AI Networking Cookbook: Practical recipes for AI-assisted network automation and development
TL;DR
It is suggested that EpCSP functions as a putative RNA chaperone that coordinates a multi-tiered defense network involving osmotic adjustment, antioxidant defense, and photosynthetic preservation, thereby conferring dual tolerance to drought and cold stresses.
Low-temperature stress restricts plant growth, development, and geographical distribution. The C-repeat binding factor (CBF) is a core transcriptional regulator in plant cold stress responses, but its role in the thermophilic "Manaohong" cherry (Cerasus pseudocerasus Lindl.) remains elusive. Here, a cold-induced transc...
An OsMYBR17-OsLEA4 regulatory module is established that enhances rice heat tolerance and is associated with improved redox homeostasis and chloroplast stability under HS, which advances the understanding of the molecular basis of heat-stress tolerance in rice.
A genome-wide identification of the wheat AT gene family is performed and a novel TaOBF1B-TaNAAT1 regulatory module associated with salt tolerance is identified, potentially involving metabolic adjustments that await further biochemical characterization.
This study lays a theoretical foundation for exploring abiotic stress tolerance mechanisms and conducting stress-resistant molecular breeding in A. arguta by cloned AaMYB4 from A. arguta ‘Fenglü’ and systematically characterized its function in cold and drought tolerance.
Overall, the HROE line demonstrated the most robust alkali tolerance across phenotypic, physiological, root architectural, and gene expression responses, and offer a valuable foundation for breeding programs aimed at improving lupin adaptation to alkaline soils.
The basic regulatory roles of ApGRX proteins in the stress adaptation of A. palmeri are revealed and a foundational framework for understanding GRX-mediated redox regulation in the stress adaptation of A. palmeri is provided.
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