIPTGPIKFDEVTAEacetylation[3]
21890TLKWGPPKDDGGSEIacetylation[3]
21904ITNYVLEKRDSVNNKacetylation[3]
21904ITNYVLEKRDSVNNKubiquitination[1]
21911KRDSVNNKWVTCASAacetylation[3]
21921TCASAVQKTTFRVTRubiquitination[1]
21944FRVSAENKYGVGEGLacetylation[3]
21944FRVSAENKYGVGEGLubiquitination[1]
21952YGVGEGLKSEPIVAKacetylation[3]
21989SLTWTDPKKTGGSPIubiquitination[1]
21990LTWTDPKKTGGSPITubiquitination[1]
22101LTGYIVEKRDLPSKSacetylation[3]
22101LTGYIVEKRDLPSKSubiquitination[1]
22107EKRDLPSKSWMKANHacetylation[3]
22107EKRDLPSKSWMKANHubiquitination[1]
22207SSWSRAGKDIRPSDIubiquitination[1]
22250ATNPFGTKEEHVKVSacetylation[3]
22294EDGGSPIKAYVLEKRacetylation[3]
22300IKAYVLEKRETSRLLubiquitination[1]
22353PVQSEPVKMVDRFGPacetylation[3]
22412LRWVRATKTPVSDLRacetylation[3]
22412LRWVRATKTPVSDLRubiquitination[1]
22421PVSDLRCKVTGLQEGubiquitination[1]
22475AHVTDTTKKSASLAWacetylation[3]
22510VGDDAWIKDTTGTALacetylation[3]
22530VVPDLQTKEKYNFRIacetylation[3]
22530VVPDLQTKEKYNFRIubiquitination[1]
22532PDLQTKEKYNFRISAacetylation[3]
22607TKDNINLKHRANIENacetylation[3]
22633CNRYDTGKFVMTIENacetylation[3]
22644TIENPAGKKSGFVNVubiquitination[1]
22645IENPAGKKSGFVNVRacetylation[3]
22709SYSTVTTKCHKCTYKubiquitination[1]
22776TVSLAWPKPRHDGGSacetylation[3]
22784PRHDGGSKITGYVIEubiquitination[1]
22862DLRGIYQKLVIARAGubiquitination[1]
22889PKPTVTWKKGDQILKacetylation[3]
22896KKGDQILKQTQRVNVacetylation[3]
23108LVPGNIFKSTGLTDGacetylation[3]
23165TRHTVALKWAKPEYTacetylation[3]
23184ITSYVVEKRDLPNGRacetylation[3]
23184ITSYVVEKRDLPNGRubiquitination[1]
23223YEFRVIAKNAAGAISubiquitination[1]
23257IMVDVRFKDTITLKAacetylation[3]
23311FSTHLINKDSSRTDSacetylation[3]
23333TNPGGFAKHIFNVKVacetylation[3]
23339AKHIFNVKVLDRPGPacetylation[3]
23410LKVTKLLKGNEYIFRacetylation[3]
23423FRVMAVNKYGVGEPLacetylation[3]
23544KACDTVFKPGPPGNPubiquitination[1]
23682GRPAPEVKWAREHGEubiquitination[1]
23717VNRFDSGKYILTVENacetylation[3]
23773LDGGSKIKNYIVEKRacetylation[3]
23779IKNYIVEKRESTRKAacetylation[3]
23779IKNYIVEKRESTRKAubiquitination[1]
23860SVSLSWEKPEHDGGSacetylation[3]
23931LSVPVIAKDLVIPPAacetylation[3]
24266ITGYIVEKKELPDGRubiquitination[1]
24267TGYIVEKKELPDGRWubiquitination[1]
24382STARLEIKSTDFATSubiquitination[1]
24406DSGNYILKAKNVAGEacetylation[3]
24489TLSCKVLKLLEGNEYubiquitination[1]
24505FRIMAVNKYGVGEPLubiquitination[1]
24626KACDPIYKPGPPNNPubiquitination[1]
24691KTNLEVEKLLEKHEYacetylation[3]
24691KTNLEVEKLLEKHEYubiquitination[1]
24695EVEKLLEKHEYNFRIacetylation[3]
24695EVEKLLEKHEYNFRIubiquitination[1]
24878AVVTNCHKNSWKIDQubiquitination[1]
24925EVPQPPGKITVDDVTubiquitination[1]
24942SVSLSWTKPEHDGGSacetylation[3]
24965MQAKNTDKWSECARVacetylation[3]
24965MQAKNTDKWSECARVubiquitination[1]
25177TLKVTKLKTGTEYQFubiquitination[1]
25395NAAGAISKPSDSTGPubiquitination[1]
25406STGPITAKDEVELPRacetylation[3]
25453IEWLRGDKEIEESARacetylation[3]
25496ASNVAGSKSFPVNVKubiquitination[1]
25547ISHYVVEKRETSRLAubiquitination[1]
25571TNSLKVTKLLEGNKYubiquitination[1]
25587FRIMAVNKYGVGEPLacetylation[3]
25587FRIMAVNKYGVGEPLubiquitination[1]
25612FVLPGPPKSLEVTNIacetylation[3]
25646IIGYIVEKRDRSGIRubiquitination[1]
25885DAGKYILKLENSSGSacetylation[3]
25893LENSSGSKSAFVTVKubiquitination[1]
25914PPQNLAVKEVRKDSVacetylation[3]
25937IDGGAKVKNYVIDKRacetylation[3]
25943VKNYVIDKRESTRKAacetylation[3]
25943VKNYVIDKRESTRKAubiquitination[1]
25957AYANVSSKCNKTSFRubiquitination[1]
26024SASLMWEKPEHDGGSacetylation[3]
26043YVVEMQPKGTEKWSVubiquitination[1]
26047MQPKGTEKWSVVAESacetylation[3]
26047MQPKGTEKWSVVAESubiquitination[1]
26136RPKISWVKDGEPLKQubiquitination[1]
26161TSTILHIKESSKDDFacetylation[3]
26324PVNDGGSKVTGYHLEubiquitination[1]
26345ILWVKLNKIPIQDTKacetylation[3]
26345ILWVKLNKIPIQDTKubiquitination[1]
26352KIPIQDTKFKTTGLDacetylation[3]
26352KIPIQDTKFKTTGLDubiquitination[1]
26354PIQDTKFKTTGLDEGacetylation[3]
26354PIQDTKFKTTGLDEGubiquitination[1]
26430ITGYIVEKKDLPDGRubiquitination[1]
26431TGYIVEKKDLPDGRWubiquitination[1]
26586KTIPITVKVLDRPGPacetylation[3]
26599GPPEGPLKVTGVTAEacetylation[3]
26599GPPEGPLKVTGVTAEubiquitination[1]
26654ALNYKVTKLLPGNEYacetylation[3]
26654ALNYKVTKLLPGNEYubiquitination[1]
26743RWTKCNKKTLTDLRFubiquitination[1]
26799PGPPSNPKVTDTSRSubiquitination[1]
26814SVSLAWNKPIYDGGAacetylation[3]
26832GYVIELKKAAADEWTubiquitination[1]
26850PPSGLQGKQFTVTKLubiquitination[1]
26856GKQFTVTKLKENTEYacetylation[3]
26858QFTVTKLKENTEYNFacetylation[3]
26858QFTVTKLKENTEYNFubiquitination[1]
26929GRPEPEVKWEKAEGIacetylation[3]
27104TRNTATIKWEKPESDacetylation[3]
27107TATIKWEKPESDGGSacetylation[3]
27107TATIKWEKPESDGGSubiquitination[1]
27130MQTKGSEKWSACTQVubiquitination[1]
27183IAKDIEIKPSVELPFacetylation[3]
27202VKANDQLKIDIPFKGacetylation[3]
27208LKIDIPFKGRPQATVacetylation[3]
27218PQATVAWKKDGQVLRacetylation[3]
27236RVNVASSKTVTTLSIubiquitination[1]
27460ENIAGIGKCSKACEPubiquitination[1]
27493TRKSVSLKWSKPRYDacetylation[3]
27570STGPITVKDDVEAPRacetylation[3]
27654GQYVLTLKNVAGTRTacetylation[3]
27654GQYVLTLKNVAGTRTubiquitination[1]
27667RTMAVNCKVLDKPGPubiquitination[1]
27751FRVTGVNKYGVGEPLubiquitination[1]
27880PSPPSKPKIVDSGKTacetylation[3]
27920KSEETDWKVAIQSFRubiquitination[1]
27951FRVRSLNKMGASDPSubiquitination[1]
28011IPNVSWSKPDTDLRTacetylation[3]
28105VKNYHIEKREASKKAacetylation[3]
28111EKREASKKAWVSVTNubiquitination[1]
28155VGVPAETKEGVKITEacetylation[3]
28155VGVPAETKEGVKITEubiquitination[1]
28169EKPSPPEKLGVTSVSacetylation[3]
28169EKPSPPEKLGVTSVSubiquitination[1]
28296ISGKPLPKVTLSRDGacetylation[3]
28307SRDGVPLKATMRFNTacetylation[3]
28570VRITDISKNSVNLSWacetylation[3]
28735NSGSYELKLRNAMGSacetylation[3]
28735NSGSYELKLRNAMGSubiquitination[1]
28765PGGPIEFKTVTAEKIacetylation[3]
28765PGGPIEFKTVTAEKIubiquitination[1]
28794ITHYIVEKRETSRVVubiquitination[1]
28834FRVRAVNKYGIGEPLacetylation[3]
28834FRVRAVNKYGIGEPLubiquitination[1]
28865PSIPEVTKITKNSMTubiquitination[1]
28903KKSLAWLKVLKETIRacetylation[3]
28915TIRDTRQKVTGLTENubiquitination[1]
28961DPPGPPAKIRIADSTubiquitination[1]
29130VTRNDTGKYILTIENacetylation[3]
29160DTPAACQKLQVKHVSubiquitination[1]
29221KVTDLSEKTPFFFRVubiquitination[1]
29293YLVERKGKGEQAWSHubiquitination[1]
29394LKDGLPLKESEYVRFacetylation[3]
29448ITLGPPSKPKGPIRFacetylation[3]
29448ITLGPPSKPKGPIRFubiquitination[1]
29512FKVSNLVKDSEYQFRubiquitination[1]
29663TRETITLKWNPPLRDacetylation[3]
29682IVAYSIEKRQGSDRWubiquitination[1]
29783VPRVTWFKDGVEIERubiquitination[1]
29823GVYTVEAKNVSGSTKubiquitination[1]
29830KNVSGSTKAEVTVKVubiquitination[1]
29836TKAEVTVKVQDTPGKubiquitination[1]
29843KVQDTPGKVVGPIRFubiquitination[1]
29993RWVKVISKRPISETRubiquitination[1]
30091ADLGDWHKVNTEPCVacetylation[3]
30091ADLGDWHKVNTEPCVubiquitination[1]
30099VNTEPCVKTRYTVTDubiquitination[1]
30114LQAGEEYKFRVSAVNacetylation[3]
30233KSITFTVKVLDSPGPacetylation[7]
30247PPGPITFKDVTRGSAacetylation[3]
30247PPGPITFKDVTRGSAubiquitination[1]
30276IHHYVIEKREASRRSacetylation[3]
30276IHHYVIEKREASRRSubiquitination[1]
30357SAVLAWLKPDHDGGSubiquitination[1]
30376YLLEMRQKGSDFWVEubiquitination[1]
30388WVEAGHTKQLTFTVEubiquitination[1]
30408TEYEFRVKAKNDAGYubiquitination[1]
30428AFSSVIIKEPQIEPTubiquitination[4]
30471PAPKVTWKLEEMRLKacetylation[3]
30569ITNYIVEKRESGTTAubiquitination[1]
30585QLINSSVKRTQIKVTubiquitination[1]
30596IKVTHLTKYKEYCFRacetylation[3]
30668IVGYWVEKKERNTILubiquitination[1]
30714LNAAGVSKASEASRPubiquitination[1]
30808YEFRVLAKNAAGVISubiquitination[1]
30834RDEYAPPKAELDARLacetylation[3]
30834RDEYAPPKAELDARLubiquitination[1]
30872EPKIIWTKGDKELDLubiquitination[1]
30875IIWTKGDKELDLCEKacetylation[3]
30875IIWTKGDKELDLCEKubiquitination[1]
30906CDRSDSGKYTLTVKNacetylation[3]
30935DSPGPCGKLTVSRVTubiquitination[1]
31008FRVRAVNKYGLGVPVubiquitination[1, 4]
31067ISNYLVDKREKKSLRubiquitination[1]
31080LRWTRVNKDYVVYDTacetylation[3]
31080LRWTRVNKDYVVYDTubiquitination[1]
31090VVYDTRLKVTSLMEGubiquitination[1]
31197EFTVPDLKMGQKYSFubiquitination[1]
31212RVAAVNAKGMSDYSEubiquitination[1]
31242LELADDLKKTVIVRAacetylation[3]
31242LELADDLKKTVIVRAubiquitination[1]
31272PVITWSKKGIDLANRubiquitination[1]
31303VNRYDAGKYTIEAENacetylation[3]
31314EAENQSGKKSATVLVacetylation[3]
31336PCPSVSVKEVSRDSVubiquitination[1]
31446TVTLAWEKPLYDGGSubiquitination[1]
31603GEYTLELKNVTGTTSubiquitination[1]
32001YDLVLENKCGKKTVYubiquitination[1]
32010GKKTVYIKVKVIGSPubiquitination[1]
32012KTVYIKVKVIGSPNTubiquitination[1]
32061LERREVPKAAWYTIDacetylation[3]
32061LERREVPKAAWYTIDubiquitination[1]
32082SLVVKGLKENVEYHFubiquitination[1]
32101ENQFGISKPLKSEEPacetylation[3]
32101ENQFGISKPLKSEEPubiquitination[1]
32104FGISKPLKSEEPVIPacetylation[3]
32104FGISKPLKSEEPVIPubiquitination[1]
32143SLSWSRPKDDGGSRVubiquitination[1]
32164RKETSTDKWVRHNKTacetylation[3]
32170DKWVRHNKTQITTTMubiquitination[1]
32267QSGDSAWKKSNKERIacetylation[3]
32360IKWYRFGKELIQSRKubiquitination[1]
32424FHPGYPLKEKYYGAVubiquitination[1]
32463KLLQNSEKITIENTEubiquitination[1]
32619EKPGVPGKPTITAVTubiquitination[1]
32635DSCVVAWKPPASDGGubiquitination[1]
32644PASDGGAKIRNYYLEubiquitination[1]
32689LEYEFRVKCENLGGEubiquitination[1]
32720PIQAPHFKEELRNLNacetylation[3]
32720PIQAPHFKEELRNLNubiquitination[1]
32749GHPKPIVKWYRQGKEacetylation[3]
32818PAKIHLPKTLEGMGAacetylation[3]
32818PAKIHLPKTLEGMGAubiquitination[1]
32843IKIPFSGKPDPVITWubiquitination[1]
32941PASDGGSKVTNYIVEubiquitination[1]
32949VTNYIVEKCATTAERubiquitination[1]
32988FRVIAENKFGLSKPSacetylation[3]
32988FRVIAENKFGLSKPSubiquitination[1]
33034KASHSKTKELYEKYMacetylation[3]
33177TRKNSTIKIIEFGQAubiquitination[1]
33188FGQARQLKPGDNFRLubiquitination[1]
33295ALQHPWLKQRIDRVSacetylation[3]
33320RYYHTLIKKDLNMVVacetylation[3, 7]
33422MYVKDITKFDDGTYRacetylation[3]
33422MYVKDITKFDDGTYRubiquitination[1]
33448SYAELFVKGVREVYDubiquitination[1]
33487FTLPLYNKTAYVGENacetylation[3]
33487FTLPLYNKTAYVGENubiquitination[1]
33513EPRVTWYKSGQKIKPubiquitination[1]
33525IKPGDDEKKYTFESDubiquitination[1]
33586TTLRPMFKRLLANAEacetylation[3]
33615GIPAPTLKWEKDGQPacetylation[3]
33680VERLRYVKQEFQSKEubiquitination[1]
33686VKQEFQSKEERERHVubiquitination[1]
33731REAAILYKPAVSTKTacetylation[3]
33731REAAILYKPAVSTKTubiquitination[1]
33740AVSTKTVKGEYRLQTacetylation[3]
33750YRLQTEEKKEERKLRacetylation[3]
33769VPEPRRFKQATVEEDacetylation[3]
33803DQYEMPGKLDRVVQKacetylation[3]
33838ITDQYRPKWRIPKLTacetylation[3]
33838ITDQYRPKWRIPKLTubiquitination[1]
33843RPKWRIPKLTQDDLEubiquitination[1]
33895IDDYLAMKRTEEERLubiquitination[1]
33939SSPPAHVKVEDRRRDacetylation[3]
33957STYHVPTKEETSTSYubiquitination[1]
33989RQRIMAEKEEEELLRacetylation[3]
33989RQRIMAEKEEEELLRubiquitination[1]
34008TQRLSEYKSELDYMSubiquitination[1]
34016SELDYMSKEEKSKKKubiquitination[1]
34148TQKTSERKYEVLSQQubiquitination[1]
34289AYAVSSFKRTSELEAubiquitination[1]
34493AVSPTETKPTEKGQHacetylation[3]
34619ETTKSVQKTAESPEAacetylation[2]
34841STQMNITKGQRATLKubiquitination[1]
Reference
 [1] Proteomic analyses reveal divergent ubiquitylation site patterns in murine tissues.
