Physiology and Molecular Biology of Stress ... - KHAM PHA MOI

308
A.K. Tyagi, S. Vij and N. Saini
ment in flowering plants. Gene expression can also be repressed by use of antisense,
co-supression or RNAi strategies, but these approaches are largely based on a single
gene approach and presently are difficult to use on a large scale (Parinov and Sundaresan,
2000). Physical and chemical means of mutagenesis have largely given way to insertional
mutagenesis for the benefit of genome-wide studies.
Table 1. Use of microarrays for analyzing transcriptional profile under stress conditions
Plants Traits studied Microarray Reference
Arabidopsis SAR response a-10000 Maleck et al.
thaliana (2000)
Arabidopsis Mechanical wounding a-150 Reymond et al.
thaliana and insect feeding (2000)
Arabidopsis Defense-related signaling a-2375 Schenk et al.
thaliana molecules and fungal (2000)
pathogen
Phaseolus Herbivory (spider mite a-2032 Arimura et al.
lunatus infestation) or herbivore- (2000)
induced volatile substance
Arabidopsis High salinity a-9212 A. Bohnert et al.
thaliana and thaliana and (2001)
Cryophytum a-2600 C.
crystalinum
cyrstalinum
Arabidopsis Oxidative stress a-11000 Desikan et al.
thaliana (2001)
Arabidopsis Stress-induced and a-1200 Mahalingam and
thaliana -repressed genes Fedoroff (2001)
Arabidopsis Drought and cold stress a-~1300 Seki et al. (2001)
thaliana
Arabidopsis Iron deficiency stress in a-6000 Thimm et al.
thaliana roots and shoots (2001)
Oryza sativa Initial phase of salt stress a-1728 Kawasaki et al.
(2001)
Arabidopsis Water-deficit stress a-1300 Bray (2002)
thaliana
Arabidopsis Wounding b-~8200 Cheong et al.
thaliana (2002)