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. Author manuscript; available in PMC: 2016 Dec 1.
Published in final edited form as: Curr Opin Plant Biol. 2015 Oct 24;28:68–75. doi: 10.1016/j.pbi.2015.09.005

Table 1.

Changes in the phosphorylation of Arabidopsis plasma membrane H+-ATPases under various genetic and environmental perturbations

Protein Condition Site Tissue Detection References
AHA1 flg22 T881, S899, T948 cell culture MS (iTRAQ) [8]
sucrose T948 seedling MS (label free) [57]
fusicoccin T948 seedling SRM [12]
phytohormones T948 cell culture MS (label free) [58]
AHA2 flg22 T881, S899, T947 cell culture MS (iTRAQ) [8]
flg22 S944 cell culture MS (15N) [59]
sucrose T947 seedling MS (label free) [57]
phytohormones T947 cell culture MS (label free) [58]
RALF S899 seedling MS (15N) [11]
PSY1 T881 seedling SRM [17]
aha1, aha2 mutants T947, T948 seedling SRM [2]
IAA T947 hypocotyls pT947 antibody [5]
GFP-SAUR19 T947 seedling 14-3-3 overlay [6]
transgenics pT947 antibody
fusicoccin T947 seedling SRM [12]
blue light T947 seedling pT947 antibody [46]
ABA T947 seedling pT947 antibody [60]
AHA3 flg22 T882 cell culture MS (iTRAQ) [8]
Other AHAs blue light T947 equivalent guard cell protoplast pT947 antibody [61]

iTRAQ, isobaric tags for relative and absolute quantitation; 15N, nitrogen15 stable-isotope metabolic labeling; SRM, selected reaction monitoring.