 Wagner SA, Beli P, Weinert BT, Schölz C, Kelstrup CD, Young C, Nielsen ML, Olsen JV, Brakebusch C, Choudhary C.
 Mol Cell Proteomics. 2012 Dec;11(12):1578-85. [PMID: 22790023]
 [2] SIRT5-Mediated Lysine Desuccinylation Impacts Diverse Metabolic Pathways.
 Park J, Chen Y, Tishkoff DX, Peng C, Tan M, Dai L, Xie Z, Zhang Y, Zwaans BM, Skinner ME, Lombard DB, Zhao Y.
 Mol Cell. 2013 Jun 27;50(6):919-30. [PMID: 23806337]
 [3] Proteomic analysis of lysine acetylation sites in rat tissues reveals organ specificity and subcellular patterns.
 Lundby A, Lage K, Weinert BT, Bekker-Jensen DB, Secher A, Skovgaard T, Kelstrup CD, Dmytriyev A, Choudhary C, Lundby C, Olsen JV.
 Cell Rep. 2012 Aug 30;2(2):419-31. [PMID: 22902405]
 [4] A proteomics approach to identify the ubiquitinated proteins in mouse heart.
 Jeon HB, Choi ES, Yoon JH, Hwang JH, Chang JW, Lee EK, Choi HW, Park ZY, Yoo YJ.
 Biochem Biophys Res Commun. 2007 Jun 8;357(3):731-6. [PMID: 17451654]
 [5] Quantitative assessment of the impact of the gut microbiota on lysine epsilon-acetylation of host proteins using gnotobiotic mice.
 Simon GM, Cheng J, Gordon JI.
 Proc Natl Acad Sci U S A. 2012 Jul 10;109(28):11133-8. [PMID: 22733758]
 [6] Mitochondrial acetylome analysis in a mouse model of alcohol-induced liver injury utilizing SIRT3 knockout mice.
 Fritz KS, Galligan JJ, Hirschey MD, Verdin E, Petersen DR.
 J Proteome Res. 2012 Mar 2;11(3):1633-43. [PMID: 22309199]
 [7] Quantification of mitochondrial acetylation dynamics highlights prominent sites of metabolic regulation.
 Still AJ, Floyd BJ, Hebert AS, Bingman CA, Carson JJ, Gunderson DR, Dolan BK, Grimsrud PA, Dittenhafer-Reed KE, Stapleton DS, Keller MP, Westphall MS, Denu JM, Attie AD, Coon JJ, Pagliarini DJ.
 J Biol Chem. 2013 Jul 17;. [PMID: 23864654] 
Functional Description
 Key component in the assembly and functioning of vertebrate striated muscles. By providing connections at the level of individual microfilaments, it contributes to the fine balance of forces between the two halves of the sarcomere. The size and extensibility of the cross-links are the main determinants of sarcomere extensibility properties of muscle. In non-muscle cells, seems to play a role in chromosome condensation and chromosome segregation during mitosis. Might link the lamina network to chromatin or nuclear actin, or both during interphase. 
Sequence Annotation
 DOMAIN 6 98 Ig-like 1.
 DOMAIN 104 192 Ig-like 2.
 REPEAT 412 454 Z-repeat 1.
 REPEAT 463 504 Z-repeat 2.
 REPEAT 509 548 Z-repeat 3.
 REPEAT 553 594 Z-repeat 4.
 REPEAT 599 640 Z-repeat 5.
 REPEAT 645 686 Z-repeat 6.
 DOMAIN 942 1037 Fibronectin type-III 1.
 DOMAIN 946 1034 Ig-like 3.
 DOMAIN 1084 1174 Ig-like 4.
 DOMAIN 1293 1384 Ig-like 5.
 DOMAIN 1463 1552 Ig-like 6.
 DOMAIN 1562 1652 Ig-like 7.
 DOMAIN 1709 1799 Ig-like 8.
 DOMAIN 1847 1934 Ig-like 9.
 DOMAIN 2084 2173 Ig-like 10.
 REPEAT 2095 2128 TPR 1.
 DOMAIN 2177 2268 Ig-like 11.
 DOMAIN 2270 2356 Ig-like 12.
 DOMAIN 2359 2449 Ig-like 13.
 DOMAIN 2436 2535 Ig-like 14.
 DOMAIN 2626 2709 Ig-like 15.
 REPEAT 2810 2844 TPR 2.
 DOMAIN 2886 2971 Ig-like 16.
 REPEAT 3028 3068 WD 1.
 DOMAIN 3064 3147 Ig-like 17.
 REPEAT 3208 3248 WD 2.
 DOMAIN 3245 3333 Ig-like 18.
 DOMAIN 3350 3438 Ig-like 19.
 DOMAIN 3509 3599 Ig-like 20.
 DOMAIN 3625 3716 Ig-like 21.
 DOMAIN 4251 4337 Ig-like 22.
 DOMAIN 4344 4432 Ig-like 23.
 DOMAIN 4439 4527 Ig-like 24.
 DOMAIN 4532 4620 Ig-like 25.
 DOMAIN 4625 4716 Ig-like 26.
 DOMAIN 4719 4807 Ig-like 27.
 DOMAIN 4812 4897 Ig-like 28.
 DOMAIN 4904 4993 Ig-like 29.
 DOMAIN 5001 5089 Ig-like 30.
 DOMAIN 5094 5182 Ig-like 31.
 REPEAT 5131 5164 TPR 3.
 DOMAIN 5186 5276 Ig-like 32.
 DOMAIN 5281 5369 Ig-like 33.
 DOMAIN 5374 5462 Ig-like 34.
 DOMAIN 5466 5555 Ig-like 35.
 DOMAIN 5563 5651 Ig-like 36.
 DOMAIN 5656 5744 Ig-like 37.
 DOMAIN 5749 5838 Ig-like 38.
 DOMAIN 5842 5931 Ig-like 39.
 DOMAIN 5936 6024 Ig-like 40.
 DOMAIN 6028 6117 Ig-like 41.
 DOMAIN 6125 6213 Ig-like 42.
 DOMAIN 6218 6308 Ig-like 43.
 DOMAIN 6311 6401 Ig-like 44.
 DOMAIN 6405 6493 Ig-like 45.
 REPEAT 6435 6468 TPR 4.
 DOMAIN 6498 6587 Ig-like 46.
 DOMAIN 6591 6682 Ig-like 47.
 REPEAT 6615 6653 WD 3.
 DOMAIN 6688 6776 Ig-like 48.
 DOMAIN 6781 6869 Ig-like 49.
 DOMAIN 6873 6962 Ig-like 50.
 DOMAIN 6966 7054 Ig-like 51.
 DOMAIN 7063 7151 Ig-like 52.
 DOMAIN 7159 7247 Ig-like 53.
 DOMAIN 7252 7343 Ig-like 54.
 DOMAIN 7346 7434 Ig-like 55.
 DOMAIN 7439 7528 Ig-like 56.
 DOMAIN 7532 7623 Ig-like 57.
 DOMAIN 7629 7717 Ig-like 58.
 DOMAIN 7722 7810 Ig-like 59.
 DOMAIN 7814 7903 Ig-like 60.
 DOMAIN 7907 7996 Ig-like 61.
 DOMAIN 8004 8094 Ig-like 62.
 DOMAIN 8099 8190 Ig-like 63.
 DOMAIN 8193 8282 Ig-like 64.
 DOMAIN 8287 8375 Ig-like 65.
 DOMAIN 8380 8469 Ig-like 66.
 DOMAIN 8473 8564 Ig-like 67.
 DOMAIN 8570 8658 Ig-like 68.
 DOMAIN 8663 8751 Ig-like 69.
 DOMAIN 8755 8844 Ig-like 70.
 DOMAIN 8849 8937 Ig-like 71.
 DOMAIN 8945 9035 Ig-like 72.
 DOMAIN 9040 9129 Ig-like 73.
 DOMAIN 9137 9226 Ig-like 74.
 REPEAT 9145 9182 TPR 5.
 DOMAIN 9233 9322 Ig-like 75.
 DOMAIN 9331 9431 Ig-like 76.
 DOMAIN 9621 9716 Ig-like 77.
 REPEAT 9662 9695 TPR 6.
 DOMAIN 9721 9812 Ig-like 78.
 REPEAT 9865 9892 PEVK 1.
 REPEAT 9940 9963 PEVK 2.
 REPEAT 9991 10024 TPR 7.
 REPEAT 10001 10050 Kelch 1.
 REPEAT 10062 10085 PEVK 3.
 REPEAT 10091 10115 PEVK 4.
 REPEAT 10145 10169 PEVK 5.
 REPEAT 10170 10197 PEVK 6.
 REPEAT 10198 10225 PEVK 7.
 REPEAT 10227 10254 PEVK 8.
 REPEAT 10255 10281 PEVK 9.
 REPEAT 10282 10307 PEVK 10.
 REPEAT 10308 10332 PEVK 11.
 REPEAT 10333 10359 PEVK 12.
 REPEAT 10397 10431 TPR 8.
 REPEAT 10404 10427 PEVK 13.
 REPEAT 10451 10476 PEVK 14.
 REPEAT 10477 10504 PEVK 15.
 REPEAT 10505 10532 PEVK 16.
 REPEAT 10533 10560 PEVK 17.
 REPEAT 10561 10588 PEVK 18.
 REPEAT 10683 10707 PEVK 19.
 REPEAT 10709 10734 PEVK 20.
 REPEAT 10739 10764 PEVK 21.
 REPEAT 10765 10790 PEVK 22.
 REPEAT 10850 10877 PEVK 23.
 REPEAT 10878 10903 PEVK 24.
 REPEAT 10904 10931 PEVK 25.
 REPEAT 10932 10959 PEVK 26.
 REPEAT 10960 10987 PEVK 27.
 REPEAT 10988 11011 PEVK 28.
 REPEAT 11084 11109 PEVK 29.
 REPEAT 11111 11135 PEVK 30.
 REPEAT 11136 11160 PEVK 31.
 REPEAT 11161 11188 PEVK 32.
 REPEAT 11201 11225 PEVK 33.
 REPEAT 11226 11248 PEVK 34.
 REPEAT 11249 11272 PEVK 35.
 REPEAT 11273 11295 PEVK 36.
 REPEAT 11373 11400 PEVK 37.
 REPEAT 11401 11425 PEVK 38.
 REPEAT 11426 11453 PEVK 39.
 REPEAT 11454 11481 PEVK 40.
 REPEAT 11508 11533 PEVK 41.
 REPEAT 11562 11587 PEVK 42.
 REPEAT 11671 11698 PEVK 43.
 REPEAT 11700 11726 PEVK 44.
 REPEAT 11727 11754 PEVK 45.
 REPEAT 11755 11782 PEVK 46.
 REPEAT 11783 11810 PEVK 47.
 REPEAT 11811 11838 PEVK 48.
 REPEAT 11839 11866 PEVK 49.
 REPEAT 11867 11895 PEVK 50.
 REPEAT 11896 11923 PEVK 51.
 REPEAT 11924 11950 PEVK 52.
 REPEAT 11954 11977 PEVK 53.
 REPEAT 11979 11999 PEVK 54.
 REPEAT 12004 12026 PEVK 55.
 REPEAT 12051 12077 PEVK 56.
 REPEAT 12080 12104 PEVK 57.
 REPEAT 12105 12126 PEVK 58.
 REPEAT 12129 12154 PEVK 59.
 REPEAT 12155 12182 PEVK 60.
 REPEAT 12183 12210 PEVK 61.
 REPEAT 12211 12238 PEVK 62.
 REPEAT 12239 12266 PEVK 63.
 REPEAT 12267 12294 PEVK 64.
 REPEAT 12295 12322 PEVK 65.
 REPEAT 12323 12351 PEVK 66.
 REPEAT 12352 12379 PEVK 67.
 REPEAT 12380 12404 PEVK 68.
 REPEAT 12405 12430 PEVK 69.
 REPEAT 12431 12458 PEVK 70.
 REPEAT 12459 12486 PEVK 71.
 REPEAT 12491 12516 PEVK 72.
 REPEAT 12517 12542 PEVK 73.
 REPEAT 12543 12570 PEVK 74.
 REPEAT 12572 12598 PEVK 75.
 REPEAT 12599 12626 PEVK 76.
 DOMAIN 12903 12995 Ig-like 79.
 DOMAIN 13000 13084 Ig-like 80.
 DOMAIN 13361 13446 Ig-like 81.
 DOMAIN 13452 13534 Ig-like 82.
 DOMAIN 13628 13712 Ig-like 83.
 DOMAIN 13807 13894 Ig-like 84.
 REPEAT 13817 13850 TPR 9.
 DOMAIN 13982 14068 Ig-like 85.
 DOMAIN 14072 14157 Ig-like 86.
 DOMAIN 14161 14246 Ig-like 87.
 DOMAIN 14250 14335 Ig-like 88.
 DOMAIN 14341 14424 Ig-like 89.
 DOMAIN 14343 14433 Fibronectin type-III 2.
 DOMAIN 14427 14517 Ig-like 90.
 DOMAIN 14521 14610 Ig-like 91.
 REPEAT 14576 14615 WD 4.
 DOMAIN 14611 14695 Ig-like 92.
 DOMAIN 14789 14874 Ig-like 93.
 DOMAIN 14879 14971 Fibronectin type-III 3.
 REPEAT 14946 14998 RCC1 1.
 DOMAIN 14980 15072 Fibronectin type-III 4.
 REPEAT 15047 15100 RCC1 2.
 DOMAIN 15081 15173 Fibronectin type-III 5.
 DOMAIN 15276 15368 Fibronectin type-III 6.
 DOMAIN 15377 15468 Fibronectin type-III 7.
 DOMAIN 15477 15570 Ig-like 94.
 DOMAIN 15573 15664 Fibronectin type-III 8.
 DOMAIN 15671 15764 Fibronectin type-III 9.
 REPEAT 15690 15738 Kelch 2.
 DOMAIN 15772 15864 Fibronectin type-III 10.
 REPEAT 15794 15839 Kelch 3.
 REPEAT 15848 15898 Kelch 4.
 DOMAIN 15872 15966 Fibronectin type-III 11.
 DOMAIN 15973 16065 Fibronectin type-III 12.
 DOMAIN 16073 16167 Fibronectin type-III 13.
 DOMAIN 16176 16264 Ig-like 95.
 DOMAIN 16269 16362 Fibronectin type-III 14.
 DOMAIN 16368 16461 Fibronectin type-III 15.
 REPEAT 16436 16492 RCC1 3.
 DOMAIN 16470 16586 Ig-like 96.
 DOMAIN 16591 16684 Fibronectin type-III 16.
 DOMAIN 16691 16786 Fibronectin type-III 17.
 DOMAIN 16788 16883 Fibronectin type-III 18.
 DOMAIN 16986 17076 Fibronectin type-III 19.
 REPEAT 16996 17042 WD 5.
 DOMAIN 17083 17176 Fibronectin type-III 20.
 DOMAIN 17184 17282 Ig-like 97.
 DOMAIN 17287 17380 Fibronectin type-III 21.
 REPEAT 17309 17355 Kelch 5.
 DOMAIN 17388 17485 Fibronectin type-III 22.
 DOMAIN 17493 17588 Fibronectin type-III 23.
 DOMAIN 17589 17696 Ig-like 98.
 DOMAIN 17701 17792 Fibronectin type-III 24.
 DOMAIN 17800 17898 Fibronectin type-III 25.
 DOMAIN 17906 18001 Ig-like 99.
 DOMAIN 18006 18098 Fibronectin type-III 26.
 DOMAIN 18106 18205 Fibronectin type-III 27.
 DOMAIN 18210 18302 Fibronectin type-III 28.
 DOMAIN 18311 18398 Ig-like 100.
 DOMAIN 18405 18499 Fibronectin type-III 29.
 DOMAIN 18506 18598 Fibronectin type-III 30.
 REPEAT 18573 18631 RCC1 4.
 DOMAIN 18607 18696 Ig-like 101.
 DOMAIN 18701 18793 Fibronectin type-III 31.
 REPEAT 18792 18831 WD 6.
 DOMAIN 18801 18893 Fibronectin type-III 32.
 REPEAT 18868 18921 RCC1 5.
 DOMAIN 18902 18996 Fibronectin type-III 33.
 DOMAIN 19005 19090 Ig-like 102.
 DOMAIN 19099 19192 Fibronectin type-III 34.
 REPEAT 19120 19165 Kelch 6.
 REPEAT 19165 19220 RCC1 6.
 DOMAIN 19198 19289 Fibronectin type-III 35.
 DOMAIN 19297 19388 Ig-like 103.
 REPEAT 19330 19363 TPR 10.
 DOMAIN 19393 19485 Fibronectin type-III 36.
 DOMAIN 19492 19584 Fibronectin type-III 37.
 DOMAIN 19592 19686 Fibronectin type-III 38.
 DOMAIN 19695 19786 Ig-like 104.
 DOMAIN 19791 19881 Fibronectin type-III 39.
 DOMAIN 19890 19983 Fibronectin type-III 40.
 DOMAIN 19990 20081 Ig-like 105.
 DOMAIN 20086 20177 Fibronectin type-III 41.
 REPEAT 20152 20208 RCC1 7.
 DOMAIN 20185 20277 Fibronectin type-III 42.
 REPEAT 20252 20305 RCC1 8.
 DOMAIN 20285 20384 Fibronectin type-III 43.
 DOMAIN 20393 20479 Ig-like 106.
 DOMAIN 20488 20579 Fibronectin type-III 44.
