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, P33 Gene expression analysis of transcription factors regulating methionine-derived glucosinolate biosynthesis
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, On the other hand, PMG1 expression level was reduced to about 60% in pmg3. pmg2 did not affect the expression of PMG1. These results showed an interaction of PMGs at the expression level, where PMG1 seems to have a regulating/superior function. To understand the function of PMG2 and PMG3, the expression level of both genes was evaluated using pmg1 treated with methyl jasmonate (MeJA), a potent inducer of certain plant defense responses. As a result, the induction of PMG2 and PMG3 by MeJA was observed in pmg1 as well as in wild-type, although the expression levels of both genes was lower in pmg1, PMG1, PMG2 and PMG3 are the transcription factors regulating methionine-derived glucosinolates
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