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Conserved HSFA1-dependent chromatin dynamics drive heat stress responses in plants.

Yen MJ, Lin KH, Thalimaraw L, Yang HR, Boonyaves K, Cheng CY, Wu TY. · 2025 · Cell reports   research

doi:10.1016/j.celrep.2025.116714   PMID:41391150

Linked genes (5)  4 core 1 peripheral

Gene ID	Name	Evidence / Role	Function (this paper)
Mp2g22820	MpBZIP12	experimental subject	bZIP (ABI5-like) transcription factor acting as a negative heat-stress regulator in a parallel TF subnetwork.
—	MpHSFA1 missing	experimental subject	Heat shock factor A1; Mphsf mutants show MpHSFA1 is indispensable for heat-induced chromatin remodeling/accessibility, driving the conserved heat-stress response.
—	MpHSFB1 missing	experimental subject	Heat shock factor B1; distinct role from MpHSFA1 in the heat-stress regulatory network.
Mp7g06550	MpWRKY10	experimental subject	WRKY transcription factor acting as an indirect heat-stress regulator in a parallel TF subnetwork.
—	MpHSP90 missing	experimental background	HSP90 chaperone; benchmarker heat-stress gene with high promoter chromatin accessibility under heat.