 REPEAT 20509 20554 Kelch 7.
 DOMAIN 20588 20680 Fibronectin type-III 45.
 DOMAIN 20688 20776 Ig-like 107.
 DOMAIN 20781 20873 Fibronectin type-III 46.
 DOMAIN 20881 20973 Fibronectin type-III 47.
 DOMAIN 20978 21073 Fibronectin type-III 48.
 DOMAIN 21082 21173 Ig-like 108.
 DOMAIN 21178 21269 Fibronectin type-III 49.
 DOMAIN 21276 21369 Fibronectin type-III 50.
 DOMAIN 21377 21471 Fibronectin type-III 51.
 DOMAIN 21576 21667 Fibronectin type-III 52.
 DOMAIN 21673 21762 Fibronectin type-III 53.
 DOMAIN 21865 21957 Fibronectin type-III 54.
 REPEAT 21887 21932 Kelch 8.
 DOMAIN 21965 22057 Fibronectin type-III 55.
 REPEAT 22052 22093 WD 7.
 DOMAIN 22062 22156 Fibronectin type-III 56.
 REPEAT 22084 22129 Kelch 9.
 DOMAIN 22165 22257 Ig-like 109.
 DOMAIN 22262 22353 Fibronectin type-III 57.
 DOMAIN 22360 22453 Fibronectin type-III 58.
 REPEAT 22428 22482 RCC1 9.
 DOMAIN 22461 22555 Fibronectin type-III 59.
 DOMAIN 22657 22748 Fibronectin type-III 60.
 DOMAIN 22754 22844 Fibronectin type-III 61.
 DOMAIN 22948 23040 Fibronectin type-III 62.
 DOMAIN 23048 23140 Fibronectin type-III 63.
 DOMAIN 23145 23239 Fibronectin type-III 64.
 REPEAT 23168 23212 Kelch 10.
 DOMAIN 23248 23339 Ig-like 110.
 DOMAIN 23344 23436 Fibronectin type-III 65.
 DOMAIN 23443 23536 Fibronectin type-III 66.
 DOMAIN 23545 23638 Fibronectin type-III 67.
 REPEAT 23566 23612 Kelch 11.
 DOMAIN 23647 23736 Ig-like 111.
 DOMAIN 23741 23832 Fibronectin type-III 68.
 DOMAIN 23838 23928 Fibronectin type-III 69.
 REPEAT 23903 23953 RCC1 10.
 DOMAIN 23937 24025 Ig-like 112.
 DOMAIN 24030 24124 Fibronectin type-III 70.
 REPEAT 24041 24087 WD 8.
 DOMAIN 24130 24222 Fibronectin type-III 71.
 DOMAIN 24227 24321 Fibronectin type-III 72.
 DOMAIN 24330 24417 Ig-like 113.
 DOMAIN 24426 24518 Fibronectin type-III 73.
 REPEAT 24513 24556 WD 9.
 DOMAIN 24526 24618 Fibronectin type-III 74.
 DOMAIN 24627 24720 Fibronectin type-III 75.
 DOMAIN 24729 24816 Ig-like 114.
 DOMAIN 24823 24914 Fibronectin type-III 76.
 DOMAIN 24920 25010 Fibronectin type-III 77.
 REPEAT 24941 24986 Kelch 12.
 DOMAIN 25019 25108 Ig-like 115.
 DOMAIN 25112 25204 Fibronectin type-III 78.
 REPEAT 25123 25169 WD 10.
 DOMAIN 25212 25304 Fibronectin type-III 79.
 DOMAIN 25309 25403 Fibronectin type-III 80.
 DOMAIN 25412 25503 Ig-like 116.
 DOMAIN 25508 25600 Fibronectin type-III 81.
 DOMAIN 25608 25700 Fibronectin type-III 82.
 DOMAIN 25709 25802 Fibronectin type-III 83.
 REPEAT 25730 25778 Kelch 13.
 REPEAT 25891 25935 WD 11.
 DOMAIN 25905 25996 Fibronectin type-III 84.
 DOMAIN 26001 26092 Fibronectin type-III 85.
 DOMAIN 26101 26187 Ig-like 117.
 DOMAIN 26194 26286 Fibronectin type-III 86.
 REPEAT 26281 26324 WD 12.
 DOMAIN 26294 26386 Fibronectin type-III 87.
 DOMAIN 26391 26485 Fibronectin type-III 88.
 DOMAIN 26494 26584 Ig-like 118.
 DOMAIN 26591 26683 Fibronectin type-III 89.
 DOMAIN 26691 26783 Fibronectin type-III 90.
 DOMAIN 26791 26885 Fibronectin type-III 91.
 DOMAIN 26894 26983 Ig-like 119.
 DOMAIN 26988 27079 Fibronectin type-III 92.
 DOMAIN 27084 27175 Fibronectin type-III 93.
 DOMAIN 27168 27272 Ig-like 120.
 DOMAIN 27277 27368 Fibronectin type-III 94.
 REPEAT 27363 27406 WD 13.
 DOMAIN 27375 27469 Fibronectin type-III 95.
 DOMAIN 27473 27567 Fibronectin type-III 96.
 DOMAIN 27576 27663 Ig-like 121.
 DOMAIN 27672 27764 Fibronectin type-III 97.
 DOMAIN 27772 27864 Fibronectin type-III 98.
 DOMAIN 27873 27964 Fibronectin type-III 99.
 REPEAT 27939 27989 RCC1 11.
 DOMAIN 27963 28058 Ig-like 122.
 DOMAIN 28067 28158 Fibronectin type-III 100.
 REPEAT 28133 28182 RCC1 12.
 DOMAIN 28164 28254 Fibronectin type-III 101.
 REPEAT 28185 28230 Kelch 14.
 DOMAIN 28359 28451 Fibronectin type-III 102.
 DOMAIN 28459 28551 Fibronectin type-III 103.
 DOMAIN 28556 28650 Fibronectin type-III 104.
 DOMAIN 28659 28750 Ig-like 123.
 REPEAT 28669 28706 TPR 11.
 DOMAIN 28755 28847 Fibronectin type-III 105.
 DOMAIN 28855 28950 Fibronectin type-III 106.
 REPEAT 28923 28957 TPR 12.
 DOMAIN 28955 29049 Fibronectin type-III 107.
 DOMAIN 29058 29148 Ig-like 124.
 DOMAIN 29155 29246 Fibronectin type-III 108.
 DOMAIN 29252 29342 Fibronectin type-III 109.
 DOMAIN 29350 29439 Ig-like 125.
 DOMAIN 29446 29538 Fibronectin type-III 110.
 REPEAT 29468 29513 Kelch 15.
 REPEAT 29533 29576 WD 14.
 DOMAIN 29546 29638 Fibronectin type-III 111.
 DOMAIN 29643 29736 Fibronectin type-III 112.
 DOMAIN 29745 29836 Ig-like 126.
 DOMAIN 29841 29933 Fibronectin type-III 113.
 DOMAIN 29941 30033 Fibronectin type-III 114.
 DOMAIN 30042 30135 Fibronectin type-III 115.
 DOMAIN 30144 30229 Ig-like 127.
 DOMAIN 30238 30329 Fibronectin type-III 116.
 DOMAIN 30335 30425 Fibronectin type-III 117.
 REPEAT 30399 30432 TPR 13.
 DOMAIN 30430 30523 Ig-like 128.
 DOMAIN 30530 30622 Fibronectin type-III 118.
 DOMAIN 30629 30722 Fibronectin type-III 119.
 DOMAIN 30727 30824 Fibronectin type-III 120.
 DOMAIN 30833 30921 Ig-like 129.
 DOMAIN 30930 31021 Fibronectin type-III 121.
 DOMAIN 31029 31122 Fibronectin type-III 122.
 DOMAIN 31131 31224 Fibronectin type-III 123.
 DOMAIN 31233 31322 Ig-like 130.
 DOMAIN 31327 31418 Fibronectin type-III 124.
 DOMAIN 31424 31516 Fibronectin type-III 125.
 DOMAIN 31525 31616 Ig-like 131.
 DOMAIN 31621 31715 Fibronectin type-III 126.
 DOMAIN 31721 31813 Fibronectin type-III 127.
 REPEAT 31742 31787 Kelch 16.
 DOMAIN 31821 31914 Fibronectin type-III 128.
 DOMAIN 31923 32012 Ig-like 132.
 DOMAIN 32017 32109 Fibronectin type-III 129.
 DOMAIN 32118 32213 Fibronectin type-III 130.
 DOMAIN 32220 32312 Fibronectin type-III 131.
 DOMAIN 32322 32410 Ig-like 133.
 DOMAIN 32512 32605 Fibronectin type-III 132.
 REPEAT 32601 32644 WD 15.
 DOMAIN 32614 32708 Fibronectin type-III 133.
 DOMAIN 32717 32807 Ig-like 134.
 REPEAT 32754 32799 WD 16.
 DOMAIN 32817 32908 Ig-like 135.
 DOMAIN 32911 33001 Fibronectin type-III 134.
 REPEAT 32932 32977 Kelch 17.
 DOMAIN 33040 33294 Protein kinase.
 REPEAT 33152 33189 WD 17.
 DOMAIN 33358 33446 Ig-like 136.
 REPEAT 33366 33411 Kelch 18.
 DOMAIN 33478 33571 Ig-like 137.
 DOMAIN 33583 33672 Ig-like 138.
 REPEAT 34097 34130 TPR 14.
 DOMAIN 34163 34253 Ig-like 139.
 DOMAIN 34350 34438 Ig-like 140.
 REPEAT 34380 34413 TPR 15.
 DOMAIN 34507 34596 Ig-like 141.
 DOMAIN 34641 34729 Ig-like 142.
 DOMAIN 34923 35011 Ig-like 143.
 DOMAIN 35118 35209 Ig-like 144.
 NP_BIND 33046 33054 ATP (By similarity).
 REGION 252 340 ZIS1 (By similarity).
 REGION 1412 1446 ZIS5 (By similarity).
 ACT_SITE 33160 33160 Proton acceptor (By similarity).
 BINDING 33069 33069 ATP (By similarity).
 MOD_RES 262 262 Phosphoserine.
 MOD_RES 264 264 Phosphoserine.
 MOD_RES 266 266 Phosphothreonine.
 MOD_RES 6881 6881 Phosphoserine.
 MOD_RES 9144 9144 Phosphoserine.
 MOD_RES 9164 9164 Phosphoserine (By similarity).
 MOD_RES 9168 9168 Phosphothreonine (By similarity).
 MOD_RES 11866 11866 Phosphoserine.
 MOD_RES 12173 12173 Phosphoserine.
 MOD_RES 12625 12625 Phosphothreonine.
 MOD_RES 12869 12869 Phosphothreonine.
 MOD_RES 12871 12871 Phosphoserine.
 MOD_RES 12884 12884 Phosphoserine.
 MOD_RES 23387 23387 Phosphoserine (By similarity).
 MOD_RES 23396 23396 Phosphothreonine (By similarity).
 MOD_RES 31305 31305 Phosphothreonine.
 MOD_RES 33203 33203 Phosphotyrosine (By similarity).
 MOD_RES 34107 34107 Phosphoserine.
 MOD_RES 34109 34109 Phosphoserine.
 MOD_RES 34464 34464 Phosphoserine.
 MOD_RES 34476 34476 Phosphoserine.
 DISULFID 967 1018 By similarity.
 DISULFID 1730 1783 By similarity.
 DISULFID 2202 2252 By similarity.
 DISULFID 3265 3317 By similarity.
 DISULFID 4365 4416 By similarity.
 DISULFID 4460 4511 By similarity.
 DISULFID 4553 4604 By similarity.
 DISULFID 4647 4698 By similarity.
 DISULFID 4740 4791 By similarity.
 DISULFID 5022 5073 By similarity.
 DISULFID 5209 5260 By similarity.
 DISULFID 5584 5635 By similarity.
 DISULFID 5771 5822 By similarity.
 DISULFID 5864 5915 By similarity.
 DISULFID 6146 6197 By similarity.
 DISULFID 6333 6384 By similarity.
 DISULFID 6426 6477 By similarity.
 DISULFID 6709 6760 By similarity.
 DISULFID 6988 7039 By similarity.
 DISULFID 7084 7135 By similarity.
 DISULFID 7180 7231 By similarity.
 DISULFID 7274 7325 By similarity.
 DISULFID 7367 7418 By similarity.
 DISULFID 7650 7701 By similarity.
 DISULFID 7929 7980 By similarity.
 DISULFID 8025 8076 By similarity.
 DISULFID 8121 8172 By similarity.
 DISULFID 8215 8266 By similarity.
 DISULFID 8308 8359 By similarity.
 DISULFID 8591 8642 By similarity.
 DISULFID 8870 8921 By similarity.
 DISULFID 8966 9017 By similarity.
 DISULFID 9062 9113 By similarity.
 DISULFID 9255 9306 By similarity.
 DISULFID 9654 9704 By similarity.
 DISULFID 12929 12979 By similarity.
 DISULFID 13473 13522 By similarity.
 DISULFID 13828 13878 By similarity.
 DISULFID 14095 14145 By similarity.
 DISULFID 14184 14234 By similarity.
 DISULFID 14273 14323 By similarity.
 DISULFID 14633 14683 By similarity.
 DISULFID 32343 32394 By similarity.
 DISULFID 33378 33430 By similarity.
 DISULFID 34526 34580 By similarity.
 CROSSLNK 10665 10665 Glycyl lysine isopeptide (Lys-Gly)
 CROSSLNK 10679 10679 Glycyl lysine isopeptide (Lys-Gly)
 CROSSLNK 10686 10686 Glycyl lysine isopeptide (Lys-Gly)
 CROSSLNK 30428 30428 Glycyl lysine isopeptide (Lys-Gly)
 CROSSLNK 31008 31008 Glycyl lysine isopeptide (Lys-Gly)  
Keyword
 Alternative splicing; ATP-binding; Calcium; Calmodulin-binding; Coiled coil; Complete proteome; Cytoplasm; Direct protein sequencing; Disulfide bond; Immunoglobulin domain; Isopeptide bond; Kelch repeat; Kinase; Magnesium; Metal-binding; Nucleotide-binding; Nucleus; Phosphoprotein; Reference proteome; Repeat; Serine/threonine-protein kinase; TPR repeat; Transferase; Ubl conjugation; WD repeat. 
