Table 2.

Differentially expressed proteins between progenies of primed and non-primed plants under high-temperature stress during grain filling.

Spot	PC/NC	PH/NH	Protein name	Taxonomy	GI No.	Theory data (Mr/pI)	Experimental date (Mr/pI)	Score	SC (%)	Classification
1204	0.95	2.04	Phosphoribulokinase	Triticum aestivum	21839	45.4/5.8	40.5/5.0	194	8	Energy
2403	0.94	2.02	Rubisco activase	Hordeum vulgare	167096	47.3/8.6	41.2/5.3	489	18	Energy
3503	1.01	1.51	ATP synthase subunit beta	Glycine max	356536246	59.9/5.8	55.8/5.5	434	13	Energy
3807	0.98	1.51	Vacuolar proton-ATPase subunit A	Triticum aestivum	90025017	68.8/5.2	73.6/5.5	515	14	Energy
1703	0.65	2.3	Protein disulfide isomerase 3 precursor	Triticum aestivum	13925728	56.9/5.0	67.5/5.1	225	10	Protein destination and storage
1704	0.79	2.39	Protein disulfide-isomerase	Triticum aestivum	1709620	56.7/5.0	64.5/5.1	83	5	Protein destination and storage
6803	1.01	1.51	Methionine synthase	Hordeum vulgare	50897038	84.8/5.7	86.7/6.3	204	5	Metabolism
3806	1.01	0.49	HSP70	Triticum aestivum	2827002	71.4/5.4	74.8/5.4	586	14	Protein destination and storage
4503	1.12	0.47	Xylose isomerase	Hordeum vulgare	1296807	53.9/5.3	55.0/5.7	196	9	Cell Structure