In tobacco, two enzymes control the balance between SA and MeSA: the SA binding protein
2 (SABP2), which converts biologically inactive MeSA into activeSA (Forouhar et al., 2005), and SA methyl transferase 1 (SAMT1), which catalyses the formation of MeSA from SA (Ross et al., 1999).
Recently the research on MeSA reached a breakthrough, when Park et al. (2007) demonstrated that MeSA functions as a crucial long distance SAR signal in tobacco.
In tobacco, two enzymes control the balance between SA and MeSA: the SA binding protein2 (SABP2), which converts biologically inactive MeSA into activeSA (Forouhar et al., 2005), and SA methyl transferase 1 (SAMT1), which catalyses the formation of MeSA from SA (Ross et al., 1999).Recently the research on MeSA reached a breakthrough, when Park et al. (2007) demonstrated that MeSA functions as a crucial long distance SAR signal in tobacco.
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