TL;DR
Hormone-free callus induction in kiwifruit is associated with coordinated ROS accumulation, endogenous hormone reprogramming, and transcriptional network changes that may contribute to embryogenic-like callus divergence.
Transcriptome sequencing was performed in lotus seedlings treated with exogenous SA, JA, and ABA to characterize hormone-responsive regulatory networks and identify potential candidate genes for improving stress tolerance in lotus.
Cell-type-specific responses of Arabidopsis seedlings to nine phytohormones are described, characterize transcriptional crosstalk among them, and identify a guard-cell MYB60 module linked to stomatal regulation.
This study provides a comprehensive multi‑omics resource and a descriptive framework for understanding transcriptional and metabolic dynamics during sesame floral development, and identifies candidate pathways and genes that may serve as targets for future functional validation and molecular breeding.
These findings identify ESR2 as a shared molecular regulator governing early organogenesis in intact plants and plant explants; it establishes an aerial organ fate bias while maintaining the competence for—and limiting the progression of—de novo root development in explants.
Overall, B. platyphylla responds to salt stress through a temporally coordinated regulatory network, providing new molecular insights into salt tolerance mechanisms in woody plants.
Findings suggest that FaAP2-11 contributes to coordinating transcriptional and physiological responses associated with abiotic-stress acclimation and supports its potential as a candidate gene for improving drought and salinity resilience in strawberry.
We use cookies to run the site and, with your consent, for analytics and to show ads. See our Cookie Policy.
