The peanut root exudate increases the transport and metabolism of nutrients and enhances the plant growth-promoting effects of burkholderia pyrrocinia strain P10

Table 4 Genes affected the mobility, chemotaxis, and biofilm of peanut RE-treated Burkholderia pyrrocinia P10

Gene ID & Gene name	Coding product	Log₂FC	Gene ID & Gene name	Coding product	Log₂FC
ABD05_RS06825 fliD	Filament cap	−1.15	ABD05_RS05110 flgK	Hook-filament junction	−1.37
ABD05_RS06830 filC	Flagellin	-1.51	ABD05_RS29500 algA	Mannose−1-phospho- guanyltransferase/ mannose−6-phospho- isomerase	2.37
ABD05_RS05175 flgN	Flagellar biosynthesis protein	−1.56	ABD05_RS06885 motB	Chemotaxis protein	−1.00
ABD05_RS26665 mcp	Methyl-accepting chemotaxis protein	−1.37	ABD05_RS20305 bcl	Mannose-binding lectin	4.94
ABD05_RS24095 zmpB	Zinc metalloprotease	2.45	ABD05_RS22075 oppA	Oligopeptide transport system substrate-binding protein	1.11
ABD05_RS05815 plcA	Phospholipase C	1.49	ABD05_RS14910 phzC	3-Deoxy−7-phosphoheptulonate synthase	3.17
ABD05_RS18865 vgrG	Type VI secretion system secreted protein VgrG	1.44	ABD05_RS17850 clpV	Type VI secretion system protein ClpV	1.97
ABD05_RS25480 yscT	Type III secretion protein T (YscT)	2.82	ABD05_RS25505 yscR	Type III secretion protein R (YscR)	3.65
ABD05_RS25425 yscV	Type III secretion protein V YscV	1.67	ABD05_RS25465 yscL	Type III secretion protein L (YscL)	5.59
ABD05_RS08705 galM	Aldose 1-epimerase	1.18	ABD05_RS21575 bgaB	Beta-galactosidase	2.62

ISSN: 1471-2180