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1

Osmotic adjustment in sorghum under sodium chloride stress

100%
Khan A. H., Ashraf M. Y., Azmi A. R.
Acta Physiologiae Plantarum
|
1992
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tom 14
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nr 3
2

Sodium chloride salt stress induced changes in protein content and protease activity in callus culture of pearl millet [Pennisetum glaucum L.R.Br.]

75%
Misra M., Das N., Misra A. N.
Acta Physiologiae Plantarum
|
1995
|
tom 17
|
nr 4
3

Potassium effect on ion leakage, water usage, fruit yield and biomass production by strawberry plants grown under NaCl stress

63%
Khayyat M., Vazifeshenas M. R., Rajaee S., Jamalian S.
Journal of Fruit and Ornamental Plant Research
|
2009
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tom 17
|
nr 1
79-88
Strawberry plants were grown in soilless culture under greenhouse conditions to investigate the effect of supplementary potassium fertilization on growth and development of plants exposed to high NaCl concentration (35 mmol/L). Treatments included: 1) nutrient solution alone (N); 2) N + 35 mmol/L NaCl (NS); 3) NS + 5 mmol/L K2SO4 (NSK1); 4) NS + 10 mmol/L K2SO4 (NSK2). Results showed that leaf area, ion leakage (EC), chlorophyll contents, biomass production and water usage were negatively affected by NaCl stress. Moreover, fruit set and fruit number decreased under stress condition. Mineral content (Na, Cl, Ca and K) in various plant parts increased upon NaCl stress. Although supplementary potassium fertilization positively influenced the leaf area development, chlorophyll contents and reproductive parameters, it had a negative effect on biomass production. On the other hand, in addition to K and Ca, supplementary potassium increased Na and Cl content. These results showed that potassium reduces some negative effects of NaCl stress in strawberry.
4
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Carbonylation-targeted proteomics of NaCl-stressed plants revealing early oxidative events in various cellular compartments

63%
Mano J., Nagata M., Okamura S., Shiraya T., Mitsui T.
BioTechnologia. Journal of Biotechnology Computational Biology and Bionanotechnology
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2013
|
tom 94
|
nr 2
5
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Germination and seedling growth of Zea mays L. under different levels of sodium chloride stress

63%
Sozharajan R., Natarajan S.
International Letters of Natural Sciences
|
2014
|
tom 07
Salt stress is one of the most severe environmental factors that reduces and limits growth and development of plants. Abiotic stresses such as heavy metals, salinity, drought, temperature, UV-radiation, ozone causes drastic yield reduction in most of the crops. Especially salt stress affects around 20 of NaCl on germination and seedling growth of Zea mays L. Seeds of Zea mays were germinated in glass Petri- 100 × 15 mm diameter lined with blotting paper. Ten seeds were placed in each petri-dish. Petridishes were irrigated with 25, 50, 75, 100, 125, 150, 175 and 200 mM concentrations of NaCl. A control was moistened with ten milliliters of distilled water. The germination percentage, water absorption of the seeds, water uptake percentage and the growth parameters were observed. The results obtained showed that the inhibition of the germination percentage, germination rate, water uptake, growth and biomass accumulation of the seedlings were observed to decrease with increasing NaCl concentrations. At the highest level of stress both plumule and radical decreased significantly. The salt stress decreased seed germination, biomass and growth of maize seedlings due to ion toxicity, decrease osmotic potential and oxidative stress.
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