We are analyzing https://link.springer.com/article/10.1007/s00425-022-03872-9.

Title:
Ethylene signaling modulates Arabidopsis thaliana nitrate metabolism | Planta
Description:
Main conclusion Genetic analysis reveals a previously unknown role for ethylene signaling in regulating Arabidopsis thaliana nitrogen metabolism. Abstract Nitrogen (N) is essential for plant growth, and assimilation of soil nitrate (NO3−) and ammonium ions is an important route of N acquisition. Although N import and assimilation are subject to multiple regulatory inputs, the extent to which ethylene signaling contributes to this regulation remains poorly understood. Here, our analysis of Arabidopsis thaliana ethylene signaling mutants advances that understanding. We show that the loss of CTR1 function ctr1-1 mutation confers resistance to the toxic effects of the NO3− analogue chlorate (ClO3−), and reduces the activity of the nitrate reductase (NR) enzyme of NO3− assimilation. Our further analysis indicates that the lack of the downstream EIN2 component (conferred by novel ein2 mutations) suppresses the effect of ctr1-1, restoring ClO3− sensitivity and NR activity to normal. Collectively, our observations indicate an important role for ethylene signaling in regulating Arabidopsis thaliana NO3− metabolism. We conclude that ethylene signaling enables environmentally responsive coordination of plant growth and N metabolism.
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Keywords {🔍}

article, ethylene, pubmed, google, scholar, cas, arabidopsis, plant, nitrate, signaling, thaliana, nitrogen, metabolism, ctr, privacy, cookies, information, research, harberd, regulation, reductase, central, nature, function, content, analysis, personal, publish, search, planta, growth, assimilation, chlorate, access, signalling, eto, kim, springer, data, log, journal, published, march, jamieson, belfield, shao, jian, zheng, nicholas, activity,

Topics {✒️}

month download article/chapter floral meristem-identity genes zhong jie ding nitrate-dependent root growth article planta aims shao jian zheng ethylene signaling contributes full article pdf chlorate resistant mutants privacy choices/manage cookies published maps ethylene response pathway ethylene gas biosynthesis arabidopsis thaliana nitrate reductase no3− analogue chlorate plant biology chlorate-resistant strains ethylene signaling article jamieson high nitrogen levels root nitrogen acquisition c-24 reductase european economic area multiple regulatory inputs ethics declarations conflict della-dependent regulation grant bb/m011224/1 conditions privacy policy article log arabidopsis eto1 protein previously unknown role abstract nitrogen van der straeten braaksma fj increased nia1 transcription molecular regulation article number 94 electronic supplementary material kieber jj accepting optional cookies restoring clo3− sensitivity author information authors article cite downstream ein2 component natural science foundation check access instant access soil nitrate nitrate sensor

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         description:Genetic analysis reveals a previously unknown role for ethylene signaling in regulating Arabidopsis thaliana nitrogen metabolism. Nitrogen (N) is essential for plant growth, and assimilation of soil nitrate (NO3−) and ammonium ions is an important route of N acquisition. Although N import and assimilation are subject to multiple regulatory inputs, the extent to which ethylene signaling contributes to this regulation remains poorly understood. Here, our analysis of Arabidopsis thaliana ethylene signaling mutants advances that understanding. We show that the loss of CTR1 function ctr1-1 mutation confers resistance to the toxic effects of the NO3− analogue chlorate (ClO3−), and reduces the activity of the nitrate reductase (NR) enzyme of NO3− assimilation. Our further analysis indicates that the lack of the downstream EIN2 component (conferred by novel ein2 mutations) suppresses the effect of ctr1-1, restoring ClO3− sensitivity and NR activity to normal. Collectively, our observations indicate an important role for ethylene signaling in regulating Arabidopsis thaliana NO3− metabolism. We conclude that ethylene signaling enables environmentally responsive coordination of plant growth and N metabolism.
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