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• W2140915809 startingPage "655" @default.
• W2140915809 abstract "Abstract Very little is known about the adaptation mechanism of C henopodiaceae H alogeton glomeratus , a succulent annual halophyte, under saline conditions. In this study, we investigated the morphological and physiological adaptation mechanisms of seedlings exposed to different concentrations of NaCl treatment for 21 d. Our results revealed that H . glomeratus has a robust ability to tolerate salt; its optimal growth occurs under approximately 100 m m NaCl conditions. Salt crystals were deposited in water‐storage tissue under saline conditions. We speculate that osmotic adjustment may be the primary mechanism of salt tolerance in H . glomeratus , which transports toxic ions such as sodium into specific salt‐storage cells and compartmentalizes them in large vacuoles to maintain the water content of tissues and the succulence of the leaves. To investigate the molecular response mechanisms to salt stress in H . glomeratus , we conducted a comparative proteomic analysis of seedling leaves that had been exposed to 200 m m NaCl for 24 h, 72 h and 7 d. Forty‐nine protein spots, exhibiting significant changes in abundance after stress, were identified using matrix‐assisted laser desorption ionization tandem time‐of‐flight mass spectrometry ( MALDI ‐ TOF / TOF MS / MS ) and similarity searches across EST database of H . glomeratus . These stress‐responsive proteins were categorized into nine functional groups, such as photosynthesis, carbohydrate and energy metabolism, and stress and defence response." @default.
• W2140915809 created "2016-06-24" @default.
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• W2140915809 date "2014-09-15" @default.
• W2140915809 modified "2023-10-17" @default.
• W2140915809 title "Physiological and proteomic analyses of salt stress response in the halophyte <scp> <i>H</i> </scp> <i>alogeton glomeratus</i>" @default.
• W2140915809 cites W1524893958 @default.
• W2140915809 cites W157876054 @default.
• W2140915809 cites W1591046254 @default.
• W2140915809 cites W1969401747 @default.
• W2140915809 cites W1975316301 @default.
• W2140915809 cites W1983729367 @default.
• W2140915809 cites W1984612383 @default.
• W2140915809 cites W1985447935 @default.
• W2140915809 cites W1985774119 @default.
• W2140915809 cites W1988778408 @default.
• W2140915809 cites W1990319688 @default.
• W2140915809 cites W1990704189 @default.
• W2140915809 cites W1993016749 @default.
• W2140915809 cites W1994609489 @default.
• W2140915809 cites W2002486570 @default.
• W2140915809 cites W2004856609 @default.
• W2140915809 cites W2008131783 @default.
• W2140915809 cites W2013550258 @default.
• W2140915809 cites W2016011422 @default.
• W2140915809 cites W2018534062 @default.
• W2140915809 cites W2021085234 @default.
• W2140915809 cites W2022467683 @default.
• W2140915809 cites W2023162698 @default.
• W2140915809 cites W2028858734 @default.
• W2140915809 cites W2030354385 @default.
• W2140915809 cites W2031296484 @default.
• W2140915809 cites W2036987930 @default.
• W2140915809 cites W2038322984 @default.
• W2140915809 cites W2039905376 @default.
• W2140915809 cites W2044144098 @default.
• W2140915809 cites W2045264048 @default.
• W2140915809 cites W2054582785 @default.
• W2140915809 cites W2060414500 @default.
• W2140915809 cites W2064200642 @default.
• W2140915809 cites W2064912189 @default.
• W2140915809 cites W2066720918 @default.
• W2140915809 cites W2069204870 @default.
• W2140915809 cites W2070662527 @default.
• W2140915809 cites W2071231949 @default.
• W2140915809 cites W2074279111 @default.
• W2140915809 cites W2075087578 @default.
• W2140915809 cites W2075510117 @default.
• W2140915809 cites W2085200858 @default.
• W2140915809 cites W2087951689 @default.
• W2140915809 cites W2088900461 @default.
• W2140915809 cites W2090676009 @default.
• W2140915809 cites W2092012471 @default.
• W2140915809 cites W2095779053 @default.
• W2140915809 cites W2102131116 @default.
• W2140915809 cites W2106119906 @default.
• W2140915809 cites W2109473267 @default.
• W2140915809 cites W2118720098 @default.
• W2140915809 cites W2119523161 @default.
• W2140915809 cites W2125826948 @default.
• W2140915809 cites W2126924166 @default.
• W2140915809 cites W2126953162 @default.
• W2140915809 cites W2132966812 @default.
• W2140915809 cites W2134132908 @default.
• W2140915809 cites W2139552143 @default.
• W2140915809 cites W2149583752 @default.
• W2140915809 cites W2150539008 @default.
• W2140915809 cites W2152469328 @default.
• W2140915809 cites W2156786672 @default.
• W2140915809 cites W2163121229 @default.
• W2140915809 cites W2163131631 @default.
• W2140915809 cites W2166108635 @default.
• W2140915809 cites W2169162894 @default.
• W2140915809 cites W2171350245 @default.
• W2140915809 cites W2248830105 @default.
• W2140915809 cites W2312402829 @default.
• W2140915809 cites W2417343904 @default.
• W2140915809 cites W2511510234 @default.
• W2140915809 cites W2797789068 @default.
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• W2140915809 doi "https://doi.org/10.1111/pce.12428" @default.
• W2140915809 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4407928" @default.
• W2140915809 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25124288" @default.
• W2140915809 hasPublicationYear "2014" @default.
• W2140915809 type Work @default.
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