. 2016 Jun 21;6:28306. doi: 10.1038/srep28306

Table 4. Differentially abundant proteins in the mpk6 involved in the plant development as classified according to GO annotations.

Accession	Protein name	Fold change	Developmental process
gi\|145333041	glycine-rich RNA-binding protein 2	0.136	seedling development and germination⁹⁸, flower and seed development⁹⁹
gi\|15220770	1-aminocyclopropane-1-carboxylate oxidase 2	0.094	ethylene synthesis⁷¹, seed germination¹⁰⁰,¹⁰¹
gi\|15231569	aquaporin tip1-2	0.077	lateral root emergence¹⁰²
gi\|15228041	aquaporin tip1-1	0.053	lateral root emergence¹⁰²
gi15233538	profilin 2	0.209	root hair formation⁶³
gi\|30691988	chaperone protein dnaj 3	0.136	flowering¹⁰³
gi\|18403295	gamma-aminobutyrate transaminase pop2	0.139	cell wall composition, root and hypocotyl development¹⁰⁴
gi\|15229522	adenosylhomocysteinase 2	1.594	seed and root development⁹³
gi\|15222075	actin 8	unique in mpk6	root hair tip growth¹⁰⁵
gi\|30683070	tubulins	5.012	helical root growth¹⁰⁶, gravitropism¹⁰⁷
gi\|15242516	actin 7	5.805	callus formation¹⁰⁸; seed germination and root growth¹⁰⁹, cell division¹⁰⁵
gi\|15232671	phospholipase d alpha 1	unique in mpk6	stomatal closure¹¹⁰
gi\|15220941	guanine nucleotide-binding protein subunit beta-like protein a	unique in mpk6	root formation, seed germination and seedling development³⁷,¹¹¹
gi\|15221970	lipoxygenase 1	unique in mpk6	formation of lateral roots¹¹²
gi\|15230005	regulatory particle triple-a atpase 5a	unique in mpk6	gametophyte development¹¹³, root apical meristem maintenance¹¹⁴
gi\|15232776	cell division control protein 48-a	unique in mpk6	cell division, expansion and differentiation⁴⁸
gi\|15233320	aquaporin tip2-1	unique in mpk6	lateral root emergence¹⁰²
gi\|30691619	elongation factor 1b beta	unique in mpk6	cell wall formation and cell expansion¹¹⁵

Only proteins with published experimental evidence for their role in the plant development are listed here.