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- W2169590634 endingPage "3899" @default.
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- W2169590634 abstract "In a previous work it was shown that ethylene participates in the up-regulation of several Fe acquisition genes of Arabidopsis, such as AtFIT, AtFRO2, and AtIRT1. In this work the relationship between ethylene and Fe-related genes in Arabidopsis has been looked at in more depth. Genes induced by Fe deficiency regulated by ethylene were searched for. For this, studies were conducted, using microarray analysis and reverse transcription-PCR (RT-PCR), to determine which of the genes up-regulated by Fe deficiency are simultaneously suppressed by two different ethylene inhibitors (cobalt and silver thiosulphate), assessing their regulation by ethylene in additional experiments. In a complementary experiment, it was determined that the Fe-related genes up-regulated by ethylene were also responsive to nitric oxide (NO). Further studies were performed to analyse whether Fe deficiency up-regulates the expression of genes involved in ethylene biosynthesis [S-adenosylmethionine synthetase, 1-aminocyclopropane-1-carboxylate (ACC) synthase, and ACC oxidase genes] and signalling (AtETR1, AtCTR1, AtEIN2, AtEIN3, AtEIL1, and AtEIL3). The results obtained show that both ethylene and NO are involved in the up-regulation of many important Fe-regulated genes of Arabidopsis, such as AtFIT, AtbHLH38, AtbHLH39, AtFRO2, AtIRT1, AtNAS1, AtNAS2, AtFRD3, AtMYB72, and others. In addition, the results show that Fe deficiency up-regulates genes involved in both ethylene synthesis (AtSAM1, AtSAM2, AtACS4, AtACS6, AtACS9, AtACO1, and AtACO2) and signalling (AtETR1, AtCTR1, AtEIN2, AtEIN3, AtEIL1, and AtEIL3) in the roots." @default.
- W2169590634 created "2016-06-24" @default.
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- W2169590634 creator A5018123328 @default.
- W2169590634 creator A5027220709 @default.
- W2169590634 creator A5040045860 @default.
- W2169590634 date "2010-07-13" @default.
- W2169590634 modified "2023-10-16" @default.
- W2169590634 title "Ethylene and nitric oxide involvement in the up-regulation of key genes related to iron acquisition and homeostasis in Arabidopsis" @default.
- W2169590634 cites W1510319360 @default.
- W2169590634 cites W1518372518 @default.
- W2169590634 cites W1568435385 @default.
- W2169590634 cites W1597130528 @default.
- W2169590634 cites W1614750463 @default.
- W2169590634 cites W1951962559 @default.
- W2169590634 cites W1964194804 @default.
- W2169590634 cites W1975334905 @default.
- W2169590634 cites W1983257236 @default.
- W2169590634 cites W1984442503 @default.
- W2169590634 cites W1985011082 @default.
- W2169590634 cites W1991970251 @default.
- W2169590634 cites W1993813350 @default.
- W2169590634 cites W1994317864 @default.
- W2169590634 cites W1996192578 @default.
- W2169590634 cites W1999414181 @default.
- W2169590634 cites W1999590490 @default.
- W2169590634 cites W2001051557 @default.
- W2169590634 cites W2002277713 @default.
- W2169590634 cites W2004848742 @default.
- W2169590634 cites W2005493688 @default.
- W2169590634 cites W2013767143 @default.
- W2169590634 cites W2017337756 @default.
- W2169590634 cites W2018229525 @default.
- W2169590634 cites W2018794885 @default.
- W2169590634 cites W2019979171 @default.
- W2169590634 cites W2022286945 @default.
- W2169590634 cites W2023608425 @default.
- W2169590634 cites W2024271177 @default.
- W2169590634 cites W2024360225 @default.
- W2169590634 cites W2029032106 @default.
- W2169590634 cites W2030277297 @default.
- W2169590634 cites W2031414015 @default.
- W2169590634 cites W2032016868 @default.
- W2169590634 cites W2038240052 @default.
- W2169590634 cites W2038477741 @default.
- W2169590634 cites W2039064403 @default.
- W2169590634 cites W2042024349 @default.
- W2169590634 cites W2043301955 @default.
- W2169590634 cites W2043775647 @default.
- W2169590634 cites W2047229870 @default.
- W2169590634 cites W2048070702 @default.
- W2169590634 cites W2051569476 @default.
- W2169590634 cites W2065796463 @default.
- W2169590634 cites W2069181457 @default.
- W2169590634 cites W2071040486 @default.
- W2169590634 cites W2073461422 @default.
- W2169590634 cites W2073505705 @default.
- W2169590634 cites W2078128393 @default.
- W2169590634 cites W2087276505 @default.
- W2169590634 cites W2088737918 @default.
- W2169590634 cites W2089899641 @default.
- W2169590634 cites W2090661816 @default.
- W2169590634 cites W2091502120 @default.
- W2169590634 cites W2093619302 @default.
- W2169590634 cites W2097311091 @default.
- W2169590634 cites W2102827774 @default.
- W2169590634 cites W2105526619 @default.
- W2169590634 cites W2108819945 @default.
- W2169590634 cites W2109764708 @default.
- W2169590634 cites W2110641808 @default.
- W2169590634 cites W2116748720 @default.
- W2169590634 cites W2117442683 @default.
- W2169590634 cites W2118355834 @default.
- W2169590634 cites W2120805743 @default.
- W2169590634 cites W2122570470 @default.
- W2169590634 cites W2124946184 @default.
- W2169590634 cites W2128493046 @default.
- W2169590634 cites W2132413006 @default.
- W2169590634 cites W2135996121 @default.
- W2169590634 cites W2140013251 @default.
- W2169590634 cites W2145630072 @default.
- W2169590634 cites W2147046255 @default.
- W2169590634 cites W2149912264 @default.
- W2169590634 cites W2155901451 @default.
- W2169590634 cites W2162674257 @default.
- W2169590634 cites W2164314453 @default.
- W2169590634 cites W2164849333 @default.
- W2169590634 cites W2166317872 @default.
- W2169590634 cites W2168028443 @default.
- W2169590634 cites W2170989872 @default.
- W2169590634 doi "https://doi.org/10.1093/jxb/erq203" @default.
- W2169590634 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20627899" @default.
- W2169590634 hasPublicationYear "2010" @default.
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