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Antagonism between blue- and red-light signaling controls thallus flatness in Marchantia polymorpha.

Roetzer J, Asper B, Meir Z, Edelbacher N, Merai Z, Datta S, Dolan L. · 2026 · Current biology : CB   research

doi:10.1016/j.cub.2026.03.008   PMID:41916310

Linked genes (11)  4 core 7 peripheral

Gene ID Name Evidence / Role Function (this paper)
Mp5g05940 MpBBX1 experimental subject B-box transcription factor; MpBBX1 and MpBBX5 act antagonistically to control thallus flatness downstream of light signaling.
Mp8g13470 MpBBX5 experimental subject B-box transcription factor acting antagonistically with MpBBX1 in the control of thallus flatness.
Mp5g03810 MpPHOT experimental subject Blue-light receptor phototropin; loss-of-function Mpphot mutations cause epinasty. Blue- (MpPHOT) and red-light (MpPHY) signaling act antagonistically to control thallus flatness.
Mp2g16090 MpPHY experimental subject Red-light receptor phytochrome; loss-of-function MpPHY mutations cause hyponasty, antagonizing MpPHOT-mediated blue-light responses.
Mp3g14360 MpFKF experimental tool FKF1-like; used as a negative control construct (proAtUBIQUITIN10:MpFKF).
Mp3g20050 MpBBX2 experimental background B-box gene among the light-induced responsive set.
Mp3g19670 MpBBX3 experimental background B-box gene among the light-induced responsive set.
Mp2g00930 MpBHLH4 experimental background Light-responsive bHLH gene induced under the light treatments.
Mp5g12010 MpCOP1 experimental background CONSTITUTIVELY PHOTOMORPHOGENIC 1; light-responsive gene in the induced set.
Mp1g16800
MpHY5 paper
MpBZIP1 nomenclature
experimental background ELONGATED HYPOCOTYL 5; light-responsive gene induced in the assays.
Mp3g02240 MpSIG5 experimental background Sigma factor 5; light-responsive gene induced in the assays.