410

TABLE 13.2 (Continued)

Plant Species

Organ Used for

Fractionation

Experimental

Condition

Technique

Used

No. of

Identified

DAP (Differentially Abundant Proteins)

References

Proteins

Festuca

arundinacea – (T),

(S)

Leaves

Drought

2-DE; nano-

UPLC MS/MS

82

Up: RubisCO activase.

Down: lipocalin

Genotypic difference: OEE2, lipocalin – up in T

down in S

Kosmala et

al. (2012)

Solanum

lycopersicum

Leaves

Drought and

recovery

2D-DIGE

nanoLC­

ESI-LIT-MS/

MS

57

Photosynthesis (PC, chl binding protein4; PGK,

PRK), ATP synthase CF1β,γ, APX1, PAP

Tamburino et

al. (2017)

Cell Wall

Zea mays

Primary root

elongation zone

Drought

2DE HPLC-ESI­

Q-TOF MS

152

Cell wall apoplast proteins: expansion, XET,

β-D-glucosidase

Zhu et al.

(2007)

Cicer arietinum

Leaves

Drought

2-DE/MALDI

TOF/MS

134

APX, Trx m, mannose lectin, glyoxalase I,

GRPs, NDPK, receptor-like kinase CHRK1,

protein kinase 2; cell wall modification: cellulose

synthase-like, glucan endo-1,3-β-D-glucosidase;

Met synthase

Bhushan et

al. (2007)

Glycine max

Root and

hypocotyl

Waterlogging

2-DE/MALDI

TOF/MS

204

Down: GLP, LOX, stem glycoprotein, Cu/Zn-

SOD; pI change in copper amino oxidase

Komatsu et

al. (2010)

Oryza sativa

Leaves

Drought

2-DE/MALDI

TOF/MS

192

Cell signaling proteins: 14-3-3; inositol

phosphatase; GF14-b, GF14-c; 20S proteasome

α; oligopeptidase A-like; ALDO, ENO, PRK;

SAM 2-demethylmenaquinone methyltransferase­

like; ADK, AdoHcyase; Trx h, Trx m, 2-Cys Prx,

MDAR; DnaK chaperone

Pandey et al.

(2010)

Biology and Biotechnology of Environmental Stress Tolerance in Plants, Volume 3