Adaptation to salinity at the plant cell level

Various mechanisms of adaptation of plant cells to salinity are reviewed: (1) protection of enzymes and maintenance of turgor by organic solutes; (2) prevention of ion toxicity by compartmentation; and (3) energization of solute transport by the proton pump. All these mechanisms seem to play a role...

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Published in:Plant and soil 1985-02, Vol.89 (1/3), p.3-14
Main Author: LERNER, H. R.
Format: Article
Language:English
Subjects:
Animal cells
Cell growth
Cell lines
Cell membranes
Cultured cells
Enzymes
Plant cells
Plants
Salinity
Section 1: Mechanisms of salt tolerance in algae and terrestrial plants
Solutes
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description Various mechanisms of adaptation of plant cells to salinity are reviewed: (1) protection of enzymes and maintenance of turgor by organic solutes; (2) prevention of ion toxicity by compartmentation; and (3) energization of solute transport by the proton pump. All these mechanisms seem to play a role in adaptation. The particular advantages of using salt-adapted cells in suspension culture to identify mechanisms of adaptation are pointed out.
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identifier ISSN: 0032-079X
ispartof Plant and soil, 1985-02, Vol.89 (1/3), p.3-14
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source Springer Online Journal Archives; JSTOR
subjects Animal cells
Cell growth
Cell lines
Cell membranes
Cultured cells
Enzymes
Plant cells
Plants
Salinity
Section 1: Mechanisms of salt tolerance in algae and terrestrial plants
Solutes
title Adaptation to salinity at the plant cell level
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