Jasmonoyl-L-isoleucine hydrolase 1 (JIH1) regulates jasmonoyl-L-isoleucine levels and attenuates plant defenses against herbivores.

@article{Woldemariam2012JasmonoylLisoleucineH1,
  title={Jasmonoyl-L-isoleucine hydrolase 1 (JIH1) regulates jasmonoyl-L-isoleucine levels and attenuates plant defenses against herbivores.},
  author={Melkamu G Woldemariam and Nawaporn Onkokesung and Ian T. Baldwin and Ivan G{\'a}lis},
  journal={The Plant journal : for cell and molecular biology},
  year={2012},
  volume={72 5},
  pages={758-67}
}
For most plant hormones, biological activity is suppressed by reversible conjugation to sugars, amino acids and other small molecules. In contrast, the conjugation of jasmonic acid (JA) to isoleucine (Ile) is known to enhance the activity of JA. Whereas hydroxylation and carboxylation of JA-Ile permanently inactivates JA-Ilemediated signaling in plants, the alternative deactivation pathway of JA-Ile by its direct hydrolysis to JA remains unstudied. We show that Nicotiana attenuata jasmonoyl-L… CONTINUE READING

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We show that Nicotiana attenuata jasmonoyl - L - isoleucine hydrolase 1 ( JIH1 ) , a close homologue of previously characterized indoleacetic acid alanine resistant 3 ( IAR3 ) gene in Arabidopsis , hydrolyzes both JA - Ile and IAA - Ala in vitro .
We show that Nicotiana attenuata jasmonoyl - L - isoleucine hydrolase 1 ( JIH1 ) , a close homologue of previously characterized indoleacetic acid alanine resistant 3 ( IAR3 ) gene in Arabidopsis , hydrolyzes both JA - Ile and IAA - Ala in vitro .
We show that Nicotiana attenuata jasmonoyl - L - isoleucine hydrolase 1 ( JIH1 ) , a close homologue of previously characterized indoleacetic acid alanine resistant 3 ( IAR3 ) gene in Arabidopsis , hydrolyzes both JA - Ile and IAA - Ala in vitro .
We show that Nicotiana attenuata jasmonoyl - L - isoleucine hydrolase 1 ( JIH1 ) , a close homologue of previously characterized indoleacetic acid alanine resistant 3 ( IAR3 ) gene in Arabidopsis , hydrolyzes both JA - Ile and IAA - Ala in vitro .
We show that Nicotiana attenuata jasmonoyl - L - isoleucine hydrolase 1 ( JIH1 ) , a close homologue of previously characterized indoleacetic acid alanine resistant 3 ( IAR3 ) gene in Arabidopsis , hydrolyzes both JA - Ile and IAA - Ala in vitro .
We show that Nicotiana attenuata jasmonoyl - L - isoleucine hydrolase 1 ( JIH1 ) , a close homologue of previously characterized indoleacetic acid alanine resistant 3 ( IAR3 ) gene in Arabidopsis , hydrolyzes both JA - Ile and IAA - Ala in vitro .
We show that Nicotiana attenuata jasmonoyl - L - isoleucine hydrolase 1 ( JIH1 ) , a close homologue of previously characterized indoleacetic acid alanine resistant 3 ( IAR3 ) gene in Arabidopsis , hydrolyzes both JA - Ile and IAA - Ala in vitro .
We show that Nicotiana attenuata jasmonoyl - L - isoleucine hydrolase 1 ( JIH1 ) , a close homologue of previously characterized indoleacetic acid alanine resistant 3 ( IAR3 ) gene in Arabidopsis , hydrolyzes both JA - Ile and IAA - Ala in vitro .
We show that Nicotiana attenuata jasmonoyl - L - isoleucine hydrolase 1 ( JIH1 ) , a close homologue of previously characterized indoleacetic acid alanine resistant 3 ( IAR3 ) gene in Arabidopsis , hydrolyzes both JA - Ile and IAA - Ala in vitro .
We show that Nicotiana attenuata jasmonoyl - L - isoleucine hydrolase 1 ( JIH1 ) , a close homologue of previously characterized indoleacetic acid alanine resistant 3 ( IAR3 ) gene in Arabidopsis , hydrolyzes both JA - Ile and IAA - Ala in vitro .
We show that Nicotiana attenuata jasmonoyl - L - isoleucine hydrolase 1 ( JIH1 ) , a close homologue of previously characterized indoleacetic acid alanine resistant 3 ( IAR3 ) gene in Arabidopsis , hydrolyzes both JA - Ile and IAA - Ala in vitro .
We show that Nicotiana attenuata jasmonoyl - L - isoleucine hydrolase 1 ( JIH1 ) , a close homologue of previously characterized indoleacetic acid alanine resistant 3 ( IAR3 ) gene in Arabidopsis , hydrolyzes both JA - Ile and IAA - Ala in vitro .
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