TL;DR
A model in which the observed transcriptional changes may be associated with the disruption of both peripheral signaling and core cellular processes in the resistant genotype is suggested, however, these interpretations are hypothesis-generating and require experimental validation.
Drought stress presents a formidable threat to global rice cultivation, triggering complex molecular responses that impact plant growth and productivity. To decipher the underlying gene expression dynamics, we performed a comprehensive meta-analysis of transcriptomic datasets derived from drought-tolerant rice genotype...
expression patterns indicate functional diversification within the NtSTP family and imply that these members may be transcriptionally modulated during plant responses to R. solanacearum infection.
A comprehensive genome-wide analysis to characterize the 19-member OsDMP family in rice provides a robust framework for understanding OsDMP evolution and expression regulation, revealing transcriptional responsiveness to abiotic stress and providing candidate genes for future functional validation and application in br...
These findings provide a foundational framework for understanding the evolutionary history and functional diversification of the PsatGST gene family and offer valuable candidate genes for the breeding of stress-tolerant pea varieties.
Rice blast, caused by Magnaporthe oryzae, severely threatens global rice production. This study deciphers the molecular basis of blast resistance through comparative transcriptomics of resistant (403) and susceptible (402) rice cultivars. Resistant plants exhibited limited symptom development, accompanied by targeted t...
Together, these findings highlight coordinated molecular and metabolic reprogramming that strengthens rice resistance to RFS, providing valuable candidate genes and metabolites for breeding programs.
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