Sequence Source
 UniProt (SWISSPROT/TrEMBL); GenBank; EMBL 
Protein Length
 35213 AA 
Protein Sequence
MTTQAPMFTQ PLQSVVVLEG STATFEAHVS GSPVPEVSWF RDGQVISTST LPGVQISFSD 60
GRARLMIPAV TKANSGRYSL RATNGSGQAT STAELLVTAE TAPPNFSQRL QSMTVRQGSQ 120
VRLQVRVTGI PTPVVKFYRD GAEIQSSLDF QISQEGDLYS LLIAEAYPED SGTYSVNATN 180
SVGRATSTAE LVVQGEEVVP AKKTKTIVST AQISETRQTR IEKKIEAHFD ARSIATVEMV 240
IDGATGQLPH KTPPRIPPKP KSRSPTPPSI AAKAQLARQQ SPSPIRHSPS PVRHVRAPTP 300
SPVRSVSPAG RISTSPIRSV KSPLLIRKTQ TTTMATGPEV PPPWKQEGYV ASSTEAEMRE 360
TTMTSSTQIR REERWEGRYG VQEQVTISGA AAAAASASVS SSFTAGAITT GTKEVKQETD 420
KSAAVATVVA AVDMARVREP AISAVEQTAQ RTTTTAVHIQ PAQEQARKEA EKTAVTKVVV 480
AADKAKEQEL KSRTREVMVT TQEQTHISHE QIRKETEKAF VPKVVISATK AKEQETRITG 540
EITTKQEQKR ITQETIRQET EEIAASMVVV ATAKSTKLEA AVGVQEETAI QQDQMHLTHE 600
QMMKETRKTV VPKVIVATPK IKEQDLVSRS REAITTKRDQ VQITQEKKRK EVETTALSTI 660
AVATAKAKEQ ETVLRSREAM ATRQEHIQVT HGQVGVGKKA EAVATVVAAV DQARVREPRE 720
PTHVEESHSQ QTTLEYGYKE HISTTKVPEQ PRRPASEPHV VPQAVKPAVI QAPSETHIKT 780
TDQMGMHISS QVKKTTDIST ERLVHVDKRP RTASPHFTVS KISVPKTEHG YEASIAGSAI 840
ATLQKELSAT SSTQKITKSV KAPTVKPGET RVRAEPTPSP QFPFADMPPP DTYKSQAGIE 900
VKKEVGVSIS GSTVREEHFE VLRGREAKVT ETARVPAPAE VPVTPPTLVS GLKNVTVIEG 960
ESVTLECHIS GYPSPKVTWY REDYQIESSI DFQITFQGGI ARLMIREAFA EDSGRFTCSA 1020
VNEAGTVSTS CYLAVQVSEE FDKETTLTEK FATEEKRFVE SRDVVMTDTS ITEEQAGPGE 1080
PAAPFFISKP VVQKLVEGGS VVFECQIGGN PKPHVYWKKS GVPLTTGYRY KVSYNKQTGE 1140
CRLVISMTFA DDAGEYTIVI RNKHGETSAS ASLLEEADYE ALVKTQQEML YQTQMSTFIQ 1200
EPKVGEIAPG FAYSEYEKEY EKEQALIRKK MAKDTVMVRT FVEDQEFHIS SFEERLIKEI 1260
EYRIIKTTLE ELLEEDGEEK MAVDISESEA IESGFDIRIK NYRILEGMGV TFHCKMSGYP 1320
LPKIAWYKDG KRIRHGERYQ MDFLQDGRAS LRIPVVLPED EGIYTAFASN IKGNAICSGK 1380
LYVEPAAPFS APTYMPTPEA VSRIRSVSPR SLSRSPIRMS PAMSPARMSP ARMSPARMSP 1440
ARMSPGRRLE ETDESQLERL YKPVFVLKPA SFKCLEGQTA RFDLKVVGRP MPETFWFHNG 1500
QQIVNDYTHK VVIKEDGTQS LIIVPASPSD SGEWTVVAQN RAGKSTISVT LTVEAVEHQI 1560
KPAFVEKLKN VNIKEGSRLE MKVRATGNPN PDIVWLKNSD IIVPHKYPRI RIEGTRGEAA 1620
LKIDSIISQD SAWYTATAIN KAGRDTTRCK VNVEVEFAEP EPERKLIIPR GTYRAKEIAA 1680
PELEPLHLRY GQEQWEEGDL YDKEKQQKPF FKKKLTSLRL KRFGPAHFEC RLTPIGDPTM 1740
VVEWLHDGKP LEAANRLRMI NEFGYCSLDY GAAYSRDSGV ITCRATNKYG TDHTSATLIV 1800
KDEKSLVEES QLPDGKKGLQ RIEELERMAH EGALTGVTTD QKEKQKPDIV LFPEPVRVLE 1860
GETARFRCRV TGYPQPKVNW YLNGQLIRKS KRFRVRYDGI HYLDIVDCKS YDTGEVKVTA 1920
ENPEGVTEHK VKLEIQQRED FRSVLRRAPE PKPEFHVHEP GKLQFEVQKV DRPVDTSETK 1980
EVVKLKRAER ITHEKVSEES EELRSKFKRR TEEGYYEAIT AVELKSRKKD ESYEELLKKT 2040
KDELLHWTKE LTEEEKKALA EEGKITIPTF KPERIELSPS MEAPKIFERI QSQTVGQGSD 2100
AHFRVRVVGK PDPECEWYKN GVKIERSDRI YWYWPEDNVC ELVIRDVTAE DSASIMVKAI 2160
NIAGETSSHA FLLVQAKQLI TFTQELQDVV AKEKDTMATF ECETSEPFIK VKWYKDGIEV 2220
HAGDKYRMHS DRKVHFLSVL TIDTSDAEDY SCVLVEDENI KTTAKLIVEG AVVEFVKELQ 2280
DIEVPESYSG ELECIISPEN IEGKWYHNDV ELKSNGKYSI TSRRGRQNLT VKDVTKEDQG 2340
EYSFVVDGKK TTCKLKMKPR PIAILQGLSD QKVCEGDIVQ LEVKVSLENV EGVWMKDGQE 2400
VQHSDRVHIV IDKQSHMLLI EDMTKEDAGN YSFTIPALGL STSGNVSVYS VDVITPLKDV 2460
NVIEGTKAVL ECKVSVPDVT SVKWYLNDEQ IKPDDRVQSI VKGTKQRLVI NRTHASDEGP 2520
YKLMVGRVET SCNLSVEKIK IIRGLRDLTC TETQNVVFEV ELSHSGIDVV WNFKGKEIKP 2580
SSKYKIEAHG KIYKLTVLNM MKDDEGEYAF YAGENTTSGK LTVAGGAIST PLTDQTVAES 2640
QEAVFECEVA NPESEGEWLK DGKHLALSNN FRGESDGHKR RLVIAAAKLD DAGEYTYKVA 2700
TSKTSAKLKV EAVKIKKTLR NLTVTETQDA VFSVELTHPD VKGVQWIKNG VVLDSNDKYE 2760
ISVKGTLYSL KIKNCAMADE SVYGFKLGRL GASARLHVET VKIIKKPKDV TALENATVTF 2820
EVSVSHDTVP VKWFHKNVEI KPSDKHRLVS ERKVHKLMLQ SISPSDAGEY TAMVGQLECK 2880
AKLFVETLHI TKTMKSIEVP ETKAASFECE VSHFNVPSMW LKNGVEIEMS EKFKIVVQGK 2940
LHQLIIMNTS TEDSAEYTFV CGNDQVSATL TVTPIMITSM LKDINAEEKD TITFEVTVNY 3000
EGISYKWLKN GVEIKSTDRC QMRTKKLTHS LNIRNVHFGD AADYTFVAGK ATSTATLYVE 3060
ARHIEFRKHI KDIKVLEKKR AMFECEVSEP DITVQWMKDG QELQIADRIK IQKEKYVHRL 3120
LIPSTRMSDA GKYTVVAGGN MSTANLFVEG RDVRIRSIKK EVQVIEKQRA VVEFEVNEDD 3180
VDAHWYKDGI EINFQVQERH QYVVERRIHR MFISETRHSD AGEYTFVAGR NRSSVTLYVN 3240
APEPPQVLQE LQPVTVQSGK PARFCAVISG RPQPKISWYK EEQLLSTGFK CKFLHDGQEY 3300
TLLLIEAFPE DAAVYTCEAK NDYGVATTSA SLSVEVPEVV SPDQEMPVYP PAIVTPLQDT 3360
VTSEGRPARF QCQVSGTDLK VSWYCKDKKI KPSRFFRMTQ FEDTYQLEIA EAYPEDEGTY 3420
AFVANNAVGQ VSSTATLRLE APESILHERI GQQIEMEMKE IASLLSAEED FQTYSSDLRL 3480
PNANETLELL SEPPARSTQF DSRQEGAAPV FIREISDVEI SVEDVAKLSV TVTGCPKPKI 3540
QWFFNGMLLT PSADYKFVFD GDTHSLIILF TRFQDEGEYT CLASNEYGKA VCSAHLRISP 3600
RGERSTEMES GEKKALEKPK GPCPPYFFKE LKPVHCGPGI PAVFEYSVHG EPAPTVLWFK 3660
EDMPLYTSVC YTIIHSPDGS GTFIVNDPQR GDSGLYLCKA QNLWGESTCA AELLVLPEDT 3720
DVPDASCKEE STLGVPGDFL ETSARGPLVQ GVDSRQEITA FAEGTISKAA LIAEETLQLS 3780
YERSVDDSEV GTGVTIGAQK LPPVVLSTPQ GTGELPSIDG AVHTQPGRGP PPTLNLQAVQ 3840
AQTTLPKEAT LQFEEPEGVF PGASSAAQVS PVTIKPLITL TAEPKGNYPQ SSTAAPDHAL 3900
LSSVAAETLQ LGEKKIPEVD KAQRALLLSQ SLAEGCVESL EVPDVAVSNM RSEPQVPFQH 3960
TCTEGKILMA SADTLKSTGQ DVALRTEEGK SLSFPLALEE KQVLLKEEQS EVVAVPTSQT 4020
SKSEKEPEAI KGVKEVREQE LLSKETLFPS MPEEQRLHLK TQVRRALQAA VAREQANLFS 4080
EWLRNIDKVE VTAVNFTQEP KRILCTYLIT SVSSLTEELT VTIEDIDPQM ANLETGLKDA 4140
LCSIVCEERN ILMAEDPRIH EEDKIDVQGG RDHLSDAQKV ETVIEAEADS KYLVSKEEVS 4200
WSKVESQLKD GDTNEVPQAE TLKLAEESGT QKTSTEMSQE EAEGTLADLC PAVLKHLVDT 4260
ISEEGDTVHL TSSISNAKEV HWYFKGNLVP SDGKFKCLKE QNAYTLVIEA VKTEDEGEYV 4320
CEASNDSGKA KTSAKLTVGE RAAPVIKRRI EPLEVALGHL AKFTCEIQGA PNVRFQWFKA 4380
GREIYESDKC SIRSSNYVSS LEILRTQVVD CGEYTCKASN EYGSVSCTAT LTVTEAYPPT 4440
FLSRPKALTT FVGKAAKFLC TVSGTPVIEI IWQKDGAALS PSPDCRVTDA DNKHSLELSN 4500
LTVQDRGIYS CKASNKFGAD ICQAELTIID KPHFIKELEA VQSAINKKIH LECQVDEDRK 4560
VTITWSKDGQ KLPAGKDYKI YFEDKIASLE IPLAKLKDSG TYTCTASNEA GSSSSSAAVA 4620
VREPPSFVKK VDPSYLMLPG ESARLHCKLK GSPVIQVTWF KNNKELSESN TVRMSFVNSE 4680
AILDITDVKV DDSGTYSCEA TNDVGSDSCS TEVVIKEPPS FIKTLEPADI VRGANALLQC 4740
EIAGTGPFEV NWFKDKKQIR SSKKYRLFTQ KTFVYLEISS FNSADVGDYE CVVANEVGKC 4800
GCVATHLLKE PPTFVKKVDD FTALAGQTVT LQAAVRGSEP ISVMWMKGQE VIKEDGKIKM 4860
SFSNGVAVLT IPDVQISLGG KYTCLAENEA GSQTSVGELI VKEPAKIIER AELIQVTAGD 4920
PATLEYTVSG TPELKPKWYK DGRPLVASKK YRISFKNNIA QLKFYSAELH DSGQYTFEIS 4980
NEVGSSSCET TFTVLDRDIA PLFTKPLRNV DSVVGGACRL DCKIAGSLPM RVSWFKDGKE 5040
LTASDRYQIA FVEGTASLEI SRVDMNDAGN FTCRATNSVG SKDSSGALIV QEPPSFVTKP 5100
GSRDVLPGSA VCLKSAFQGS APLTIKWFKG DKELVSGGSC YITKETSESS LELYAVKTSD 5160
SGTYTCKVSN VAGSVECSAD LFVKEPATFI EKLEPSQLLK KGDGTQLACK VTGTPPIKIT 5220
WFANDRELRE SSKHKMSFAE STAVLRLTDV AIEDSGEYMC EAQNEAGSDH CTGIVIVKES 5280
PYFTKEFKSI EVLKEYDVML LAEVAGTPPF EITWFKDNTT LRSGRKYKTF LQDQLVSLQV 5340
LKFVAADAGE YQCRVTNEVG SSTCSARVTL REPPSFIKKI EATSSLRGGT AAFQATLKGS 5400
LPITVTWLKD NDEITEDDNI RMTFENNVAS LYLSGIEVKH DGKYVCQAKN DAGIQRCSAL 5460
LSVKEPATIM EEAVSIDVTQ GDPATLQVKF SGTKEISAKW FKDGQELTLG PKYKISVTDT 5520
VSILKIISTE KKDSGEYTFE VQNDVGRSSC KASINVLDLI IPPSFTKKLR KMDSIKGSFI 5580
DLECIVAGSH PISIQWFKDD QEISASDKHK FSFHDNTAFL EISQLEGTDS GTYTCSATNK 5640
AGHSQCSGHL TVKEPPYFVE KPQSQDVNPG TRVQLKALVG GTAPMTIKWF KDNKELHPGA 5700
ARSVWKDDTS TILELFSAKA ADSGTYICQL SNDVGTTSSK ATIFVKEPPQ FIKKPSPVLV 5760
LRNGQSTTFE CQVTGTPEIR VSWYLDGNEI TDLRKYGISF VDGLATFQIS NARVENSGTY 5820
VCEARNDAGT ASCSIELKVK EPPIFIRELE PVEVVKDSDV ELECEVMGTT PFEVTWLKNN 5880
KEIRSGKKYT MSEKMSVFYL HITKCDPSDV GEYQCIIANE GGSCACSARV ALKEPPSFIK 5940
KIENVTTVLK SSATFQSTVA GSPPISITWL KDDQILEEND NVHISFEDSV ATLQVRSVDN 6000
GHSGRYTCQA KNESGIERCY AFLLVQEPAQ IIEKAKSVDV TEKDPVTLEC VVAGTPELKV 6060
KWLKDGKQIV PSRYFSMSFE NNVASFRIQS VMKQDSGQYT FKVENDFGSS SCDAYLRVLD 6120
QDIPPSFTKK LTKMDKVLGS SIHMECKVSG SLPISAQWFK DGKEISTSAK YRLVCHENTV 6180
SLEVSNLELE DTANYTCKVS NVAGDNACSG ILTVKEPPSF LVKPERQQAI PDSTVEFKAV 6240
LKGTPPFKIK WLKDDVELVS GPKCFIGLEG STSFLNLYSV DSSKTGQYTC QVTNDVGSDS 6300
CTTMLLVTEP PKFVKKLEAS KIIKAGDSAR LECKITGSPE IQVVWYRNEH ELTASDKYQM 6360
TFIDSVAVIQ MNSLGTEDSG DFICEAQNPA GSTSCSTKVI VKEPPVFSSF PPIVETLKNT 6420
EVSLECELSG TPPFEVVWYK DKRQLRSSKK YKVASKNFHA SIHILNVEST DIGEYHCKAQ 6480
NEVGSDACVC AVKLKEPPKF ISKLNSLTVV AGEPAELQAS IEGAQPISVQ WLKEKEEVIR 6540
ESENIRISFV NNVATLQFAK VEPANAGKYI CQVKNDGGVR ENMATLTVLE PAVIIEKAGS 6600
MTVTVGETCA LECKVAGTPE LSVEWYKDGK LLTSSQKHKF SFYNKISSLK ILSVEKEDAG 6660
TYTFQVQNNV GKSSCTAVVD VSDRMVPPSF TRRLKDTGGV LGTSCILECK VAGSSPISIA 6720
WFHEKTKIVS GAKYQTTFSD NVCTLQLNSL DSSDMGSYTC VAANVAGSDE CRALLTVQEP 6780
PSFVKEPEPL EVLPGKNITF TSVIRGTPPF KVGWFRGARE LVKGNRCNIY FEDTVAELEL 6840
FNIDISQSGE YTCVVSNNAG QASCTTRLFV KEPATFVKKL SDHSVEPGKS IILEGTYTGT 6900
LPISVTWKKD GVSITPSERC NIVTTEKTCI LEILSSTKGD AGHYSCEIEN EAGRDACDAL 6960
VSTLEPPYFV TELEPLEASV GDSVSLQCQV AGTPEITVSW FKGDTKLRST PEYRTYFTNN 7020
VATLVFNKVS INDSGEYTCM AENSIGTAAS KTIFRIQERQ LPPSFARQLK DIEQTVGLPV 7080
TLTCRLNGSA PIQVCWYRDG VLLRDDENLQ MSFVDNVATL KILQTDLSHS GQYSCSASNP 7140
LGTASSTARL TAREPKKSPF FDIKPVSIDV IAGESADFEC HVTGAQPMRV TWSKDNKEIR 7200
PGGNYTITCV GNTPHLRILK VGKGDSGQYT CQATNDVGKD MCSAQLSVKE PPKFIKKLDA 7260
SKVAKQGESI QLECKISGSP EIKVVWFRND SELHESWKYN MSFVNSVALL TINEASAEDT 7320
GDYICEAHNG VGDASCSTAL KVKAPPVFTQ KPPPVGALKG SDVILQCEIS GTPPFEVVWV 7380
