Abstract
The protective effect of exogenous effectors applications against heavy metal toxicity in plants was investigated in this mini review. The exposure of plants to heavy metals caused high metal accumulation in tissues associated with increased levels of oxidative stress biomarkers as well as enhanced antioxidant enzymes. Hence, exogenous effectors were effective in reducing heavy metals-induced toxicity by maintaining the redox cell status.
Highlights
Plants in their environment are subjected to a variety of stressful factors which generate physiological reactions leading to the formation of free radicals
The protective effect of exogenous effectors applications against heavy metal toxicity in plants was investigated in this mini review
The exposure of plants to heavy metals caused high metal accumulation in tissues associated with increased levels of oxidative stress biomarkers as well as enhanced antioxidant enzymes
Summary
Plants in their environment are subjected to a variety of stressful factors which generate physiological reactions leading to the formation of free radicals. Abstract The protective effect of exogenous effectors applications against heavy metal toxicity in plants was investigated in this mini review. The exposure of plants to heavy metals caused high metal accumulation in tissues associated with increased levels of oxidative stress biomarkers as well as enhanced antioxidant enzymes.
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