AI Networking Cookbook: Practical recipes for AI-assisted network automation and development
TL;DR
Recent advances in the epigenetic regulation of stomatal development are discussed, focusing on how chromatin-based mechanisms regulate developmental competence, lineage progression, terminal cell identity, and environmental plasticity.
ERECTA signaling is identified as a local brake on embryonic stomatal cell maturation, discovering another way to push precocious stomatal cell maturation that results in a complex, partially mature cell state that provide insights into the limitations on cell embryonic cell maturation.
Current advances in the understanding of the interplay between alternative splicing, chromatin remodeling, and cell cycle regulation in plants are discussed, highlighting how these processes might contribute to developmental plasticity and environmental adaptation while identifying key gaps that remain to be addressed.
Abstract Plants face the challenge of balancing dynamic environmental stresses with internal developmental demands during growth, necessitating the precise regulation of gene expression networks to optimize resource allocation. Recent studies have shown that epigenetic regulatory systems, which serve as bridges between...
This Tansley review synthesizes advances in how the SAM perceives and integrates key environmental signals including light, temperature, oxygen, and humidity to direct adaptive growth to highlight conserved sensing and signalling modules within meristematic tissues that influence plant growth plasticity.
Plant growth and development occur under environmental conditions in which light and temperature fluctuate across temporal and spatial scales, yet developmental outcomes remain stable and coordinated. Although light, temperature, and phytohormone signaling pathways have been extensively characterized, less attention ha...
In many plant species, guard cells retain their distinctive morphology and physiological function for extended periods after differentiation and maturation. How this terminally differentiated state is actively maintained over time is not fully understood, but recent studies have begun to reveal the underlying mechanism...
We use cookies to run the site and, with your consent, for analytics and to show ads. See our Cookie Policy.