KDRKQVRSSK KFKITSKNFD TSLHIFNLEA PDIGEYHCKA TNEVGSDTCA CTVKFKEPPR 7440
FVKKLSDAST LIGDPVELQA VVEGFQPISV VWLKDKGEVI RESENVRISF VDNIATLQLG 7500
SPEASQSGKY VCQIKNDAGM RECSAVLTVL EPATIVEKPE PMTVTTGNPF TLECVVAGTP 7560
ELSAKWFKDG RELSSGSRHH ITFVRNLASL KIPSAEMNDK GLYTFEVENR VGKSSCTVSV 7620
HVSDRVVPPS FVRRLKDTSA TLGASVVLEC RVSGSAPISV GWFLDGNEII SSPKCQSSFA 7680
DNVCTLTLSS LEPSDTGAYT CVAANVAGQD ESSAVLTVQE PPSFEQTPDS VEVLPGMSLT 7740
FTSVIRGTPP FKVKWFKGSR ELVSGEACTI SLEDFVTELE LLEVEPGQSG DYSCLVTNDA 7800
GSASCTTHLF VKEPATFVKR LADTSVETGS PIVLEATYSG TPPISVSWMK NEYPLSQSPN 7860
CGITTTEKSS ILEILESTIE DYAQYACLIE NEAGQDICEA LVSVLEPPYF IEPLEHVEAA 7920
IGEPITLQCK VDGTPEIRIS WYKEHTKLRS APAYKMQFKN NVASLVINKV DHSDVGEYTC 7980
KAENSVGAVA SSAVLVIKER KLPPSFARKL KDVHETLGFP VAFECRINGS EPLQVSWYKD 8040
GELLKDDANL QMSFVHHVAT LQILQTDQSH VGQYNCSASN PLGTASSSAK LILSEHEVPP 8100
FFDLKPVSVD LALGESGSFK CHVTGTAPIK ITWAKDNREI RPGGNYKMTL VENTATLTVL 8160
KVAKGDAGQY TCYASNVAGK DSCSAQLGVQ EPPRFIKKLD QSRIVKQDEY TRYECKIGGS 8220
PEIKVLWYKD EVEIQESSKF RMSFEDSVAI LEMHSLSVED SGDYTCEARN AAGSASSSTS 8280
LKVKEPPVFR KKPFPVETLK GADVHLECEL QGTPPFQVSW HKDKRELRSG KKYKIMSENL 8340
LTSIHILNVD TADIGEYQCK ATNDVGSDTC VGSVTMKAPP QFVKKLTDIS TIIGKEVQLQ 8400
TTIEGAEPIS VAWFKDKGEI VRESDNIWIS YSENIATLQF SRAEPANAGK YTCQIKNDAG 8460
MQECYATLSV LEPAAIVEKP ESIKVTTGDT CTLECTVSGT PELSTKWFKD GKELTSDNKY 8520
KISFFNKVSG LKIINVVPGD SGVYSFEVQN PVGKDSCKVS IQVSDRIIPP SFTRKLKETN 8580
GLSGSSVVME CKVYGSPPIS VLWFHDGNEI SSGRKYQTTL TDNTCALTVN MLEEADAGDY 8640
TCIATNVAGS DECSAPLTVR EPPSFVQKPD PMDVLTGSNV TFTSIVKGSP PFTVSWFKGS 8700
TELVPGARCN VSLQDSVGEL ELFDVDTSQS GEYTCIVSNE AGRASCTTRL FVKAPAIFVK 8760
RLNDYSIEKG KPLILEGTFS GTPPISVTWK KNGINVIASQ RCNITTTEKS AILEILSSTV 8820
EDSGQYNCYI ENASGKDSCS AQILILEPPY FVKQLEPVKV TVGDSASLQC QLAGTPEIGV 8880
SWYKGDTKLR PTATCKMHFK NNVATLVFTQ VDSSDSGEYI CRAENSVGEV SSSTFLTVQE 8940
QKLPPSFSRQ LRDVQETVGL PVVFECAVSG SEPISVSWYK DGKPLKDSPN IQTSFLDNIA 9000
TLNIFKTDRS LSGQYSCTAT NPIGSASSGA KLILTEGKNP PFFDIPLAPM DAVVGESADL 9060
ECHVTGTQPI KVTWAKDNRE IRSGGNYQIS YLENSAHLTI VKVDKGDSGQ YTCYAVNEVG 9120
KDSCTAQLNI KERLIPPSFT KKLSETVEET EGNSFKLEGR VAGSQPITVA WYKNNVEIHP 9180
TSNCEIMFKN NALLLQVKRA SMADAGLYTC KATNDAGSAL CTSSIVIKEP KKPPVFDQHL 9240
APVTASEGDS VQLSCHVQGS EPIRIQWLKA GREVKPSDRC SFSFASGTAM LELKETAKAD 9300
SGDYVCKASN VAGSDTSKCK VTIKEKPAAA PAAKKAAVDG KLFFVSEPQS IRVVEKTTAT 9360
FIAKVGGDPI PNVKWTKGKW RQLNQGGRIL IHQKGDEAKL EIRDTTKTDS GLYRCVAFNK 9420
HGEIESNVNL QVDERKKQEK IEGDLRAMLK KTPALKKGSG EEEEIDIMEL LKNVDPKEYE 9480
KYARMYGITD FRGLLQAFEL LKQSQEEETH RLEIEELEKS ERDEKEFEEL VAFIQQRLTQ 9540
TEPVTLIKDI ENQTVLKDND AIFEIDIKIN YPEIKLSWYK GTEKLEPSNK YEISIDGDRH 9600
TLRVKNCQPK DQGNYRLVCG PHIASAKLTV IEPAWERHLQ DVTLKEGQTC TMTCQFSVPN 9660
VKSEWFRNGR VLKPQGRVKT EVEHKVHKLT IADVRAEDQG QYTCKHEDLE TSAELRIEAE 9720
PIQFTKRIQN IVVSEHQSAT FECEVSFDDA IVTWYKGPTE LTESQKYNFR NDGRCHYMTI 9780
HNVTPDDEGV YSVIARLEPR GEARSTAELY LTTKEIKLEM KPPDIPDSRV PIPTMPIRAV 9840
PPEEIPPAVA PSIPLLLPLP EEKKPPAKRI EVTKKGVKKD TKKVVTKPKE EAPPPPVAKK 9900
PPPPTPMIPA KASEIIDVSS KAEEVKITTI TRKKEVHKEK EAVYEREEAV YEKKVHIEPW 9960
EEPYEELETE PYTEPYEEPY YEEPDEDYEE IKVEAKKQVH EEWEEDFEEG QEYYEREEGY 10020
DEGEEEWEEI YHEREIIQVQ KEVHEELHEK KIPAKVPEKK VPPPKVVKKP VVEKVEKTTR 10080
RMEEEKVQVI KVPEVSKKIV PQKPSRTPVQ EEIIEVKVPA VHTKKMVISE EKMFFASHTE 10140
EEVSVSVPEV QKKTVTEEKI HVAVSKKIEP PPKVPEPPKK PVPEEVVPVP IPKKVEPPAA 10200
KVPEAPKKPV PEEKKPVPIP KKKEPAAPPQ VPEAPKKPAP EEKIPVPVTK KKEAPPAKVP 10260
EVQKKVVTEE KIAIITQREE SPPPAVPEIP KKKVPEEKRP VPRKEEVPPP KVPVPPKKAV 10320
PEAVVPAPIP KKAPPRAEVS KKTVVEEKRF AAEEKLSVAV PQRVELMRHE EEEWTYSEEE 10380
ERVSVSVYRE EERDEEEAEI TEYEVLEEPE EYVVEEKMHF ISKKVEVEPA KVPEKKIIPK 10440
PKVPAKIEEP PPTKVPEPPK KIVPEKKVPA PAPKKVPPAK APEESKRPVP EKRAPAEEVG 10500
IEEPPPTKVA ERHMKITQEE KVLVAVTKKE APPRARVPEE PKKVAPEERF PKLKPRREEE 10560
PPAKVTEVRK RAVKEEKVSI EVPKREPRPT KEVTVTEEKK WSYTREEETV SEHREEEYED 10620
YEDYEEYKEF EEYEPTEEYD QYDEYAEREV EHYEEHEEYV TEPKKPVPVK PAQEPVPAKP 10680
KAPPPKVLKK AVPEEKAPLP IQKKLKPLPP KAPEEPKKVV EEKIQISITK REKQQVTEPV 10740
AKVPMKPKRV VPEAKIPAPT KEVAVPVRVP GVPKKRELEE VVVFKEEVEA HEEYIVEEEE 10800
EYVHEEEYVH KEEYVHEEEY VHKEEYIHEE EEHLHEEEET IAEEEVVPVA PVKVPVVPKK 10860
PVPEEKKPVP VPKKKEAPPA KVPEIPKKPE EKVPVPIPKK EKAPPAKVPE VPKKPVPEEK 10920
PPVPVPKKVE PPPAKVPEVP KKPVPEKKVP APTPKKVEAP PAKVPEVPKK PIPEEKKPTA 10980
LLKKMEAPPP KAPKKREVVP VPVALPREEE EEEVPFEEVP EEEILPEEEV PSEEEAPPEE 11040
VPPEEEEVLP EEEEVLPEEE EVLPEEEEVQ PEEEALPEIK PKVPKPAPVP KKTVPEKKVP 11100
VPVPKKVEPP PPPKVPEIKK KVPEKKVVVP KKEEAPPTKV PEVSKKVEER RIIPPKEEEV 11160
PPAEVYEEAE EPTPEEIPEE PPSIEEEEIV EEEEEEEEVL PPRAPEVVKK AVPEAPTPVP 11220
KKAEAPPAKV PKKIPEEKVP VPVQKKEAPP AKVPEKKKIP EKKVPVPKKE AVPPAKGKAV 11280
FEEKISVAYQ QEELVQERIE LELVEAKVEE AFEEEEFHEV QEYFEEEEFH EVEEFIRVEE 11340
RRFQEEHKVE EVHRVIEFLE AEEVEVYEKP KIPPKKGPEV SEKVIPPKKP PTKVIPRKEP 11400
PAKVPEVTKK TVVEEKIRAP EEPKVPAPKA PEVPKKITPE EKVREAVPKK PEVPPPKVPE 11460
VPKKIIQEEK LPVVLPEDTE IYMYEASEET VIEEEHVTLP QKARLKVAKV PAPPQTVVTE 11520
EKTYVTIRKT RETLALKESE TTREAFPELK SYKAVPEIPE PPSPEDLEII EDVLPEKRPP 11580
ASKRRKTQLP TAPEAPREMP PEMNTFEEIS VEPEMLPTQV LDTYQEATVE KKTLRISRKK 11640
PELPSDEEVP EAPREVVAKK KVLPPQVPEV VPVKVPGAPK EVVSERKSLE EPPKKPAVRP 11700
VTVPEEPKEV IPEKKVSLVP PKKPAAPPVT VPEAPEEVFS EDEETLAPPQ EPEAPPAKVP 11760
EAPKEVVPEK KVSVVPPKKP EAPPAKVPEA PKEAAPEKKV PVAPKKKPEA PPVKVPEAPK 11820
KVVPEKKLPV AAPKKPEAPA AEVPEVPKTA VPQKKIPEAI PPKPESPPLE VPEVPPKEVT 11880
PEKKVPAAPP TKPEIPPPKV PEAPQAAVVE EKTPEALPKK AEAAPVPVPQ VQETVPEKTR 11940
PVGPPKKPEA TTVPVPKVQK TIPEKTRPEA PPKRPEARTV PETVPEKTRP MAPPKKPEAT 12000
TLPVPEVQET VPEKTRPVGP PKKPEATTVP VPEVQETIPE KTRPPKKPEA TPVPVPEVQE 12060
TVPEKTRPVG PPKKPEATTV SVPEVQETIP EKTRPAAPPK KPEATAVPET IPEKTRPEAP 12120
PKRPEATTVP VPEADQAVVP EKKVPRVPPK KVEAPPITVP EEPKEVIPEK KVSLVPPKKP 12180
AAPPVTVPEA PEEVFSEDEE TLAPPQEPEA PPAKVPEAPK EVVPEKKVSV VPPKKPEAPP 12240
AKVPEAPKEA APEKKVPVAP KKKPEAPPVK VPEAPKKVVP EKKLPVAAPK KPEAPAAEVP 12300
EVPKAAVPQK KIPEAIPPKP ESPPPEVYEE PEEEIVPEEP PEEAVEEPVP APPPKVTEPP 12360
KKPVPEKKAP PAVVKKPEPP PAKVPEVPKE APPEKKVPPK KPEAPPAKVP EVPKEVVTEK 12420
KVAVPKKPEV PPAKVPEVPK KPVIEEKPAI PVVEKVASPP AEVYEEPEEV TAEEEEPAPA 12480
VEEEEYEAPP PPAPVPEEPK KVVPEKKFPV IKKPEAPPPK VPEVPKKAVP VKKVPVVKKP 12540
EPPEAEVPEV PKKLVPVKKE PVPVTKKTEV LPEKVPEAPK KITPEKKESV PVPEEPEAPP 12600
ASVEETPEET IYEEKATITI GRKETPPVEE REIEKFIQPE EPELEPEPEE IPVQEPEPEK 12660
KVIEKPKLKP RPPARPPSPP KEDVKEKMFQ LKAVSKKKVP EKPEVVEKVE PAPLKVPTAE 12720
KKVRKLLPEP KPQPKEEVVL KSVLRKKPEE EEPKVEPKKV EKAKKPEEPQ PPPKAVEVEA 12780
PPEPTPKERK VPEPAKVPEI KPAIPLPGPE PKPKPEPEVK TMKAPPIEPA PTPIAAPVTA 12840
PVVGKKAEAK PKDEAAKPKG PIKGVAKKTP SPIEAERKKL RPGSGGEKPP DEAPFTYQLK 12900
AVPLKFVKEI KDIVLTEAES VGSSAIFECL VSPSTAITTW MKDGSNIRES PKHRFIADGK 12960
DRKLHIIDVQ LSDAGEYTCV LRLGNKEKTS TAKLIVEELP VRFVKTLEEE VTVVKGQPLY 13020
LSCELNKERD VVWRKDGKIV VEKPGRIVPG VIGLMRALTI NDADDTDAGT YTVTVENANN 13080
LECSSCVKVV EIIREWLVKP IRDQHVKPKG TAVFTCDIAK DTPNIKWFKG YDEIPLEPND 13140
KTEILKEGNH LFLKVKNAMP EDIDEYAVEI EGKRYPAKLT LGEREVELLK PIEDVTIYEK 13200
ESASFDAEIS EEDIPGEWKL KGELLRPSPT CEIKAEGGKR FLTLHKVKLD QAGEVLYQAC 13260
NAITTAILTV KEIELDFAVP LKDVTVPEKR QARFECVLTR EANVIWSKGP DIIKASDKFD 13320
IIADGKKHIL VINDSQFDDE GVYTAEVEGK KTSAQLFVTG IRLKFISPLE DQTVKEGQTA 13380
TFVCELSHEK MHVVWFKNDV KLHTTRTVLM SSEGKTYKLE IRETTLDDIS QIKAQVKNLS 13440
STANLKVLEA DPYFTVKLHD KTGVEKDEII LKCEVSKDVP VKWFKDGEEI VPSPKHSVKT 13500
DGLRRILKIK KAELKDKGEY VCDCGTDTTK ANVTVEARLI KVEKPLYGVE VFVGETARFE 13560
IELSEPDVHG QWKLKGEPLT ASPDCEIIED GKKHVLVLYN CQLDMTGEIS FQAANAKSAA 13620
NLKVKELPLI FITPLSDVKV FEKDEAKFEC EVSREPKTFR WLKGTQEITG DDRFELIKDG 13680
TRHSLVIKSA AFEDEAKYMF EAEDKRTSGK LIIEGIRLKF LTPLKDVTAK ERENAVFTVE 13740
LSHDNIPVSW FKNDQRLHTS KRVSMHDEGK THSITFKDLS IDDTSQIRVE AMGISSEAKL 13800
TVLEGDPYFT GKLQDYTGVE KDEVILQCEI SKADAPVKWF KDGKEIKPSK NVVIKADGKK 13860
RMLILKKALK SDIGQYTCDC GTDQTSGKLD IEDREIKLVR PLYSVEVMET ETARFETEIS 13920
EDDIHANWKL KGEALLQTPE CEIKEEGKIH VLILHNCRLD QTGGVDFQAA NVKSSAHLRV 13980
KPRVIGLLRP LKDVTVTAGE TATFDCELSY EDIPVEWYLK GKKLEPNDKV VTRSEGRVHT 14040
LTLRDVKLED AGEVQLTAKD FKTQANLFVK EPPVEFTKPL EDQTVEEEAT AVLECEVSRE 14100
NAKVKWFKNG TEILKSKKYE IVADGRVRKL IIHGCTPEDI KTYTCDAKDF KTSCNLNVVP 14160
PHVEFLRPLT DLQVKEKETA RFECEISKEN EKVQWFKDGA EIKKGKKYDI ISKGAVRILV 14220
INKCLLNDEA EYSCEVRTAR TSGMLTVLEE EAVFTKNLAN LEVSEGDTIK LVCEVSKPGA 14280
EVIWYKGDEE IIETGRFEIL TDGRKRILII QNAQLEDAGS YNCRLPSSRT DSKVKVHELA 14340
AEFISKPQNL EILEGEKAEF VCTISKESFE VQWKRDDQTL ESGDKYDIIA DGKKRVLVVK 14400
DATLQDMGTY VVMVGAARAA AHLTVIEKLR IIVPLKDTKV KEQQEVVFNC EVNTEGAKAK 14460
WFRNEEAIFD SSKYIILQKD LVYTLRIRDA RLDDQANFNV SLTNHRGENV KSAANLIVEE 14520
EDLRIVEPLK DIETMEKKSV TFWCKVNRLN VTLKWTKNGE EVAFDNRISY RIDKYKHSLI 14580
IKDCGFPDEG EYVVTAGQDK SVAELLIIEA PTEFVEHLED QTVTEFDDAV FSCQLSREKA 14640
NVKWYRNGRE IKEGKKYKFE KDGSIHRLII KDCRLEDECE YACGVEDRKS RARLFVEEIP 14700
VEIIRPPQDI LEAPGADVIF LAELNKDKVE VQWLRNNMIV VQGDKHQMMS EGKIHRLQIC 14760
