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• W3204195789 endingPage "706" @default.
• W3204195789 startingPage "689" @default.
• W3204195789 abstract "Nitric oxide (NO) is a redox-active molecule that acts as a signal and plays a key role in plant responses to changed environmental conditions. In a number of plant stress responses, NO generation occurs in parallel with H2O2, and both molecules can operate synergistically or independently. Plants react to biotic as well as abiotic factors by enhanced accumulation of reactive oxygen species (ROS), resulting in imbalance of redox homeostasis. This activates both signaling events and damaging processes. Under stress conditions, much attention is focused on plasma membrane and apoplast compartments, in which increases in H2O2 could be associated with the activities of NADPH oxidases (NOX) and amine oxidases (AO), such as diamine oxidase (DAO) and polyamine oxidase (PAO). It has been shown that both NOX and AO are involved in plant growth and development as well as in plant responses to pathogens and abiotic stress factors. The recent findings that polyamines (PA) induce NO biosynthesis provide a new insight into PA-mediated signaling, in which NO acts as a potential mediator of PA action. NO biosynthesis that occurs as a result of DAO and PAO-dependent catabolism of PA could explain many functions of PA-mediated stress responses. NO can affect enzyme activity by posttranslational modifications including S-nitrosylation of cysteine residues and irreversible nitration of tyrosine residues. S-nitrosylated glutathione (GSNO), which serves as an NO reservoir and transport form, can be degraded in both nonenzymatic way and enzymatic reaction, catalyzed by GSNO reductase (GSNR). Inhibition of GSNOR by H2O2 has been demonstrated, suggesting that this could be one of the mechanisms of crosstalk between ROS and NO signaling. Moreover, it was shown that NADPH-oxidase activity is inhibited by S-nitrosylation, resulting in the reduction of ROS biosynthesis during immune response. Other studies suggest the role of the mitogen-activated protein kinase (MAPK) cascade in NO production induced by H2O2. Research using mutants deficient in ROS or NO generation confirmed the strong association between both signaling pathways. Crosstalk between ROS and NO is a common phenomenon in adaptation of plants to stress conditions." @default.
• W3204195789 created "2021-10-11" @default.
• W3204195789 creator A5003235654 @default.
• W3204195789 creator A5004067921 @default.
• W3204195789 creator A5064731446 @default.
• W3204195789 date "2022-01-01" @default.
• W3204195789 modified "2023-10-18" @default.
• W3204195789 title "NO and H2O2 crosstalk in plant adaptation to stress condition" @default.
• W3204195789 cites W1526665756 @default.
• W3204195789 cites W1902612187 @default.
• W3204195789 cites W1966494784 @default.
• W3204195789 cites W1967754953 @default.
• W3204195789 cites W1969887365 @default.
• W3204195789 cites W1972869414 @default.
• W3204195789 cites W1976183601 @default.
• W3204195789 cites W1976495387 @default.
• W3204195789 cites W1979763991 @default.
• W3204195789 cites W1979952200 @default.
• W3204195789 cites W1987155278 @default.
• W3204195789 cites W1989160401 @default.
• W3204195789 cites W1991710951 @default.
• W3204195789 cites W2000340971 @default.
• W3204195789 cites W2002484193 @default.
• W3204195789 cites W2003025951 @default.
• W3204195789 cites W2004786498 @default.
• W3204195789 cites W2012951982 @default.
• W3204195789 cites W2015544115 @default.
• W3204195789 cites W2026496780 @default.
• W3204195789 cites W2029799567 @default.
• W3204195789 cites W2030835712 @default.
• W3204195789 cites W2035152216 @default.
• W3204195789 cites W2036692835 @default.
• W3204195789 cites W2039585902 @default.
• W3204195789 cites W2040010685 @default.
• W3204195789 cites W2042483895 @default.
• W3204195789 cites W2042821596 @default.
• W3204195789 cites W2043485458 @default.
• W3204195789 cites W2046812247 @default.
• W3204195789 cites W2051889695 @default.
• W3204195789 cites W2052913726 @default.
• W3204195789 cites W2058570096 @default.
• W3204195789 cites W2065480641 @default.
• W3204195789 cites W2065520166 @default.
• W3204195789 cites W2067469800 @default.
• W3204195789 cites W2072976273 @default.
• W3204195789 cites W2073889514 @default.
• W3204195789 cites W2081213526 @default.
• W3204195789 cites W2086854154 @default.
• W3204195789 cites W2087425091 @default.
• W3204195789 cites W2087679323 @default.
• W3204195789 cites W2089817003 @default.
• W3204195789 cites W2093821487 @default.
• W3204195789 cites W2096174745 @default.
• W3204195789 cites W2097961562 @default.
• W3204195789 cites W2099886482 @default.
• W3204195789 cites W2102189007 @default.
• W3204195789 cites W2106996932 @default.
• W3204195789 cites W2108072331 @default.
• W3204195789 cites W2109283541 @default.
• W3204195789 cites W2109909926 @default.
• W3204195789 cites W2110393579 @default.
• W3204195789 cites W2112717618 @default.
• W3204195789 cites W2114709033 @default.
• W3204195789 cites W2116172724 @default.
• W3204195789 cites W2116218698 @default.
• W3204195789 cites W2116307807 @default.
• W3204195789 cites W2118721229 @default.
• W3204195789 cites W2121531163 @default.
• W3204195789 cites W2123605784 @default.
• W3204195789 cites W2128888406 @default.
• W3204195789 cites W2133120617 @default.
• W3204195789 cites W2133351712 @default.
• W3204195789 cites W2137151536 @default.
• W3204195789 cites W2139316703 @default.
• W3204195789 cites W2139475304 @default.
• W3204195789 cites W2140970169 @default.
• W3204195789 cites W2150724790 @default.
• W3204195789 cites W2154140763 @default.
• W3204195789 cites W2157518983 @default.
• W3204195789 cites W2158719151 @default.
• W3204195789 cites W2158797945 @default.
• W3204195789 cites W2162072263 @default.
• W3204195789 cites W2164534658 @default.
• W3204195789 cites W2164961311 @default.
• W3204195789 cites W2166498325 @default.
• W3204195789 cites W2166728837 @default.
• W3204195789 cites W2171055081 @default.
• W3204195789 cites W2177647011 @default.
• W3204195789 cites W2185573413 @default.
• W3204195789 cites W2303275783 @default.
• W3204195789 cites W2315957830 @default.
• W3204195789 cites W2341914988 @default.
• W3204195789 cites W2345068987 @default.
• W3204195789 cites W2550086019 @default.
• W3204195789 cites W2553130533 @default.
• W3204195789 cites W2592195435 @default.
• W3204195789 cites W2609186277 @default.
• W3204195789 cites W2759674023 @default.

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