PPepDB-ID	"Peptide Name"	PMID	"Plant source"	"Plant Family"	"Peptide Family"	"Peptide function"	"Peptide function description"	"Activity against"	Sequence	"Sequence Length"	Validation	"Avg. Molecular wt(Da)"	"Monoisotopic molecular wt(Da)"	pI	Method	"Additional information"
PPepDB_4303	WAKLC_ARATH	--NA--	"Arabidopsis thaliana"	Brassicaceae	--NA--	Signaling-peptide	"ATP-binding; Complete proteome; Glycoprotein; Kinase; Membrane; Nucleotide-binding; Serine/threonine-protein kinase; Signal; Transferase; Transmembrane | Wall-associated receptor kinase-like 3 precursor (EC 2.7.11.-).Membrane; Single-pass type I membrane protein (Potential)."	--NA--	AHVLRGVLIGLLGLLFFVIGIFGLYKFIRKRRRIIRSMKFFKRNGGLLLKFLSSQYTHKSDVYSFGVVLVELITGEKPMSRVRSEEGIGLATYFLEAMKEGIGGKDCYLNSWYEVVCNSTTSGSCKTVPFLTRINREVVNISLPKSDFFSGSGYRGNPYIRGGCIDIDECEVPNKCGEDTCVNMAGRYSCVPKITKPAKLGWYFDTSDSRFRNPLGCTNLTRSSGSYFLTDICLCRYGYFSRMSYRSCYCHRDIKTTNILLDEKYRAKISDFGTSRSVATDQTHLTTLVAGTFGYMDPEYMKTKTYNFRYIVASVLTLLMNGSSAATPPNSNSSSSCNRTFGGISIPFPFNRAVDIIDIRIKDESKQVMAVAKLARRCLNRKGNKRPNMREVSIKLERIRPQAVGVNIESNNDTRGEGCKAAFLTSMKYFPSNITKPEWFQADGYAVVELPYGVVHIKGPVTSLGCSSNISQGLQKTLPDLNITGRGSPYFLTDENRLVAQQLTTKDGSVEMSKIFSSRELEKATDNFSIDRVLGQGGQGTVYKRMLVDGSIVAVKRSKVVDEDKMEEFINEIVLLSQINHRNIVKLLGCCLETEVPILVSSPKDLDVHTENEEEEEEDQLMEINRIYDSVGCGTKALMTDIESEILGCESSCKDTKSNEVGNSLCNGYKCCQARLPVERYEYIPNGDLFKRLHDEYDDYMMTWEVRLRIAVEIAGALSYMHSAASFPIF	730	"Experimental evidence at transcript level"	81927.88	81875.11	8.48	--NA--	"FUNCTION:Serine/threonine-protein kinase that may function as a signaling receptor of extracellular matrix component.CATALYTIC ACTIVITY:ATP a protein = ADP a phosphoprotein.TISSUE SPECIFICITY:Preferentially expressed in roots and flowers.DOMAIN:The EGF-like region is specific to this family of proteins and seems to consist of the C-terminal of an EGF-like domain fused to the N-terminal of another one.SIMILARITY:Belongs to the protein kinase superfamily. Ser/Thr protein kinase family.SIMILARITY:Contains 1 protein kinase domain.SEQUENCE CAUTION:Sequence=AAF18509.1; Type=Erroneous gene model prediction; "