Protein coding transcript 231148

TranscriptLl_transcript_167982
CDS coordinates1-2232 (+)
Peptide sequenceGLSQLLAAIAVNSSAERRVNGQVDWYGVLGVQPLADDATIRICYRKLALMLHPDKNKSVGAIEAFKLITQAWSLLSDKDKKVVYDQNRNSWGRYEEIQGRKPSVQARQNGLNTANHKDRDHKNGTHPIPTPVSPATLKQTFWTKCGSCKTQFEYYTLYINCELICPSCHQKFKAHEAPPPPVSRNGSSTSRISEMNQHNLNSNRTERSCHASGRTPIYANPSLGSGHFSMLGGISAVPTSASTAAEAPGVYGMLSENLKRQREDSTPIIREEHHFGETHAVVRDVSSSAFKSSCFAPDSVLIGDSSRKIRRTDENQVHGDGRDMETKIAYEKGGIRLLSELRSQKDSLDTRSIDASGVCKDNDNQELSRVQLRNILMEKARKYIHKKLGERRSTSLLRNLAKPYSTIAGGRAKNKERAVSGVKHAAPEFVASETIGNKCYSADSEVTENLTMSVPDPDFHDFDGDRTENAFGDNQIWASYDNDDGMPRFYAFVYNVISKEHFKARISWLSSKTNDELAPIKWVSAGFAKTVGDLRIGKREISTTLNTFSHRVKWTKGSRGIIHIYPKKGDVWALFRNWSVEWNEFTEDEIIHKYDMVEVLEDYSEERGVDVAPLAKVAGFKTVFRQNADPTKIRNIPKAEMFRFSHQVPSYLLTGQEGHNAPSGCLELDPAATPMELLRITTEDAPEQEMTTEKSSEDEQKPNMTSTEDAVEDVPRKVVAEPIKRKEGRPEVFLVYKRRRSKK*
ORF Type5prime_partial

Annotations of Ll_transcript_167982

BlastpDnaJ homolog subfamily B member 12 from Mus with 47.95% of identity
BlastxDnaJ homolog subfamily B member 12 from Mus with 47.95% of identity
EggnogATP binding to DnaK triggers the release of the substrate protein, thus completing the reaction cycle. Several rounds of ATP-dependent interactions between DnaJ, DnaK and GrpE are required for fully efficient folding. Also involved, together with DnaK and GrpE, in the DNA replication of plasmids through activation of initiation proteins (By similarity)(COG0484)
KeggLink to kegg annotations (56709)
CantataDB-
Mirbase-
Ncbi proteinLink to NCBI protein (XP_019458975.1)
PfamDnaJ domain (PF00226.30)
Rfam-
GOLinks to GO: General; Genes and gene products; Annotations; Ontology;


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