Plant salt tolerance and Na+ sensing and transport
Salinity is a global challenge to agricultural production. Understanding Na+ sensing and transport in plants under salt stress will be of benefit for breeding robustly salt-tolerant crop species. In this review, first, possible salt stress sensor candidates and the root meristem zone as a tissue har...
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| Published in | The Crop journal Vol. 6; no. 3; pp. 215 - 225 |
|---|---|
| Main Author | |
| Format | Journal Article |
| Language | English |
| Published |
Elsevier B.V
01.06.2018
KeAi Communications Co., Ltd |
| Subjects | |
| Online Access | Get full text |
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| Abstract | Salinity is a global challenge to agricultural production. Understanding Na+ sensing and transport in plants under salt stress will be of benefit for breeding robustly salt-tolerant crop species. In this review, first, possible salt stress sensor candidates and the root meristem zone as a tissue harboring salt stress-sensing components are proposed. Then, the importance of Na+ exclusion and vacuolar Na+ sequestration in plant overall salt tolerance is highlighted. Other Na+ regulation processes, including xylem Na+ loading and unloading, phloem Na+ recirculation, and Na+ secretion, are discussed and summarized. Along with a summary of Na+ transporters and channels, the molecular regulation of Na+ transporters and channels in response to salt stress is discussed. Finally, some largely neglected issues in plant salt stress tolerance, including Na+ concentration in cytosol and the role of Na+ as a nutrient, are reviewed and discussed. |
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| AbstractList | Salinity is a global challenge to agricultural production. Understanding Na⁺ sensing and transport in plants under salt stress will be of benefit for breeding robustly salt-tolerant crop species. In this review, first, possible salt stress sensor candidates and the root meristem zone as a tissue harboring salt stress-sensing components are proposed. Then, the importance of Na⁺ exclusion and vacuolar Na⁺ sequestration in plant overall salt tolerance is highlighted. Other Na⁺ regulation processes, including xylem Na⁺ loading and unloading, phloem Na⁺ recirculation, and Na⁺ secretion, are discussed and summarized. Along with a summary of Na⁺ transporters and channels, the molecular regulation of Na⁺ transporters and channels in response to salt stress is discussed. Finally, some largely neglected issues in plant salt stress tolerance, including Na⁺ concentration in cytosol and the role of Na⁺ as a nutrient, are reviewed and discussed. Salinity is a global challenge to agricultural production. Understanding Na+ sensing and transport in plants under salt stress will be of benefit for breeding robustly salt-tolerant crop species. In this review, first, possible salt stress sensor candidates and the root meristem zone as a tissue harboring salt stress-sensing components are proposed. Then, the importance of Na+ exclusion and vacuolar Na+ sequestration in plant overall salt tolerance is highlighted. Other Na+ regulation processes, including xylem Na+ loading and unloading, phloem Na+ recirculation, and Na+ secretion, are discussed and summarized. Along with a summary of Na+ transporters and channels, the molecular regulation of Na+ transporters and channels in response to salt stress is discussed. Finally, some largely neglected issues in plant salt stress tolerance, including Na+ concentration in cytosol and the role of Na+ as a nutrient, are reviewed and discussed. Keywords: Channels, Na+ sensing, Na+ transport, Plant salt tolerance, Transporters Salinity is a global challenge to agricultural production. Understanding Na+ sensing and transport in plants under salt stress will be of benefit for breeding robustly salt-tolerant crop species. In this review, first, possible salt stress sensor candidates and the root meristem zone as a tissue harboring salt stress-sensing components are proposed. Then, the importance of Na+ exclusion and vacuolar Na+ sequestration in plant overall salt tolerance is highlighted. Other Na+ regulation processes, including xylem Na+ loading and unloading, phloem Na+ recirculation, and Na+ secretion, are discussed and summarized. Along with a summary of Na+ transporters and channels, the molecular regulation of Na+ transporters and channels in response to salt stress is discussed. Finally, some largely neglected issues in plant salt stress tolerance, including Na+ concentration in cytosol and the role of Na+ as a nutrient, are reviewed and discussed. |
| Author | Wu, Honghong |
| Author_xml | – sequence: 1 givenname: Honghong surname: Wu fullname: Wu, Honghong email: Honghong.Wu@utas.edu.au, honghong.wu@ucr.edu organization: School of Land and Food, University of Tasmania, Hobart, Tas 7001, Australia |
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| Snippet | Salinity is a global challenge to agricultural production. Understanding Na+ sensing and transport in plants under salt stress will be of benefit for breeding... Salinity is a global challenge to agricultural production. Understanding Na⁺ sensing and transport in plants under salt stress will be of benefit for breeding... |
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| StartPage | 215 |
| SubjectTerms | Channels crops cytosol Na+ sensing Na+ transport phloem plant breeding Plant salt tolerance root meristems salinity salt stress salt tolerance secretion sodium stress tolerance Transporters vacuoles xylem |
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| Title | Plant salt tolerance and Na+ sensing and transport |
| URI | https://dx.doi.org/10.1016/j.cj.2018.01.003 https://www.proquest.com/docview/2253278984 https://doaj.org/article/4c220975ee49494c899dfbf3394c2a13 |
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