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Marchantia polymorpha Defense Against Snail Herbivory.

Schweizer F, Monte I, Solano R, Reymond P. · 2025 · Plant-environment interactions (Hoboken, N.J.)   research

doi:10.1002/pei3.70052   PMID:40236298   PMC11997372

Linked genes (5)  1 core 4 peripheral

Gene ID	Name	Evidence / Role	Function (this paper)
Mp2g26590	MpCOI1	experimental subject	The authors challenged wild-type and Mpcoi1 (COI1, Mp2g26590) loss-of-function mutant plants with Helix aspersa snail neonates; snails grew significantly larger on Mpcoi1-1 and Mpcoi1-2, showing the jasmonate co-receptor COI1 mediates effective JA-dependent defense against gastropod herbivory in M. polymorpha.
Mp3g21350	MpAOS1	citation background	Cited allene oxide synthase whose CRISPR disruption increases spider-mite susceptibility.
Mp5g16260	MpAOS2	citation background	Cited allene oxide synthase paralog implicated in jasmonate biosynthesis and herbivore defense.
Mp3g02320	MpC1HDZ	citation background	Cited transcription factor controlling oil body cell differentiation and terpenoid accumulation.
—	MpMYC missing	citation background	Cited as the sole M. polymorpha MYC ortholog (MpVg00340) whose mutant is more susceptible to Spodoptera littoralis feeding.