Does salt bridge prevent accumulation of ions?
Answers from top 9 papers
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| Papers (9) | Insight |
|---|---|
9 Citations | Correlations between the ions indicate that road salt elevates concentrations of Na, Br and Cl in road runoff. |
55 Citations | The new salt bridge is free from most of the problems inherent to KCl-based salt bridges. |
13 Citations | These results suggest that the Na+/H+-antiporter may play a significant role in extrusion of the ions that enter cells during the initial stages of salt stress. |
34 Citations | Salt resistance could be ascribed to more exclusion of Na and Cl ions. |
25 Citations | The ionic-liquid salt bridge is a superior alternative to salt bridges based on equitransferent electrolytes in practical applications, particularly, the potentiometry of samples of low ionic strengths, such as potentiometric pH measurements of rainwater. |
398 Citations | It is possible to isolate the energies of forming the salt bridges relative to the solvation of the separated ions by water. |
34 Citations | This result suggests that the entropic contribution of the salt bridge originates from dehydration. |
10 Citations | The results showed that there was an obvious increasing of salt ions concentrations in stormwater runoff samples, especially Na and Cl. |
| Similar salt-bridge mechanisms may be involved in a number of proton-transfer reactions in small solvated metal ion complexes, as well as in other ionic reactions. |
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How does salt-affected soil impact wheat crops?4 answersSalt-affected soil has a significant impact on wheat crops. Salinity stress caused by high salt content in the soil inhibits the growth and development of wheat plants, leading to reduced crop productivity. The presence of salts, such as chloride and sulphate, in the soil affects various physiological processes in wheat, including seed germination, nutrient uptake, and water absorption. Salinity stress also alters the metabolic profiles of the soil, which can result in increased mobility and bioavailability of heavy metals like cadmium (Cd) in the soil-plant system. This can further exacerbate the negative effects of salt stress on wheat crops. However, studies have shown that the application of nitrogen fertilizer can help ameliorate the negative effects of salt stress on wheat growth, with optimal dosage promoting wheat growth under saline conditions. Additionally, the combined application of compost and plant growth-promoting rhizobacteria (PGPR) has been found to mitigate the injurious impacts of salt stress on wheat plants, improving growth, productivity, and nutrient uptake.
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Who said,"Zinc exist as an ion"?1 answersZinc exists as an ion.