Keywordsphosphoproteomics; LC-MS; Arabidopsis thaliana; phosphoprotein enrichment; biotic stress; transcription factor; signaling cascades; soybean; proteomics; drought; flood; review; iTRAQ; orbitrap mass spectrometry; Al-enriched tomato seeds; seed germination; root proteomics; functional pathways; Beet necrotic yellow vein virus (BNYVV); shot-gun proteomics; sugarbeet; cell wall; plant; proteomics; maize; pollen; pistil; gametophytic factors; proteomics; flooding; water logging; guaiacol peroxidases; native PAGE; soluble proteins; shoot; Zea mays L.; Japanese birch; Inonotus obliquus; salicylic acid; proteomics; interaction; pollen; pistil; self-incompatibility; transgenic wheat; pathogenesis-related protein-1.2; proteomics; seminal roots; waterlogging; cowpea; defense proteins; Meloidogyne incognita; plant proteomics