DIKPRDQGEY RFIAKDKEAR AKLELAAAPK IKTADQDLVV DAGQPLTMVV PYDAYPKAEA 14820
EWFKENEPLS TKTVDTTAEQ TSFRISEAKK DDKGRYKIVL QNKHGKAEGF INLQVIDVPG 14880
PVRNLEVTET FDGEVSLAWE EPLTDGGSKI IGYVVERRDI KRKTWVLVTD RADSCEFTVT 14940
GLQKGGVEYL FRVSARNRVG TGEPVETDSP VEARSKYDVP GPPLNVTITD VNRFGVSLTW 15000
EPPEYDGGAE ITNYVIELRD KTSIRWDTAM TVRAEDLSAT VTDVVEGQEY SFRVRAQNRI 15060
GVGKPSAATP FVKVADPIER PSPPVNLNAS EQTQSSVQLT WEPPLKDGGS PILGYIIERR 15120
EEGKDNWIRC NMKPVPELTY KVTGLQKGNK YLYRVSAENA AGVSDPSEIL GPLTADDAFV 15180
EPTMDLSAFK DGLEVIVPNP IKILVPSTGY PRPKATWTFG DQVLEEGDRV KMKTISAYAE 15240
LVISPSERTD KGIYTLTLEN PVKSISGEIN VNVIAPPSAP KELKFSDITK DSVHLTWEPP 15300
DDDGGSPLTG YVVEKRDMSR KTWTKVMDFV TDLEFTVPDL VQGKEYLFKV CARNKCGPGE 15360
PAYTDEPVNM SAPATVPDPP ENVKWRDRTA NSIFLTWDPP KNDGGSRIKG YIVEKCPRGS 15420
DKWVACGEPV PDTKMEVTGL EEGKWYAYRV KALNRQGASK PSKPTEEIQA VDTQEAPEIF 15480
LDVKLLAGIT VKAGTKIELP ATVTGKPEPK ITWTKADTLL KPDQRITIEN VPKKSTVTIT 15540
DSKRSDTGTY IIEAVNVCGR ATAVVEVNVL DKPGPPAAFD ITDVTNESCL LTWNPPRDDG 15600
GSKITNYVVE RKATDSDVWH KLSSTVKDTN FKATKLTPNK EYIFRVAAEN MYGVGEPVQA 15660
APIIAKYQFD PPGPPTRLEP SDITKDAVTL TWCEPDDDGG SPITGYWVER LDPDTDKWVR 15720
CNKMPVKDTT YRVKGLTNKK KYRFRVLAEN LAGPGKPSRS TEPILIKDPI DPPWPPGKPT 15780
VKDIGKTSLV LNWTKPEHDG GAKIESYVIE MLKTGTDEWV RVAEGVPTTE HLLTGLMEGQ 15840
EYSFRVRAVN KAGESEPSEP SDPVLCREKL YPPSPPRWLE VINITKNTAD LKWTVPEKDG 15900
GSPITNYIVE KRDVRRKGWQ TVDTTVKDTK CTVTPLTEGS LYVFRVAAEN AIGQSDYTEI 15960
GDSVLAKDTF TTPGPPYALT VVDVTKRHVD LKWEPPKNDG GRPIQRYIIE KKEKLGTRWV 16020
KAGKTSGPDC NFRVTDVIEG TEVQFQVRAE NEAGVGHPSE PTEILSIEDP TSPPSPPLDL 16080
HVTDAGRKHI AIAWKPPEKN GGSPIIGYHV EMCPVGTEKW MRVNSRPIKD LKFKVEEGIV 16140
PDKEYVLRVR AVNAVGVSEP SEISENVVAK DPDCKPTIDL ETHDIVVIEG EKLNIPVPFR 16200
AVPVPTVSWH KDGKEVKASD RLTMKNDHIS AHLEVPKSVH ADAGVYTITL ENKLGSATAS 16260
INVKVIGLPG PCKDIKASDI TKSSCKLTWE PPEFDGGSPI LHYVLERREA GRRTYIPVMS 16320
GENKLSWTVK DLIPNGEYFF RVKAVNKIGG GEYIELKNPV IAQDPKQPPD PPVDVEVHNP 16380
TAKAMTITWK PPLYDGGSKI MGYIIEKITK GEDRWKRCNE HLVPVLTYTA KGLEEGKEYQ 16440
FRVRAENAAG IGEPSRATPP TKAVDPIDAP KVILRTSLEV KRGDEIALDA TISGSPYPTI 16500
TWIKDENVIV PEEIKKRAAP PVRRKKGEAE EEEPFSLPLT ERLSINNSKQ GESQLRIRDS 16560
LRPDHGQYMI KVENDHGVAK APCSVSVLDT PGPPINFVFE DIRKDSVLCK WEPPLDDGGS 16620
EIINYTLEKK DKTKPDSDWI VITSTLRNCK YSVTKLIEGK EYLFRVRAEN RFGPGPPCVS 16680
KPLLAKDPFE PPDAPDKPIV EDVTSNSMLV KWNEPKDNGS PILGYWLEKR EVNSTHWSRV 16740
NKTLLSSLKT KVDGLLEGLT YVFRVCAENA AGPGKFSPPS DPKTARDPIS PPGPPVPRVA 16800
DTSSTTIELE WEPPAFNGGG EIMGYFVDKQ LVGTNEWSRC TEKMIKVRQF TVKEIREGAD 16860
YKLRVSAVNA AGEGPPGETE PVTVAEPQEP PTVELDVSVK GGIQIMAGKT LRIPAEVTGR 16920
PVPTKVWTIE EGELDKERVI IENVGTKSEL IIKNALRKDH GRYVITATNS CGSKFAAVRV 16980
EVFDVPGPVL DLKPVVTNRK MCLLNWSDPA DDGGSDITGF IIERKDAKMH TWRQPIETER 17040
SKCDITGLIE GQEYKFRVIA KNKFGCGPPV EIGPILAVDP LGPPTSPERL TYTERTKSTI 17100
TLDWKEPRSD GGSPIQGYII EKRRHDKPDF ERVNKRLCPT TSFLVENLDE HQMYEFRVKA 17160
VNDVGESEPS LPLNVVIQDD EVPPTIKLRL AVRGDTIKVK AGEPVNIPAD VTGLPMPKIE 17220
WSKNEKVIDK PTDTLNITKE EVSRSEAKTE LSIPKAARED KGTYTITASN RLGSVFRNVH 17280
VEVYDRPSPP RNLAVTDIKA ESCYLTWDAP LDNGGSEITH YIIDKRDASR KKSEWEEVTN 17340
TAVERRYGIW KLIPNGQYEF RVRAVNKYGI SDECKSDKVV IQDPYRLPGP PGKPKVLERT 17400
KGSMLVSWTP PLDNGGSPIT GYWLEKREEG GTYWSRVSRA PITKVGLKGV EFNVPRLIEG 17460
VKYQFRAMAI NAAGIGPPSE PSDPAVAGDP IYPPGPPSCP EVKDKTKSSI SLAWKPPAKD 17520
GGSPIKGYIV EMQEEGTTDW KPVNEPDKLL TACECVVPNL KELRKYRFRV KAVNEAGESE 17580
PSDTTGEIPA TDIQEVPEVF IDIGAQDCLV CKAGSQVKIP AVIKGRPTPK SSWEFDGKAK 17640
KAMKDGVHDI PEDAQLETAE NSSVIIIPEC TRAHSGKYSI TAKNKAGQKT ANCRVKVMDA 17700
PGPPKDLKVS DITRGSCRLS WKMPDDDGGD RIKGYVIEKK TIDGKAWTKV NPNCGSTTFV 17760
VPDLISEQQY FFRVRAENRF GIGPPAETIQ RTTARDPIYP PDPPIKLKIG LITKNTVHLS 17820
WKPPKNDGGS PVTHYIVECL AWDPTGKKKE AWRQCNRRDV EELEFTVEDL IEGGEYEFRV 17880
KAVNEAGVSK PSATVGPVIV KDQTCPPAIE LKEFMEVEEG TDVNIVAKIK GVPFPTLTWF 17940
KAPPKKPDSK EPVVYDTHVN KQVVDDTCTL VIPQSRRSDT GLYSITAVNN LGTASKEMRL 18000
NVLGRPGPPV GPIKFESISA DQMTLSWLPP KDDGGSKITN YVIEKREANR KTWVRVSSEP 18060
KECMYTIPKL LEGHEYVFRI MAQNKYGIGE PLDSEPETAR NLFSVPGAPD KPTVSSVTRN 18120
SMTVNWEEPE YDGGSPVTGY WLEMKDTTSK RWKRVNRDPI KAMTLGVSYK VTGLIEGSDY 18180
QFRVYAINAA GVGPASLPSD PVTARDPVAP PGPPFPKVTD WTKSSVDLEW SPPLKDGGSK 18240
ITGYIVEYKE EGKEEWEKGK DKEVRGTKLV VTGLKEGAFY KFRVRAVNVA GVGEPGEVTD 18300
VIEMKDRIVS PDLQLDASVR DRIVVHAGGV IRIIAYVSGK PPPTVTWSMN ERALPQEAAI 18360
ETTAISSSMV IKNCQRSHQG VYSLLAKNEG GERKKTIIVD VLDVPGPVGI PFLSDNLTND 18420
SCKLTWFSPE DDGGSPITNY VIQKREADRR AWTPVTYTVT RQNATVQGLI QGKSYFFRIA 18480
AENSIGMGPF VETPNALVIR DPITVPERPE DLEVKEVTKN TVSLTWNPPK YDGGSEIINY 18540
VLESRLIGTE KFHKVTNDNL LSRKYTVKGL KEGDTYEYRV SAVNIVGQGK PSFCTKPITC 18600
KDELAPPTLD LDFRDKLTVR VGESFALTGR YSGKPKPKID WFKDEADVLE DDRTHIKTTP 18660
TTLALEKTKA KRSDSGKYCV VVENSTGSRK GFCQVNVVDR PGPPVGPVIF DEVTKEYMVI 18720
SWKPPLDDGG SEITNYIIEK KELGKDIWMP VTSASAKTTC KVPKLLEGKD YIFRIHAENL 18780
YGISDPLVSD SMKAKDRFRV PDAPEQPVVT EVTKDSALVT WNKPNDGGKP ITNYILEKRE 18840
TMSKRWVRVT KEPIHPYTKY RVPDLLEGCQ YEFRVSAENE IGIGDPSPPS KPVFARDPIA 18900
KPSPPINPEA IDTTCNSVEL TWQPPRHDGG SKILGYIVEY QKVGDEEWRR ANHTPESCPE 18960
TKYKVTGLRD GQSYKFRVLA VNEAGESDPA HVPEPVLVKD RLEPPELILD ANMAREQHIR 19020
VGDTLRLSAI IKGVPFPKVT WKKEDREAPT KAQIDVTPVG SKLEIRNAAH EDGGIYSLTV 19080
ENPAGTKTVS VKVLVLDKPG PPRDLEVSEI RKDSCYLTWK EPLDDGGSVV TNYVVERKDV 19140
ATAQWSPLST TSKKKSHMAK HLTEGNQYLF RVAAENQYGR GPFVETPKPI KALDPLHPPG 19200
PPKDLHHVDV DKTEVSLVWN KPDRDGGSPI TGYLVEYQEE GDKDWIKFKT VKNLDCVVTG 19260
LQQGKTYRFR VKAENIIGLG LPDTTIPIEC QEKLVPPSVE LDVKLIEGLV VKAGTTVRFP 19320
AIIRGVPVPT AKWTTDGTEI KTDDHYTVET DSFSSVLTIK NCLRKDTGEY QLTVSNAAGT 19380
KTVAVHLTVL DVPGPPTGPI NILDVTPEYM TISWQPPKDD GGSPVINYIV EKQDTRKGTW 19440
GVVSAGSSKL KLKVPHLQKG CEYVFRVKAE NKMGVGPPLD SIPTVAKHKF SPPSPPGKPV 19500
VTDITENAAT VSWTLPKSDG GSPITGYYVE RREITGKWVR VNKTPIADLK FRVTGLYEGN 19560
TYEFRVFAEN LAGLSNPSPS SDPIKACRPI KPPGPPINPK LKDKSKESAD LVWTKPLSDG 19620
GSPILGYVVE YQKPGTAQWD RINKDELIRQ CAFRVPGLIE GNEYRFRIRA ANIVGEGEPR 19680
ELAESVIAKD ILHPPEVELD VTCRDVITVR VGQTIRILAR VKGRPEPDIT WSKEGKVLVK 19740
DKRVDLIHDL PRVELQIKEA VRADHGKYII SAKNSSGHAQ GSAIVNVLDR PGPCQNLKVS 19800
NVTKENCTIS WENPLDNGGS EITNFIVEYR KPNQKGWSIV ASDVTKRLVK ANLLANNEYY 19860
FRVCAENKVG VGPTIETKTP ILAINPIDRP GEPENLHIAD KGKTFVYLKW RRPDYDGGSP 19920
NLSYHVERRL KGSADWERVH KGSIKETHYM VDKCVENQIY EFRVQTKNEG GESDWVRTEE 19980
VVVKEDLQKP VLDLKLSGVL TVKAGDTIRL EAGVRGKPFP EVAWTKDKDA TDLTRSPRVK 20040
IDTSAESSKF SLTKAKRSDG GKYVITATNP AGSFVAYATV NVLDKPGPVR NLKITDVSSD 20100
RCTIRWDPPE DDGGCEIQNY ILEKCESKRM VWSTYSANVL TPSATVTRLI EGNEYIFRVR 20160
AENKIGTGPP TESKPVIAKT KYDRPGRPDP PEVTKVSKEE MTVVWNAPEY DGGKSITGYY 20220
LEKKEKHAVR WVPVNKSAIP ERRLKVQNLL PGHEYQFRVK AENEVGIGEP SLPSRPVVAK 20280
DPIEPPGPPT NFKVVDTTKS SITLAWGKPV YDGGAPIIGY VVEMRPKIAD ASPDEGWKRC 20340
NAAAQLIRME FTVTSLDENQ EYEFRVCAQN QVGIGRPAEL KEAIKPKEIL EPPEIDLDAS 20400
MRKLVVVRAG CPIRLFAIVR GRPAPKVTWR KVGIDNVVRK GQVDLVDTMA FLVIPNSTRD 20460
DSGKYSLTLV NPAGEKAVFV NVKVLDTPGP VADLKVSDVT KTSCHVSWAP PENDGGSQVT 20520
HYIVEKREAE RKTWSTVTPE VKKTSFNVTN LVPGNEYFFR VTAVNEYGPG VPTDIPKPVL 20580
ASDPLSEPDP PRKLEVTEMT KNSATLAWLP PLRDGGAKID GYIISYREED QPADRWTEYS 20640
VVKDLSLIVT GLKEGKKYKF RVAARNAVGV SMPREAEGVY EAKEQLLPPK ILMPEQITIK 20700
AGKKLRVEAH VYGKPNPICK WKKGDDEVVT SSHLAIHKAD GSSVLIIKDV TRKDSGYYSL 20760
TAENSSGSDT QKIKVTVMDA PGPPQPPFDI SEIDADACSL SWHIPLEDGG SNITNYIVEK 20820
CDVSRGDWVT ALASVTKTSC RVGKLIPGQE YIFRVRAENR FGISEPLTSP KMLAKFPFDV 20880
PSEPKNARVT KVNKDCIFVA WDRPDSDGGS PITGYLIERK ERNSLLWVKA NDTIVRSTEY 20940
PCAGLVEGLE YSFRIYALNK AGSSPPSKPT EYVTARMPVD PPGKPEVVDV TKNSASLIWA 21000
RPKHDGGSRI IGYFVEACKL PGDKWVRCNT TPHQIPQEEY TATGLEENAQ YQFRAIAKTA 21060
VNISQPSEPS DPVTILAENV PPRIELSVEM KSLLTVKAGT NVCLDATVFG KPMPTVSWKK 21120
DTTPIKQAEG IKMAMKRNLC TLELFSVNRK DSGDYTITAE NSSGSKSATI KLKVLDKPGP 21180
PASVKINKMY ADRAMLSWEP PLEDGGSEIT NYIIDKRETS RPNWAQVSAT VPITSCTVEK 21240
LIEGHEYQFR ICAENKYGVG DPILTEPAIA KNPYDPPGRC DPPVISNITK DHMTVSWKAP 21300
ADDGGSPITG YLVEKRETQA VNWTKVNRKP VIERTLKATG LQEGTEYEFR VTAINKAGPG 21360
KPSDASKAVY AQDPLYPPGP PAFPKVYDTT RSSVSLSWGK PAYDGGSPII GYLVEVKRAD 21420
SDHWVRCNLP EKLQKTRFEV TGLMENTEYQ FRVYAVNKIG YSDPSDVPDK HCPKDILIPP 21480
EGELDAELRK TLILRAGVTM RLYVPVKGRP PPKITWSKPN VNLRERIGLD IKSTDFDTFL 21540
RCENVNKYDA GKYILTLENS CGKKEYTIVV KVLDTPGPPV NVTVKEVSKD SAYVTWDPPI 21600
IDGGSPIINY VVEKRDAERK SWSTVTTECS KTSFRVSNLE EGKSYFFRVF AENEYGIGDP 21660
GETRDAVKAS ETPGPVVDLK ALAITKSSCT IGWKKPRSDG GSRITGYVVD FLTEENKWQR 21720
VMKSLSLQYS TKDLKEGKEY TFRVSAENEN GEGTPSEIVV VAKDDVVAPD LDLKDLPDLC 21780
YLAKENSNFR LKIPIKGKPA PSVSWKKGED PLATDTRVSV ESTAVNTTLV VYDCQKSDAG 21840
KYTITLKNVA GTKEGTLSIK VVGKPGIPTG PIKFDEVTAE AMTLKWGPPK DDGGSEITNY 21900
VLEKRDSVNN KWVTCASAVQ KTTFRVTRLH EGIEYTFRVS AENKYGVGEG LKSEPIVAKH 21960
PFDVPDAPPP PNIVDVRHDS VSLTWTDPKK TGGSPITGYH IEFKERNSLL WKRANKTPIR 22020
MKDFKVTGLT EGLEYEFRVM AINLAGVGKP SLPSEPVVAL DPIDPPGKPE VISVTRNSVT 22080
LIWTEPKYDG GHKLTGYIVE KRDLPSKSWM KANHVNVPDC AFTVTDLVEG GKYEFRIRAK 22140
