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• W4200052258 endingPage "104457" @default.
• W4200052258 startingPage "104457" @default.
• W4200052258 abstract "Salt stress is the major abiotic stress worldwide, adversely affecting crop yield and quality. Utilizing salt tolerance genes for the genetic breeding of crops is one of the most effective measures to withstand salinization. Sophora alopecuroides is a well-known saline-alkaline and drought-tolerant medicinal plant. Understanding the underlying molecular mechanism for Sophora alopecuroides salt tolerance is crucial to identifying the salt-tolerant genes. In this study, we performed tandem mass tag (TMT) based proteomic profiling of S. alopecuroides leaves under 150 mM NaCl induced salt stress condition for 3 d and 7 d. Data are available on ProteomeXchange (PXD027627). Furthermore, the proteomic findings were validated through parallel reaction monitoring (PRM). We observed that the expression levels of several transporter proteins related to the secondary messenger signaling pathway were altered under salt stress conditions induced for 3 d. However, the expression of the certain transferase, oxidoreductase, dehydrogenase, which are involved in the biosynthesis of flavonoids, alkaloids, phenylpropanoids, and amino acid metabolism, were mainly alerted after 7 d post-salt-stress induction. Several potential genes that might be involved in salt stress conditions were identified; however, it demands further investigation. Although salt stress affects the level of secondary metabolites, their correlation needs to be investigated further. SIGNIFICANCE: Salinization is the most severe abiotic adversity, which has had a significant negative effect on world food security over the time. Excavating salt-tolerant genes from halophytes or medicinal plants is one of the important measures to cope with salt stress. S. alopecuroides is a well-known medicinal plant with anti-tumor, anti-inflammatory, and antibacterial effects, anti-saline properties, and resistance to drought stress. Currently, only a few studies have explored the S. alopecuroides' gene function, and regulation and these studies are mostly related to the unpublished genome sequence information of S. alopecuroides. Recently, transcriptomics and metabolomics studies have been carried on the abiotic stress in S. alopecuroides roots. Multiple studies have shown that altered gene expression at the transcript level and altered metabolite levels do not correspond to the altered protein levels. In this study, TMT and PRM based proteomic analyses of S. alopecuroides leaves under salt stress condition induced using 150 mM NaCl for 3 d and 7 d was performed. These analyses elucidated the activation of different mechanisms in response to salt stress. A total of 434 differentially abundant proteins (DAPs) in salt stress conditions were identified and analyzed. For the first time, this study utilized proteomics technology to dig out plentiful underlying salt-tolerant genes from the medicinal plant, S. alopecuroides. We believe that this study will be of great significance to crop genetics and breeding." @default.
• W4200052258 created "2021-12-31" @default.
• W4200052258 creator A5004078624 @default.
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• W4200052258 creator A5071344179 @default.
• W4200052258 creator A5073681371 @default.
• W4200052258 creator A5077153113 @default.
• W4200052258 date "2022-02-01" @default.
• W4200052258 modified "2023-10-01" @default.
• W4200052258 title "TMT based proteomic profiling of Sophora alopecuroides leaves reveal flavonoid biosynthesis processes in response to salt stress" @default.
• W4200052258 cites W1520441470 @default.
• W4200052258 cites W1944597845 @default.
• W4200052258 cites W1949296069 @default.
• W4200052258 cites W1965514968 @default.
• W4200052258 cites W1966866190 @default.
• W4200052258 cites W1967788094 @default.
• W4200052258 cites W1972063998 @default.
• W4200052258 cites W1979942593 @default.
• W4200052258 cites W1991721460 @default.
• W4200052258 cites W1992783183 @default.
• W4200052258 cites W1996500351 @default.
• W4200052258 cites W2012809842 @default.
• W4200052258 cites W2014409896 @default.
• W4200052258 cites W2022055583 @default.
• W4200052258 cites W2022908372 @default.
• W4200052258 cites W2029761748 @default.
• W4200052258 cites W2030625477 @default.
• W4200052258 cites W2030854390 @default.
• W4200052258 cites W2032409506 @default.
• W4200052258 cites W2041369350 @default.
• W4200052258 cites W2042483895 @default.
• W4200052258 cites W2043213601 @default.
• W4200052258 cites W2047615738 @default.
• W4200052258 cites W2050405351 @default.
• W4200052258 cites W2055326863 @default.
• W4200052258 cites W2057579540 @default.
• W4200052258 cites W2066720918 @default.
• W4200052258 cites W2067670322 @default.
• W4200052258 cites W2071809726 @default.
• W4200052258 cites W2078935977 @default.
• W4200052258 cites W2080843596 @default.
• W4200052258 cites W2095569747 @default.
• W4200052258 cites W2099575789 @default.
• W4200052258 cites W2100988734 @default.
• W4200052258 cites W2107868430 @default.
• W4200052258 cites W2125706870 @default.
• W4200052258 cites W2126419817 @default.
• W4200052258 cites W2146349207 @default.
• W4200052258 cites W2149583752 @default.
• W4200052258 cites W2165015995 @default.
• W4200052258 cites W2165259890 @default.
• W4200052258 cites W2169982931 @default.
• W4200052258 cites W2170874734 @default.
• W4200052258 cites W2171350245 @default.
• W4200052258 cites W2173784328 @default.
• W4200052258 cites W2247005129 @default.
• W4200052258 cites W2288903212 @default.
• W4200052258 cites W2290232551 @default.
• W4200052258 cites W2340761255 @default.
• W4200052258 cites W2557648320 @default.
• W4200052258 cites W2565383127 @default.
• W4200052258 cites W2599340839 @default.
• W4200052258 cites W2616699282 @default.
• W4200052258 cites W2751116945 @default.
• W4200052258 cites W2756249354 @default.
• W4200052258 cites W2767821998 @default.
• W4200052258 cites W2779790920 @default.
• W4200052258 cites W2801321503 @default.
• W4200052258 cites W2803242126 @default.
• W4200052258 cites W2897438639 @default.
• W4200052258 cites W2917524313 @default.
• W4200052258 cites W2934242631 @default.
• W4200052258 cites W2953705934 @default.
• W4200052258 cites W2955469685 @default.
• W4200052258 cites W2969941419 @default.
• W4200052258 cites W2976306838 @default.
• W4200052258 cites W2987697311 @default.
• W4200052258 cites W2994174509 @default.
• W4200052258 cites W3036264735 @default.
• W4200052258 cites W3043851678 @default.
• W4200052258 cites W3044145717 @default.
• W4200052258 cites W3066724393 @default.
• W4200052258 cites W3095026429 @default.
• W4200052258 cites W3111397348 @default.
• W4200052258 cites W311955991 @default.
• W4200052258 cites W3122343762 @default.
• W4200052258 cites W3132031875 @default.
• W4200052258 cites W3133171914 @default.
• W4200052258 cites W3135443595 @default.
• W4200052258 cites W3135855637 @default.
• W4200052258 cites W3138377373 @default.
• W4200052258 cites W3139256281 @default.
• W4200052258 cites W3158875560 @default.
• W4200052258 cites W3159679186 @default.
• W4200052258 cites W3170729226 @default.

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