758-763The cadaverine (Cad), an organic diamine was examined for its response on growth in salinity and metal stressed B. juncea cv RH-30 vis-à-vis compared the response of ammonium nitrate. The Cad (1 mM) application ameliorated the effect caused by salinity and metal stress on seed germination and plant growth. The plant growth recovery (dry biomass accumulation) was dependent on stress and diamine type. The higher growth recovery potential of Cad under both stresses was due to elevation in photosynthetic pigments, nitrate reductase activity and organic nitrogen as well as soluble protein, It is inferred that growth in stressed seedlings was mediated by Cad through lowering endogenous Cd/Pb and Na+/K+ level in leaf and shoot t...
Cadmium, a high toxic heavy metal, is one of the most serious contaminants in soil and a potential t...
Secondary metabolites such as glucosinolates (GSLs) are involved in plant response to biotic stress ...
ABSTRACT Heavy metals can disrupt plant metabolism, including photosynthesis, in a number of differe...
Abstract Cadaverine (Cad), which has an independent synthesis pathway compared to other polyamine (P...
The accumulation of free polyamines is very important for plant resistance to abiotic stresses. In t...
The accumulation of free polyamines is very important for plant resistance to abiotic stresses. In t...
The effect of free cadaverine (Cad) on its conjugates formation was analyzed in roots of the common ...
The effect of free cadaverine (Cad) on its conjugates formation was analyzed in roots of the common ...
Phytoremediation is a new technology based on the use of plants to clean up contaminated sites. The ...
A specific character of physiological-biochemical stress responses of pumpkin plants to toxic effect...
The effect of cadmium and combined cadmium and titanium-ascorbate or magnesium was examined on wheat...
The interactive effects of Cd and natural siliceous mineral analcite on Cd phytotoxicity and rate of...
Cadmium as a heavy metal is also considered as a serious threat for the environment. This element is...
AbstractIncreasing contamination and higher enrichment ratio of non-essential heavy metal cadmium (C...
AbstractIncreasing contamination and higher enrichment ratio of non-essential heavy metal cadmium (C...
Cadmium, a high toxic heavy metal, is one of the most serious contaminants in soil and a potential t...
Secondary metabolites such as glucosinolates (GSLs) are involved in plant response to biotic stress ...
ABSTRACT Heavy metals can disrupt plant metabolism, including photosynthesis, in a number of differe...
Abstract Cadaverine (Cad), which has an independent synthesis pathway compared to other polyamine (P...
The accumulation of free polyamines is very important for plant resistance to abiotic stresses. In t...
The accumulation of free polyamines is very important for plant resistance to abiotic stresses. In t...
The effect of free cadaverine (Cad) on its conjugates formation was analyzed in roots of the common ...
The effect of free cadaverine (Cad) on its conjugates formation was analyzed in roots of the common ...
Phytoremediation is a new technology based on the use of plants to clean up contaminated sites. The ...
A specific character of physiological-biochemical stress responses of pumpkin plants to toxic effect...
The effect of cadmium and combined cadmium and titanium-ascorbate or magnesium was examined on wheat...
The interactive effects of Cd and natural siliceous mineral analcite on Cd phytotoxicity and rate of...
Cadmium as a heavy metal is also considered as a serious threat for the environment. This element is...
AbstractIncreasing contamination and higher enrichment ratio of non-essential heavy metal cadmium (C...
AbstractIncreasing contamination and higher enrichment ratio of non-essential heavy metal cadmium (C...
Cadmium, a high toxic heavy metal, is one of the most serious contaminants in soil and a potential t...
Secondary metabolites such as glucosinolates (GSLs) are involved in plant response to biotic stress ...
ABSTRACT Heavy metals can disrupt plant metabolism, including photosynthesis, in a number of differe...