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Distinct Functions of Ethylene and ACC in the Basal Land Plant Marchantia polymorpha.

Katayose, A., et al. · 2021 · Plant and Cell Physiology   research

doi:10.1093/pcp/pcab042   PMID:33768225

Linked genes (14)  2 core 12 peripheral

Gene ID Name Evidence / Role Function (this paper)
MpACSL1 missing experimental subject ACC SYNTHASE-LIKE 1; with MpACSL2 governs ACC production; the paper dissects distinct functions of ethylene vs the precursor ACC in M. polymorpha.
MpACSL2 missing experimental subject ACC SYNTHASE-LIKE 2; paralog acting with MpACSL1 in ACC biosynthesis/ethylene-independent functions.
Mp6g04560 MpACS1 experimental comparator ACC synthase; ACC-biosynthesis context.
Mp3g23400 MpEF1 experimental tool EF1a reference/promoter.
MpAGB1 missing experimental background MpAGB1 G-protein beta subunit
Mp7g09020 MpCAT1 experimental background Catalase1 (Mp4g06600); responsive DEG.
Mp1g20040 MpERF1 experimental background MpERF1 ethylene-induced; suppressed by STS
Mp5g22160 MpERF21 experimental background MpERF21 ethylene-induced, suppressed by STS
Mp6g09140 MpGST2 experimental background Glutathione S-transferase (Mp7g13390); ethylene/ACC-responsive DEG.
MpHEL missing experimental background MpHEL transcript accumulation (ethylene-responsive)
Mp5g18090 MpHLS1 missing experimental background HOOKLESS1-like (Mp5g18090); ethylene-responsive DEG.
Mp2g13930 MpPIP1 missing experimental background MpPIP1 aquaporin
Mp4g17210 MpPIP2 experimental background Aquaporin PIP2 (Mp4g17210); responsive DEG.
Mp7g06100 MpWDL experimental background MpWDL expression analyzed under ethylene