NTAGAISAPS ESTGTIICKD EYEAPTIVLD PTIKDGLTVK AGDSIVLSAI SILGKPLPKS 22200
SWSRAGKDIR PSDIAQITST PTSSMLTVKY ATRKDAGEYT ITATNPFGTK EEHVKVSVLD 22260
VPGPPGPIEI SNVSAEKATL TWTPPLEDGG SPIKAYVLEK RETSRLLWTV VSEDIQACRH 22320
VVTKLIQGNE YLFRVSAVNH YGKGEPVQSE PVKMVDRFGP PGPPGKPEIS NVTKNTATVS 22380
WKRPTDDGGS EITGYHVERR EKKGLRWVRA TKTPVSDLRC KVTGLQEGNT YEFRVSAENR 22440
AGIGPPSDAS NPVLMKDVAY PPGPPSNAHV TDTTKKSASL AWGKPHYDGG LEITGYVVEH 22500
QKVGDDAWIK DTTGTALRIT QFVVPDLQTK EKYNFRISAI NDAGVGEPAV IPNVEIVEKE 22560
VAPDFELDAE LRRTLVVRAG LSIRIFVPIK GRPAPEVTWT KDNINLKHRA NIENTESFTL 22620
LIIPECNRYD TGKFVMTIEN PAGKKSGFVN VRVLDTPGPV LNLRPTDITK DSVTLHWDLP 22680
LIDGGSRITN YIVEKREATR KSYSTVTTKC HKCTYKVTGL TEGCEYFFRV MAENEYGVGE 22740
PTETTEPVRA SEAPLPPDSL NIMDITKNTV SLAWPKPRHD GGSKITGYVI EAQRKGSDQW 22800
THISTVKGLE CVVRNLTEGE EYTFQVMAVN SAGRSAPRES RPVIVKEQTM LPELDLRGIY 22860
QKLVIARAGD NIKVEIPVLG RPKPTVTWKK GDQILKQTQR VNVENTATST ILNINECVRS 22920
DSGPYPLTAK NTVGEVGDVI TIQVHDIPGP PTGPIKFDEV SSDFVTFSWE PPENDGGVPI 22980
SNYVVEMRQT DSTTWVELAT TVIRTTYKAT RLTTGVEYQF RVRAQNRYGV GPGITSASVV 23040
ANYPFKVPGP PGTPQVTAVT KDSMTISWHE PLSDGGSPIL GYHIERKERN GILWQTVSKA 23100
LVPGNIFKST GLTDGIAYEF RVIAENMAGK SKPSKPSEPM FALDPIDPPG KPVPLNITRH 23160
TVALKWAKPE YTGGFKITSY VVEKRDLPNG RWLKANFSNI LENEFTVSGL TEDAAYEFRV 23220
IAKNAAGAIS PPSEPSDAIT CRDDLEAPRI MVDVRFKDTI TLKAGEAFKL EADVSGRPPP 23280
TMEWTKDGKE LEGTGKLEIK IADFSTHLIN KDSSRTDSGA YILTATNPGG FAKHIFNVKV 23340
LDRPGPPEGP LAVSDVTSEK CVLSWLPPLD DGGAKIDHYI VQKRETSRLA WTNVATEVQV 23400
TKLKVTKLLK GNEYIFRVMA VNKYGVGEPL ESEPVLAVDP YGPPDPPKNP EVTTITKDSM 23460
VVCWGHPDSD GGSEIINYIV ERRDKAGQRW VKCNKKALTD LRFKVSGLTE GHEYEFRIMA 23520
ENAAGISAPS ATSPFYKACD TVFKPGPPGN PRVLDTSRSS ISIAWNKPIY DGGSEITGYM 23580
VEIALPEEDE WQVVTPPAGL KATSYTITSL IENQEYKIRI YAMNSEGLGE PALVPGTPKA 23640
EERMLPPEIE LDADLRKVVT IRACCTLRLF VPIKGRPAPE VKWAREHGES LDKASIESTS 23700
SYTLLVVGNV NRFDSGKYIL TVENSSGSKS AFVNVRVLDT PGPPQNLKIK EVTKTSVTLT 23760
WEPPLLDGGS KIKNYIVEKR ESTRKAYSTV ATNCHKTSWK VDQLQEGCSY YFRVLAENEY 23820
GIGLPAETAE SVKASERPLP PGKITLTDVT RNSVSLSWEK PEHDGGSRIL GYIVEMQSKG 23880
SDRWATCATV KVTEATITGL IQGEEYSFRV SAQNEKGISD PRQLSVPVIA KDLVIPPAFK 23940
LLFNTFTVLA GEDLKIDVPF IGRPPPAVTW HKDDIPLKQT TRVNAESTEN NSLLTIKEAC 24000
REDVGHYTVK LTNSAGEATE TLNVIVLDKP GPPTGPVKMD EVTADSVTLS WEPPKYDGGS 24060
SINNYIVEKR DTSTTAWQIV SATVARTTIK ACRLKTGCEY QFRIAAENRY GKSTYLNSEP 24120
VVAQYPFKVP GPPGTPFVTL ASKDSMEVQW HEPVSDGGSK VIGYHLERKE RNSILWVKLN 24180
KTPIPQTKFK TTGLEEGIEY EFRVSAENIV GIGKPSKPSE CYAAHDPCDP PGRPEAIIVT 24240
RNSVTLQWKK PTYDGGSKIT GYIVEKKELP DGRWMKASFT NIIDTQFEVT GLLEDHRYEF 24300
RVIARNAAGV FSEPSESTGA ITARDEVEPP RISMDPKYRD TVVVQAGESF KIDADIYGKP 24360
IPTTQWVKGD QELSSTARLE IKSTDFATSL SVKDAVRVDS GNYILKAKNV AGEKSVTINV 24420
KVLDRPGPPE GPVAISGVTA EKCTLAWKPP LQDGGSDITN YIVERRETSR LVWTLVDANV 24480
QTLSCKVLKL LEGNEYIFRI MAVNKYGVGE PLESESLIAK NPFVVPDAPK APEVTAVTKD 24540
SMIVVWERPA SDGGSEILGY VLEKRDKEGI RWTRCHKRLI GELRLRVTGL LENHNYEFRV 24600
SAENAAGLSE PSPPSAYQKA CDPIYKPGPP NNPKVMDVTR SSVFLSWTKP IYDGGCEIQG 24660
YIVEKCDVSV GEWTMCTPPT GINKTNLEVE KLLEKHEYNF RICAINKAGV GEHADVPGPV 24720
MVEEKLEAPD IDLDLELRKV INIRAGGSLR LFVPIKGRPT PEVKWGKVDG DIRDAAIIDV 24780
TSSFTSLVLD NVNRYDSGKY TLTLENSSGT KSAFVTVRVL DTPSPPVNLK VTEITKDSVS 24840
ITWEPPLLDG GSKIKNYIVE KREATRKSYA AVVTNCHKNS WKIDQLQEGC SYYFRVTAEN 24900
EYGIGLPART ADPIKVAEVP QPPGKITVDD VTRNSVSLSW TKPEHDGGSK IIQYIVEMQA 24960
KNTDKWSECA RVKSLDAVIT NLTQGEEYLF RVIAVNEKGR SDPRSLAVPI IAKDLVIEPD 25020
VRPAFSSYSV QVGQDLKIEV PISGRPKPSI SWTKDGMPLK QTTRINVTDS LDLTTLSIKE 25080
THKDDGGQYG ITVSNVVGQK TAAIEIITLD KPDPPKGPVK FDEISAESIT LSWNPPLYTG 25140
GCQITNYIVQ KRDTTTTVWD VVSATVARTT LKVTKLKTGT EYQFRIFAEN RYGQSFALES 25200
EPVVAQYPYK EPGPPGTPFV TAISKESMVV QWHEPINNGG SPVIGYHLER KERNSILWTK 25260
VNKTIIHDTQ FKALNLEEGI EYEFRVYAEN IVGVGKASKN SECYVARDPC DPPGTPEAII 25320
VKRNEITLQW TKPVYDGGSM ITGYIVEKRD LPEGRWMKAS FTNVIETQFT VSGLTEDQRY 25380
EFRVIAKNAA GAISKPSDST GPITAKDEVE LPRISMDPKF RDTIVVNAGE TFRLEADVHG 25440
KPLPTIEWLR GDKEIEESAR CEIKNTDFKA LLIVKDAIRI DGGQYILRAS NVAGSKSFPV 25500
NVKVLDRPGP PEGPVQVTGV TAEKCTLAWS PPLQDGGSDI SHYVVEKRET SRLAWTVVAS 25560
EVVTNSLKVT KLLEGNKYIF RIMAVNKYGV GEPLESAPVL MKNPFVLPGP PKSLEVTNIA 25620
KDSMTVCWNR PDSDGGSEII GYIVEKRDRS GIRWIKCNKR RITDLRLRVT GLTEDHEYEF 25680
RVSAENAAGV GEPSPATVYY KACDPVFKPG PPTNAHVVDT TKNSITLAWS KPIYDGGSEI 25740
LGYVVEICKA DEEEWQIVTP QTGLRVTRFE IAKLIEHQEY KIRVCALNKV GLGEAASVPG 25800
TVKPEDKLEA PELDLDSELR KGIVVRAGGS ARIHIPFKGR PTPEITWSKE EGEFTDKVQI 25860
EKGINFTQLS IDNCDRNDAG KYILKLENSS GSKSAFVTVK VLDTPGPPQN LAVKEVRKDS 25920
VLLVWEPPII DGGAKVKNYV IDKRESTRKA YANVSSKCNK TSFRVENLTE GAIYYFRVMA 25980
ENEFGVGVPT ETSDAVKASE PPSPPGKVTL TDVSQTSASL MWEKPEHDGG SRILGYVVEM 26040
QPKGTEKWSV VAESKVCNAV VSGLSSGQEY QFRVKAYNEK GKSDPRVLGI PVIAKDLTIQ 26100
PSFKLPFNTY SVQAGEDLKI EIPVIGRPRP KISWVKDGEP LKQTTRVNVE ETATSTILHI 26160
KESSKDDFGK YSVTATNSAG TATENLSVIV LEKPGPPVGP VKFDEVSADF VVISWEPPAY 26220
TGGCQISNYI VEKRDTTTTN WQMVSATVAR TTIKISKLKT GTEYQFRIFA ENRYGKSTPL 26280
DSKPVVVQYP FKEPGPPGTP FVTSISKDQM LVQWHEPVND GGSKVTGYHL EQKEKNSILW 26340
VKLNKIPIQD TKFKTTGLDE GLEYEFRVSA ENIVGIGKPS KVSECYVARD PCDPPGRPEA 26400
IVITRNSVTL KWKKPVYDGG SKITGYIVEK KDLPDGRWMK ASFTNVVETE FTVTGLVEDQ 26460
RYEFRVIARN AADNFSEPSE SSGAITARDE IDAPNASLDP KYRDVIIVHA GETFVLEADI 26520
RGKPIPDIIW SKDGNELEET AARMEIKSTL QKTTLIVKDC IRTDGGQYTL KLSNVGGTKT 26580
IPITVKVLDR PGPPEGPLKV TGVTAEKCYL AWNPPLQDGG ASISHYIIEK RETSRLSWTQ 26640
VSNEVQALNY KVTKLLPGNE YIFRVMAVNK YGIGEALESE PVIACNPYKR PGPPSTPEAS 26700
AITKDSMVLT WTRPVDDGGA EIEGYILEKR DKEGIRWTKC NKKTLTDLRF RVTGLTEGHS 26760
YEFRVAAENA AGVGEPSEPS VFYRACDALY PPGPPSNPKV TDTSRSSVSL AWNKPIYDGG 26820
APVRGYVIEL KKAAADEWTT CTPPSGLQGK QFTVTKLKEN TEYNFRICAF NTEGVGEPAT 26880
IPGSVVAQER MEAPEIELDA DLRKVVTLRA SATLRLFVTI KGRPEPEVKW EKAEGILTER 26940
AQIEVTSSYT MLVIDNVTRF DSGRYNLTLE NNSGSKTAFV NVRVLDSPSA PVNLTIREVK 27000
KDSVTLSWEP PLIDGGAKIT NYIVEKRETT RKAYATITNN CTKNTFKIEN LQEGCSYYFR 27060
VLASNEYGIG LPAETAEPVK VSEPPLPPGR VTLVDVTRNT ATIKWEKPES DGGSKITGYV 27120
VEMQTKGSEK WSACTQVKTL ETTISGLTAG EEYVFRVAAV NEKGRSDPRQ LGVPVIAKDI 27180
EIKPSVELPF NTFNVKANDQ LKIDIPFKGR PQATVAWKKD GQVLRETTRV NVASSKTVTT 27240
LSIKEASRED VGTYELCVSN TAGSITVPIT VIVLDRPGPP GPIRIDEVSC DNVSISWNPP 27300
EYDGGCQISN YIVEKRETTS TTWQVVSQAV ARTSIKIVRL TTGSEYQFRV CAENRYGKSS 27360
YSESSAVVAE YPFSPPGPPG TPKVVHATKS TMVVSWQVPV NDGGSQVIGY HLEYKERSSI 27420
LWSKANKVLI ADTQMKVSGL DEGLMYEYRV YAENIAGIGK CSKACEPVPA RDPCDPPGQP 27480
EVTNITRKSV SLKWSKPRYD GGAKITGYIV ERRELPDGRW LKCNFTNVQE TYFEVTELTE 27540
DQRYEFRVFA RNAADSVSEP SESTGPITVK DDVEAPRIMM DVKFRDVIIV KAGEVLKINA 27600
DIAGRPLPVI SWAKDGVEIE ERAKTEIVST DYTTTLTVKD CVRRDTGQYV LTLKNVAGTR 27660
TMAVNCKVLD KPGPPAGPLE INGLTAEKCS LSWGRPQEDG GADIDYYIVE KRETSRLAWT 27720
ICEAELRTTS CKVTKLLKGN EYIFRVTGVN KYGVGEPLES MAVKALDPFT TPSPPTSLEI 27780
TSVTKDSMTL CWSRPETDGG SDISGYIIER REKNSLRWMR VNKKPVYDLR VKSTGLREGC 27840
EYEYRVFAEN AAGLSLPSET SPLVRAEDPV FLPSPPSKPK IVDSGKTTIT IGWVKPLFDG 27900
GAPITGYTVE YKKSEETDWK VAIQSFRGTE YTMSGLTTGD EYVFRVRSLN KMGASDPSDS 27960
SDPQVAKERE EEPVFDVDSE MRKTLIVKAG SSFTMTVPFR GRPIPNVSWS KPDTDLRTRA 28020
YIDSTDSRTL LTIENANRND SGKYTLTIQN VLSAASMTFV VKVLDSPGPP ANITVREVTK 28080
ETAMLSWDVP ENDGGAPVKN YHIEKREASK KAWVSVTNNC NRLSYKVTNL QEGAIYYFRV 28140
SGENEFGVGV PAETKEGVKI TEKPSPPEKL GVTSVSKDSV SLSWLKPEHD GGSRIIHYVV 28200
EALEKGQKTW VKCAVVKTTH HVVSGLRESH EYFFRVFAEN QAGLSDPREL LLPVLIKDQL 28260
EPPEIDMKNF PSHTVYVRAG SNLKVDIPIS GKPLPKVTLS RDGVPLKATM RFNTEITAEN 28320
LTINLKESVT TDAGRYEITA ANSSGTTKTF INIIVLDRPG PPTGPVAISD ITEESVTLKW 28380
EPPKYDGGSH VTNYIVLKRE TSTAVWSEVS ATVARTMIKV MKLTTGEEYQ FRIKAENRFG 28440
ISDHIDSVCV VVKLPYTTPG PPSTPWVSNV TRESITVGWH EPVSNGGSAV TGYHLEMKDR 28500
NSILWQKANK MIIRTTHFKV TTISAGLIYE FRVYAENAAG IGKPSHPSEP VLAIDACEPP 28560
RNVRITDISK NSVNLSWQQP AFDGGSKITG YIVERRDLPD GRWTKASFTN VIETQFTVSG 28620
LTQNSQYEFR VFARNAVGSV SNPSEVVGPI TCIDSYGGPV IDLPLEYTEV VKYRAGTSVK 28680
LRAGISGKPE PTIEWYKDDK ELQTNALVCV ENSTDLASIL IKDANRLNSG SYELKLRNAM 28740
GSASATIRVQ ILDKPGPPGG PIEFKTVTAE KITLLWRPPA DDGGAKITHY IVEKRETSRV 28800
VWSMVAENLE ECIVTTTKII KGNEYVFRVR AVNKYGIGEP LESEPVVAKN AFVTPGPPSI 28860
PEVTKITKNS MTVVWDRPTV DGGSEINGYF LERRDKKSLA WLKVLKETIR DTRQKVTGLT 28920
ENSDYQYRVC AVNAAGVGPF SEPSDFYKAA DPIDPPGPPA KIRIADSTKS SITLGWSKPV 28980
YDGGSDVTGY VVEMKQGDEE EWTIVSTRGE VRTTEYVVSN LKPGVNYYFQ VSAVNCAGQG 29040
EPITMTEPAQ AKDVLEEPEI DLDVALRTSV IAKAGEDVQL LIPFKGRPPP TVTWRKDEKN 29100
LGSDTRYSIQ NTDSSSLLVI PQVTRNDTGK YILTIENGVG QPKSSTVSVK VLDTPAACQK 29160
LQVKHVSLGT VTLLWDPPLI DGGSPIINYV IEKRDATKRT WSVVSHKCSG TSFKVTDLSE 29220
KTPFFFRVLA ENEIGIGEPC ETTEPVKAAE VPAPIRDLSM KDSTKTSVVL SWTKPDFDGG 29280
SIITDYLVER KGKGEQAWSH AGISKTCEIE IGQLKEQSVL EFRVSARNEK GQSDPVTIGP 29340
LTVKELVITP EVDLSEIPGA QISVRIGHNV HLELPYKGKP KPSISWLKDG LPLKESEYVR 29400
FSKTENKITL SIKNSKKEHG GKYTVILDNA VCRNSFPITI ITLGPPSKPK GPIRFDEIKA 29460
