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An Evolutionarily Conserved Abscisic Acid Signaling Pathway Regulates Dormancy in the Liverwort Marchantia polymorpha.

Eklund, D. M., et al. · 2018 · Current Biology   research

doi:10.1016/j.cub.2018.10.018   PMID:30416060

Linked genes (10)  3 core 7 peripheral

Gene ID Name Evidence / Role Function (this paper)
MpABI1 experimental subject PP2C phosphatase, core negative regulator of an evolutionarily conserved ABA signaling pathway controlling dormancy/stress tolerance in M. polymorpha.
Mp5g08310 MpB3-6 experimental subject B3-domain ABA-responsive transcription factor (MpABI3A/B); EF1pro:MpABI3A activates downstream LEA/dormancy genes.
Mp8g17460 MpPYL1 experimental subject PYR/PYL ABA receptor; perceives ABA upstream of MpABI1 in the dormancy pathway.
Mp6g07540 MpDHN1 experimental comparator Dehydrin; ABA-responsive desiccation marker.
Mp2g12650 MpMFT experimental comparator MOTHER OF FT (Mapoly0026s0106); ABA-upregulated.
Mp3g23400 MpEF1 experimental tool Reference/promoter.
MpUg00130 MpABI1B missing experimental background MpABI1B PP2C phosphatase paralog
MpABI3B missing experimental background MpABI3B B3-domain TF paralog
Mp1g12750 MpARF1 experimental background MpARF1 site of action in dormancy
Mp5g23710 MpLEA1 experimental background MpLEA1 late-embryogenesis-abundant; ABA-responsive