Effect of progressive drought stress on physio-biochemical responses and gene expression patterns in wheat

Earth & Environmental Sciences

• drought stress 82%
• gene expression 73%
• wheat 56%
• drought 49%
• hardening 31%
• tolerance 27%
• genotype 22%
• seedling 21%
• effect 14%
• cultivar 13%
• carotenoid 12%
• acclimation 11%
• antioxidant 11%
• shoot 11%
• hydrogen peroxide 10%
• breeding 10%
• sugar 10%
• pigment 10%
• chlorophyll 9%
• enzyme 8%
• water content 8%
• gene 7%
• membrane 7%
• biomass 6%
• exposure 5%
• program 5%
• index 5%

Agriculture & Biology

• water stress 51%
• wheat 40%
• drought 39%
• gene expression 38%
• drought tolerance 24%
• leys 16%
• seedlings 15%
• genotype 14%
• ascorbate peroxidase 13%
• malondialdehyde 11%
• antioxidant enzymes 11%
• acclimation 11%
• hydrogen peroxide 11%
• proline 10%
• carotenoids 10%
• breeding programs 10%
• catalase 10%
• superoxide dismutase 9%
• pigments 9%
• chlorophyll 9%
• water content 8%
• sugars 8%
• duration 7%
• shoots 7%
• biomass 7%
• cultivars 7%

Medicine & Life Sciences

• Droughts 100%
• Triticum 76%
• Gene Expression 37%
• Seedlings 21%
• Ascorbate Peroxidases 12%
• Chlorophyll 10%
• Genotype 10%
• Acclimatization 9%
• Biomass 8%
• Carotenoids 8%
• Breeding 8%
• Proline 7%
• Hydrogen Peroxide 6%
• Malondialdehyde 6%
• Sugars 6%
• Catalase 6%
• Superoxide Dismutase 6%
• Antioxidants 5%