DSAIMSWDIP EDDGGGEITC YSIEKREASQ TNWKMVCSSV ARTTFKVSNL VKDSEYQFRV 29520
RAENRYGVSE PLASNIIVAK HQFRIPGPPG KPVIYNVTSD GMSLTWDAPV YDGGSEVTGF 29580
HVEKKERNSI LWQRVNTSPI SGREYRATGL IEGLDYQFRV YAENSAGLSS PSDPSKFTLA 29640
VSPVDPPGTP DYIDVTRETI TLKWNPPLRD GGSKIVAYSI EKRQGSDRWV RCNFTDVSEC 29700
QYTVTGLSPG DRYEFRIIAR NAVGTISPPS QSSGLIMTRD ENVPPTVEFG PEYFDGLVIK 29760
SGDSLRIKAL VQGRPVPRVT WFKDGVEIER RMNMEITDVL GSTSLFVRDA TRDHRGVYTV 29820
EAKNVSGSTK AEVTVKVQDT PGKVVGPIRF TNITGEKMTL WWEAPLNDGC APVTHYIIEK 29880
RETSRLAWAL IEDNCEALSY TAIKLITGNE YQFRISAVNK FGVGRPLESD PVVAQIQYTI 29940
PDAPGVPEPS NVTGNSITLT WTRPESDGGS EIQHYILERR EKKSTRWVKV ISKRPISETR 30000
FKVTGLVEGN EYEFHVMAEN AAGIGPASGI SRLIKCREPV NPPSAPSVVK VTDTSKTTVS 30060
LEWARPVFDG GMEIIGYIIE MCKADLGDWH KVNTEPCVKT RYTVTDLQAG EEYKFRVSAV 30120
NGAGKGDSCE VTGTIKAVDR LSAPELDIDA NFKQTHIVRA GVSIRLFIAY QGRPTPTAVW 30180
SKPDSNLSIR ADIHTTDSFS TLTVENCNRN DAGKYTLTVE NNSGKKSITF TVKVLDSPGP 30240
PGPITFKDVT RGSATLMWDA PLLDGGARIH HYVIEKREAS RRSWQVVSEK CTRQILKVSE 30300
LTEGVPYYFR VSAENEYGVG EPYEMPEPIV ATEQPAPPRR LDVVDTSKSS AVLAWLKPDH 30360
DGGSRITSYL LEMRQKGSDF WVEAGHTKQL TFTVERLVEN TEYEFRVKAK NDAGYSEPRE 30420
AFSSVIIKEP QIEPTADLTG ITNQLITCKA GSTFTIDVPI SGRPAPKVTW KLEEMRLKET 30480
DRMSIATTKD RTTLTVKDSM RGDSGRYFLT LENTAGVKTF TITVVVIGRP GPVTGPIEVS 30540
SVSAESCVLS WTEPKDDGGT EITNYIVEKR ESGTTAWQLI NSSVKRTQIK VTHLTKYKEY 30600
CFRVSSENRF GVSKPLESVP IVAEHPFVPP SAPTRPEVYY VSANAMSIRW EEPYHDGGSK 30660
IVGYWVEKKE RNTILWVKEN KVPCLECNYK VTGLVEGLEY QFRTYALNAA GVSKASEASR 30720
PIMAQNPVDP PGRPEVTDVT RSTVSLIWSA PVYDGGSKVV GYIIERKPVS EVGDGRWLKC 30780
NYTIVSDNFF TVTALSEGDT YEFRVLAKNA AGVISKGSES TGPVTCRDEY APPKAELDAR 30840
LQGDLVTIRA GSDLVLDAAV GGKPEPKIIW TKGDKELDLC EKISLQYTGK RATAVIKYCD 30900
RSDSGKYTLT VKNASGTKSV SVMVKVLDSP GPCGKLTVSR VTEEKCTLAW SLPQEDGGAE 30960
ITHYIVERRE TSRLNWVIVE GECLTASYVV TRLIKNNEYT FRVRAVNKYG LGVPVESEPI 31020
VARNSFTIPS QPGIPEEVGA GKEHIIIQWT KPESDGGNEI SNYLVDKREK KSLRWTRVNK 31080
DYVVYDTRLK VTSLMEGCDY QFRVTAVNAA GNSEPSEASN FISCREPSYT PGPPSAPRVV 31140
DTTKRSISLA WTKPMYDGGT DIIGYVLEMQ EKDTDQWCRV HTNATIRNNE FTVPDLKMGQ 31200
KYSFRVAAVN AKGMSDYSET TAEIEPVERL EIPDLELADD LKKTVIVRAG ASLRLMVSVS 31260
GRPSPVITWS KKGIDLANRA IIDNTESYSL LIVDKVNRYD AGKYTIEAEN QSGKKSATVL 31320
VKVYDTPGPC PSVSVKEVSR DSVTITWEIP TIDGGAPVNN YIIEKREAAM RAFKTVTTKC 31380
SKTLYRISGL VEGTMYYFRV LPENIYGIGE PCETSDAVLV SEVPLVPTKL EVVDVTKSTV 31440
TLAWEKPLYD GGSRLTGYVL EACKAGTERW MKVVTLKPTV LEHTVISLNE GEQYLFRVRA 31500
QNEKGVSEPR EIVTPVTVQD LRVLPTIDLS TMPQKTIHVP AGRPIELVIP ITGRPPPTAS 31560
WFFAGSKLRE SERVTVETHT KVTKLTIRET TIRDTGEYTL ELKNVTGTTS ETIKVIILDK 31620
PGPPTGPIKI DEIDATSVTI SWEPPELDGG APLSGYVVEQ RDAHRPGWLP VSESVTRPTF 31680
KFTRLTEGNE YVFRVAATNR FGIGSYLQSE VIECRSSISI PGPPETLQIF DVSRDGMTLT 31740
WYPPEDDGGS QVTGYIVERK EVRADRWVRV NKVPVTMTRY RSTGLIEGLE YEHRVTAINA 31800
RGTGKPSRPS KPTVAMDPIA PPGKPQNPRV TDTTRTSVSL AWSVPEDEGG SKVTGYLIEM 31860
QKVDQREWTK CNTTPTKIRE YTLTHLPQGA EYRFRVLACN AGGPGEPAEV PGTVKVTEML 31920
EYPDYELDER YQEGVFVRQG GVIRLTIPIK GKPFPVCKWT KEGQDISKRA MIATSETHTE 31980
LVIKEADRND SGTYDLVLEN KCGKKTVYIK VKVIGSPNTP EGPLEYDDIQ ARSVRVSWRP 32040
PADDGGADIL GYILERREVP KAAWYTIDSR VRGTSLVVKG LKENVEYHFR VSAENQFGIS 32100
KPLKSEEPVI PKTPLNPPEP PSNPPEVLDV TKSSVSLSWS RPKDDGGSRV TGYYIERKET 32160
STDKWVRHNK TQITTTMYTV TGLVPDAEYQ FRIIAQNDVG LSETSPASEP VVCKDPFDKP 32220
SQPGELEILS ISKDSVTLQW EKPECDGGKE ILGYWVEYRQ SGDSAWKKSN KERIKDRQFT 32280
IGGLLEATEY EFRVFAENET GLSRPRRTAM SVKTKLTSGE APGVRKEMAD VTTKLGEAAQ 32340
LSCQIVGRPL PDIKWYRFGK ELIQSRKYKM SSDGRTHTLT VMTDEQEDEG VYTCVATNEV 32400
GEVESSSKLL LQAAPQFHPG YPLKEKYYGA VGSTLRLHVM YIGRPVPAMT WFHGQKLLQN 32460
SEKITIENTE HYTHLVMKNV QRKTHAGKYK VQLSNAFGTV DATLDVEIQD KPDKPTGPIV 32520
IEALLKNSVV ISWKPPADDG GSWITNYVVE KCEAKEGAEW QLVSSAISVT TCRIVNLTEN 32580
AGYYFRVSAQ NTFGISEPLE VASIVIIKSP FEKPGVPGKP TITAVTKDSC VVAWKPPASD 32640
GGAKIRNYYL ERREKKQNKW IAVTTEEIRE TVFSVQNLIE GLEYEFRVKC ENLGGESEWS 32700
EISEPVTPKS DVPIQAPHFK EELRNLNVRY QSNATLVCKV TGHPKPIVKW YRQGKEIIAD 32760
GLKYRIQEFK GGYHQLIIAS VTDDDATVYQ VRATNQGGSV SGTASLEVEV PAKIHLPKTL 32820
EGMGAVHALR GEVVSIKIPF SGKPDPVITW QKGQDLIDNN GHYQVIVTRS FTSLVFSNGV 32880
ERKDAGFYVV CAKNRFGIDQ KTVELDVADV PDPPRGVKVS DVSRDSVNLT WTEPASDGGS 32940
KVTNYIVEKC ATTAERWLRV GQARETRYTV INLFGKTSYQ FRVIAENKFG LSKPSEPSEP 33000
TVTKEDKTRA MNYDDEVDET REVTTTKASH SKTKELYEKY MIAEDLGRGE FGIVHRCVET 33060
SSKRTFMAKF VKVKGTDQVL VKKEISILNI ARHRNILYLH ESFESMEELV MIFEFISGLD 33120
IFERINTSAF ELNEREIVSY VRQVCEALEF LHSQNIGHFD IRPENIIYQT RKNSTIKIIE 33180
FGQARQLKPG DNFRLLFTAP EYYAPEVHQH DVVSTATDMW SLGTLVYVLL SGINPFLAET 33240
NQQMIENIMN AEYTFDEEAF KEISLEAMDF VDRLLVKERK SRMTASEALQ HPWLKQRIDR 33300
VSTKVIRTLK HRRYYHTLIK KDLNMVVSAA RISCGGAIRS QRGVSVAKVK VASIEIGPVS 33360
GQIMHAIGEE GGYVKYVCKI ENYDQSTQVT WYFGVRQLEN SEKYEITYED GVATMYVKDI 33420
TKFDDGTYRC KVVNDYGEDS SYAELFVKGV REVYDYYCRR TKKVKRRTDA MRLLERPPEF 33480
TLPLYNKTAY VGENVRFGVT ITVHPEPRVT WYKSGQKIKP GDDEKKYTFE SDKGLYQLTI 33540
NSVTTDDDAE YTVVARNKHG EDSCKAKLTV TLHPPPTETT LRPMFKRLLA NAECHEGQSV 33600
CFEIRVSGIP APTLKWEKDG QPLSLGPHIE IVHEGLDYYA LHIRDTLPED TGYYRVTATN 33660
TAGSTSCQAH LQVERLRYVK QEFQSKEERE RHVQKQIDKT LRMAEILSGT ETVPLTPVAQ 33720
EALREAAILY KPAVSTKTVK GEYRLQTEEK KEERKLRMPY EVPEPRRFKQ ATVEEDQRIK 33780
QFVPMSDMKW YKKIRDQYEM PGKLDRVVQK RPKRIRLSRW EQFYVMPLPR ITDQYRPKWR 33840
IPKLTQDDLE MVRPARRRTP SPDYDLYYYR RRRRSLGDMS DEELLLPIDD YLAMKRTEEE 33900
RLRLEEELEL GFSASPPSRS PPRFELSSLR YSSPPAHVKV EDRRRDFRYS TYHVPTKEET 33960
STSYAELRER HAQASYRQPK LRQRIMAEKE EEELLRPVTT TQRLSEYKSE LDYMSKEEKS 34020
KKKSKRQRQV TEITEIEEEY EISRRAQRES SSSVSRLLRR RRSLSPTYIE LMRPVSELIR 34080
SHPRPAEEYE DDAERRSPTP ERTRPRSPSP VSSERSLSRF ERSARFDIFS RYESMKAALK 34140
TQKTSERKYE VLSQQPFTLD HAPRITLRMR SHRVPCGQNT RFILNVQSKP TAEVKWYHNG 34200
VELQESSKIH YTNTSGVLTL EILDCQTEDG GTYRAVCTNY KGEASDYATL DVTGGAYTTY 34260
ASQRRDEEVP KSVFPELTKT EAYAVSSFKR TSELEAASSV REVKSQMTET RESLSTYEHY 34320
ASAEMKSATS EEKSLEEKAT VRKIKTTLAA RILTKPRSIT VHEGESARFS CDTDGEPVPT 34380
VTWLREGQVV STSARHQVTT TKYKSTFEIS SVQASDEGNY SVVVENSDGK QEAQFTLTVQ 34440
KARVIEKAVT SPPRVKSPEP RVKSPETVKS PKRVKSPEPV TSHPKAVSPT ETKPTEKGQH 34500
LPVSAPPKIT QSLKAEASKD IAKLTCAVES SALCAKEVAW YKDGKKLKEN GHFQFHYSAD 34560
GTYELKIHNL SESDCGEYVC EVSGEGGTSK TSFQFTGQSF KSIHEQVSSI SETTKSVQKT 34620
AESPEAKKQE PIAPESISSK PVIVTGLRDT TVSSDSVAKF TIKVTGEPQP TITWTKDGKA 34680
IAQGSKYKLS SNKEEFILEI LKTETSDGGL YACTVTNSAG SVSSSCKLTI KAVKDTEAQK 34740
VSTQKTSEVT SQKKASAQEE ISQKALTSEE IKMSEVKSHE TLAIKEEASK VLIAEEVKRS 34800
AAASLEKSIV HEEVTKTSQA SEEVKTHAEI KTLSTQMNIT KGQRATLKAN IAGATDVKWV 34860
LNGTELPNSE EYRYGVSGSD QTLTIKQASH REEGILSCIG KTSQGVVKCQ FDLTLSEELS 34920
DAPSFITQPR SQNINEGQNV LFSCEVSGEP SPEIEWFKNN LPISISSNIS VSRSRNVYTL 34980
EIRNAAVSDS GKYTIKAKNF HGQCSATASL TVLPLVEEPP REVVLKTSSD VSLHGSVSSQ 35040
SVQMSASKQE ASFSSFSSSS ASSMTEMKFA SMSAQSMSSM QESFVEMSSS SFMGKSSMTQ 35100
LESSTSRMLK AGGRGIPPKI EALPSDISID EGKVLTVACA FTGEPTPEIT WSCGGRKIQN 35160
QEQQGRFHIE NTDDLTTLII MDVQKQDGGL YTLSLGNEFG SDSATVNINI RSM 35213 
Gene Ontology
 GO:0031430; C:M band; IDA:MGI.
 GO:0005859; C:muscle myosin complex; TAS:MGI.
 GO:0005634; C:nucleus; IEA:UniProtKB-SubCell.
 GO:0030018; C:Z disc; IDA:MGI.
 GO:0005524; F:ATP binding; IEA:UniProtKB-KW.
 GO:0046872; F:metal ion binding; IEA:UniProtKB-KW.
 GO:0003676; F:nucleic acid binding; IEA:InterPro.
 GO:0004674; F:protein serine/threonine kinase activity; IEA:UniProtKB-KW.
 GO:0004713; F:protein tyrosine kinase activity; IEA:InterPro.
 GO:0005089; F:Rho guanyl-nucleotide exchange factor activity; IEA:InterPro.
 GO:0005200; F:structural constituent of cytoskeleton; TAS:MGI.
 GO:0007512; P:adult heart development; IMP:MGI.
 GO:0055003; P:cardiac myofibril assembly; IMP:MGI.
 GO:0043056; P:forward locomotion; IMP:MGI.
 GO:0003007; P:heart morphogenesis; IMP:MGI.
 GO:0001701; P:in utero embryonic development; IMP:MGI.
 GO:0006936; P:muscle contraction; IMP:MGI.
 GO:0035023; P:regulation of Rho protein signal transduction; IEA:InterPro.
 GO:0045214; P:sarcomere organization; IMP:MGI.
 GO:0001756; P:somitogenesis; IEP:BHF-UCL. 
Interpro
 IPR022682; Calpain_domain_III.
 IPR000219; DH-domain.
 IPR003961; Fibronectin_type3.
 IPR007110; Ig-like_dom.
 IPR013783; Ig-like_fold.
 IPR013098; Ig_I-set.
 IPR003599; Ig_sub.
 IPR003598; Ig_sub2.
 IPR011009; Kinase-like_dom.
 IPR004168; PPAK_motif.
 IPR000719; Prot_kinase_cat_dom.
 IPR012337; RNaseH-like_dom.
 IPR002290; Ser/Thr_dual-sp_kinase_dom.
 IPR015129; Titin_Z.
 IPR008266; Tyr_kinase_AS. 
Pfam
 PF00041; fn3
 PF07679; I-set
 PF00069; Pkinase
 PF02818; PPAK
 PF09042; Titin_Z 
SMART
 SM00060; FN3
 SM00409; IG
 SM00408; IGc2
 SM00220; S_TKc 
PROSITE
 PS50853; FN3
 PS50835; IG_LIKE
 PS00107; PROTEIN_KINASE_ATP
 PS50011; PROTEIN_KINASE_DOM
 PS00108; PROTEIN_KINASE_ST
 PS00625; RCC1_1
 PS00626; RCC1_2
 PS50012; RCC1_3
 PS50005; TPR
 PS50293; TPR_REGION
 PS00678; WD_REPEATS_1
 PS50082; WD_REPEATS_2
 PS50294; WD_REPEATS_REGION 
PRINTS