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Cited by 3 publications
(1 citation statement)
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“…Although GH3 enzymes are known to possess catalytic promiscuity accepting various substrates and amino acids, a possible additional role of GH3s in auxin inactivation was not investigated (Staswick et al, 2005;Westfall et al, 2012). Besides, while the new model proposed by Hayashi et al (2021) was described to occur in angiosperms, whether it operates in nonflowering species remains unknown (Ross & G elinas-Marion, 2021). GRETCHEN HAGEN 3 proteins are highly conserved all over the plant kingdom, whereas DAO and DAO-like enzymes have specifically evolved with angiosperms (Okrent & Wildermurth, 2011;Brunoni et al, 2020;Kaneko et al, 2020;Takehara et al, 2020).…”
mentioning
confidence: 99%
“…Although GH3 enzymes are known to possess catalytic promiscuity accepting various substrates and amino acids, a possible additional role of GH3s in auxin inactivation was not investigated (Staswick et al, 2005;Westfall et al, 2012). Besides, while the new model proposed by Hayashi et al (2021) was described to occur in angiosperms, whether it operates in nonflowering species remains unknown (Ross & G elinas-Marion, 2021). GRETCHEN HAGEN 3 proteins are highly conserved all over the plant kingdom, whereas DAO and DAO-like enzymes have specifically evolved with angiosperms (Okrent & Wildermurth, 2011;Brunoni et al, 2020;Kaneko et al, 2020;Takehara et al, 2020).…”
mentioning
confidence: 99%