Table 1.

List of identified proteins whose abundance were altered when oil palm roots were infected with G. boninense.

Spot ID	Accession a	Protein	FC b	p-value	MW c	pI	Score	MP d	Cov (%) e	Organism	Biological process f	Molecular function f
7	G9JLN6	ATP synthase subunit alpha	−1.64	0.0043	55,602	5.84	387	29	33	Oryza brachyantha	ATP hydrolysis coupled proton transport; ATP synthesis coupled proton transport	ATP binding
8	Q9SYR8	Catechol O-methyltransferase	−1.80	0.002	40,192	5.57	88	2	6	Thalictrum tuberosum		O-methyltransferase activity
9	I1R814	Cysteine synthase	+3.17	0.0056	43,774	8.76	63	2	4	Oryza glaberrima	cysteine biosynthetic process from serine	cysteine synthase activity; transferase activity
14	B9R9N6	Enolase	−2.01	0.0078	48,149	5.71	199	16	28	Ricinus communis	glycolysis	magnesium ion binding; phosphopyruvate hydratase activity
22	B3TLU4	Enolase	−1.88	0.00016	48,127	5.98	80	7	11	Elaeis guineensis	glycolysis	magnesium ion binding; phosphopyruvate hydratase activity
25	F6HZK0	Malate dehydrogenase	+2.06	0.0040	39,405	6.67	121	5	18	Vitis vinifera	cellular carbohydrate metabolic process; malate metabolic process; tricarboxylic acid cycle	L-malate dehydrogenase activity
28	I1HVU4	Uncharacterized protein	+10.43	0.005	38,996	6.09	66	2	4	Brachypodiu m distachyon		nutrient reservoir activity
36	M0YUL2	Uncharacterized protein	−2.60	0.00011	38,971	8.47	105	4	13	Hordeum vulgare
48	Q0J8G4	Fructokinase-2	−4.15	0.0072	35,893	5.02	86	3	9	Oryza sativa	starch biosynthestic process	ATP binding; fructokinase activity
49	G1FCF5	Fructokinase	−6.04	0.013	36,460	5.61	72	2	7	Dimocarpus longan	D-ribose metabolic process	ribokinase activity

^aUniprot accession number;

^bfold change;

^cmolecular weight;

^dnumber of matched peptide;

^esequence coverage;

^fhttp://www.uniprot.org.