Inducers
Gene inducer list is based on the information found in the litterature together with the data
available from the EST library conditions.
The list of the inducers is not fixed and can evolve depending of the expression data found.
Number of peroxidases and oxido-reductases per inducer
Inducers | Nb |
---|---|
Abiotic stress | 20 |
Abscissic acid treatment | 17 |
Abscission | 8 |
Acid treatment | 33 |
Agrobacterium tumefaciens infection | 10 |
Alkaline treatment | 35 |
Anaerobic stress | 5 |
Aphanomyces euteiches infection | 3 |
Aphanomyces euteiches zoospores infection | 5 |
Auxin treatment | 9 |
Bacterium infection | 5 |
Compatible interaction | 1 |
Blumeria infection (Powdery mildew attack) | 18 |
Botritys infection | 1 |
Bradyrhizobium inoculation | 1 |
Bradyrhizobium japonicus infection | 2 |
Cadmium treatment | 2 |
Carbon starvation | 4 |
Cold stress | 62 |
Colletotrichum inoculation | 19 |
Copper excess | 1 |
Cyst nematode infection | 31 |
Dark growth | 36 |
Drought | 135 |
Elicitor treatment (glucan, oligosaccharides, yeast extract, Phytophthora crude extract) | 25 |
Erysiphe graminis infection | 3 |
Ethephon treatment | 2 |
Ethylene treatment | 13 |
Flooded treatment | 5 |
Fungus infection | 9 |
Fusarium infection | 21 |
Virus infection | 2 |
Systemic acquired resistance | 0 |
Gamma irradiation | 0 |
Malting | 1 |
Glomus intraradices infection | 22 |
Glomus versiforme infection | 15 |
Gluconacetobacter diazotroficans inocculation | 5 |
Glucose treatment | 3 |
Heat shock stress | 48 |
Herbaspirilum rubrisubalbicans inocculation | 4 |
Heterodera glycines infection | 0 |
Hormon treatment | 15 |
Insect damage (Spodoptera exigua, Meloidogyne, Aphib) | 32 |
Light growth | 11 |
Lignification | 25 |
Magnaporthe grisea infection | 5 |
Mechanical damage | 2 |
Mesorhizobium loti inoculation | 8 |
Methyl jasmonate treatment | 21 |
Mycorrhiza | 17 |
Nitrogen starvation | 28 |
Constitutively induced | 25 |
Nod factor treatment | 2 |
Nodulation | 33 |
Nutrient deficiency (Al, Zn, P, K, Fe, N) | 11 |
Oxidative stress | 43 |
Ozone treatment | 3 |
Pathogen interaction | 200 |
Phoma infection | 5 |
Phosphate starvation | 53 |
Phytophthora infection | 48 |
Differentiation | 1 |
Embryogenesis | 7 |
Powdery mildew attack | 15 |
Pseudomonas syringae infection | 6 |
Ralstonia solanacearum infection | 6 |
Rhizobium inoculation | 13 |
Growth | 2 |
Salicylic acid treatment | 14 |
Salt stress | 91 |
Senescence | 11 |
Sinorhizobium inoculation | 31 |
Spodoptera exigua (beet armyworm) infection | 0 |
Stress treatment | 20 |
Suberization | 3 |
Sudden Death Syndrome disease | 6 |
Sulfur deficience | 2 |
Temperature stress | 4 |
Tobacco mosaic virus infection | 2 |
UV irradiation | 7 |
Viroid infection | 1 |
Wounding | 40 |
N/D | 15762 |
Xanthomonas infection | 16 |
Xylella fastidiosa infection | 4 |
Carbon treatment | 2 |
Nitrogen treatment | 2 |
Metals | 4 |
Germination | 8 |
Gibberellic acid treatment | 7 |
Brassinolide treatment | 6 |
Methyl viologen | 1 |
Hydrogen peroxide | 10 |
Oleate | 2 |
Imbibition of dormant seeds | 2 |
Blood sucking | 2 |
Meloidogyne incognita | 2 |
Root exudate | 2 |
Infected host | 17 |
Saprophytic growth | 5 |
Nitric Oxide (NO) | 1 |
Glomus mosseae infection | 4 |
beta glucan elicitor preparation from Phytophthora sojae | 1 |
Cancer | 0 |
melanoma | 1 |
retinoblastoma | 1 |