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• W4220908106 abstract "Drought resistance in plants is controlled by multiple genes. To identify the genes that mediate drought stress responses and to assess the associated metabolic pathways in the desert shrub Nitraria tangutorum, we conducted a transcriptome analysis of plants under control (maximum field capacity) and drought (20% of the maximum field capacity) conditions. We analyzed differentially expressed genes (DEGs) of N. tangutorum and their enrichment in the KEGG metabolic pathways database, and explored the molecular biological mechanisms underlying the answer to its drought tolerance. Between the control and drought groups, 119 classified metabolic pathways annotated 3047 DEGs in the KEGG database. For drought tolerance, nitrate reductase (NR) gene expression was downregulated, indicating that NR activity was decreased to improve drought tolerance. In ammonium assimilation, drought stress inhibited glutamine formation. Protochlorophyllide reductase (1.3.1.33) expression was upregulated to promote chlorophyll a synthesis, whereas divinyl reductase (1.3.1.75) expression was downregulated to inhibit chlorophyll-ester a synthesis. The expression of the chlorophyll synthase (2.5.1.62) gene was downregulated, which affected the synthesis of chlorophyll a and b. Overall, drought stress appeared to improve the ability to convert chlorophyll b into chlorophyll a. Our data serve as a theoretical foundation for further elucidating the growth regulatory mechanism of desert xerophytes, thereby facilitating the development and cultivation of new, drought-resistant genotypes for the purpose of improving desert ecosystems." @default.
• W4220908106 created "2022-04-03" @default.
• W4220908106 creator A5003096187 @default.
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• W4220908106 date "2022-03-25" @default.
• W4220908106 modified "2023-10-16" @default.
• W4220908106 title "Metabolic Pathways Involved in the Drought Stress Response of Nitraria tangutorum as Revealed by Transcriptome Analysis" @default.
• W4220908106 cites W1847584954 @default.
• W4220908106 cites W1979495146 @default.
• W4220908106 cites W1981217313 @default.
• W4220908106 cites W1987611684 @default.
• W4220908106 cites W1991146797 @default.
• W4220908106 cites W1994002838 @default.
• W4220908106 cites W1995877471 @default.
• W4220908106 cites W2020915126 @default.
• W4220908106 cites W2023030898 @default.
• W4220908106 cites W2030353601 @default.
• W4220908106 cites W2030813458 @default.
• W4220908106 cites W2032024069 @default.
• W4220908106 cites W2033636261 @default.
• W4220908106 cites W2050058457 @default.
• W4220908106 cites W2052470807 @default.
• W4220908106 cites W2054611680 @default.
• W4220908106 cites W2058805572 @default.
• W4220908106 cites W2072232226 @default.
• W4220908106 cites W2086396817 @default.
• W4220908106 cites W2111241581 @default.
• W4220908106 cites W2117821927 @default.
• W4220908106 cites W2119602599 @default.
• W4220908106 cites W2129132626 @default.
• W4220908106 cites W2135732728 @default.
• W4220908106 cites W2137086371 @default.
• W4220908106 cites W2139161312 @default.
• W4220908106 cites W2151038401 @default.
• W4220908106 cites W2152239989 @default.
• W4220908106 cites W2160276176 @default.
• W4220908106 cites W2164706562 @default.
• W4220908106 cites W2178716668 @default.
• W4220908106 cites W2181123689 @default.
• W4220908106 cites W2237880282 @default.
• W4220908106 cites W2320344539 @default.
• W4220908106 cites W2336278081 @default.
• W4220908106 cites W2420770323 @default.
• W4220908106 cites W2493188044 @default.
• W4220908106 cites W2555128645 @default.
• W4220908106 cites W2565443795 @default.
• W4220908106 cites W2568046757 @default.
• W4220908106 cites W2571111963 @default.
• W4220908106 cites W2617125724 @default.
• W4220908106 cites W2791211539 @default.
• W4220908106 cites W2794222238 @default.
• W4220908106 cites W2795542640 @default.
• W4220908106 cites W2807571843 @default.
• W4220908106 cites W2809210564 @default.
• W4220908106 cites W2885214398 @default.
• W4220908106 cites W2887161827 @default.
• W4220908106 cites W2892417435 @default.
• W4220908106 cites W2898653095 @default.
• W4220908106 cites W2905124544 @default.
• W4220908106 cites W2911687294 @default.
• W4220908106 cites W2914018843 @default.
• W4220908106 cites W2914452031 @default.
• W4220908106 cites W2944442497 @default.
• W4220908106 cites W2946571770 @default.
• W4220908106 cites W2954572972 @default.
• W4220908106 cites W2960044247 @default.
• W4220908106 cites W2971995533 @default.
• W4220908106 cites W2997264435 @default.
• W4220908106 cites W2997462838 @default.
• W4220908106 cites W2998715555 @default.
• W4220908106 cites W3004400108 @default.
• W4220908106 cites W3007695665 @default.
• W4220908106 cites W3011295794 @default.
• W4220908106 cites W3011928790 @default.
• W4220908106 cites W3017035840 @default.
• W4220908106 cites W3021693776 @default.
• W4220908106 cites W3045484402 @default.
• W4220908106 cites W3080494307 @default.
• W4220908106 cites W3080993964 @default.
• W4220908106 cites W3087884227 @default.
• W4220908106 cites W3092527429 @default.
• W4220908106 cites W3094502853 @default.
• W4220908106 cites W3094842205 @default.
• W4220908106 cites W3098386457 @default.
• W4220908106 cites W3102352443 @default.
• W4220908106 cites W3111838127 @default.
• W4220908106 cites W3113304153 @default.
• W4220908106 cites W3116729984 @default.
• W4220908106 cites W3120532131 @default.
• W4220908106 cites W3131271113 @default.
• W4220908106 cites W3143778172 @default.
• W4220908106 cites W3164181290 @default.

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