… JA-responsive both in root and shoot transcriptomes. … -regulated. Altogether these data
suggest that several key signalling elements involved in the jasmonate response are associated …

… genetic elements are associated with inhibition of shoot and root growth under JA treatment
suggesting the involvement of a complex JA-dependent genetic control of rice growth …

… roots and shoots, especially in the lateral root … unravel the complete network of JA-auxin
and ethylene-auxin crosstalks in root development, we need to identify the more components …

… and regulatory networks yield important insights into the growth–defense tradeoffs mechanism
under jasmonic … might be specific focal points for untangling the growth–defense tradeoffs. …

… However, the regulatory gene networks that govern rice root development during stress …
identify QTL/gene controlling the crown root development under Jasmonic acid simulation using …

… groups of genes down-regulated upon K + resupply shared functional annotations related
to either JA biosynthesis and known jasmonic acid-dependent processes (mostly in shoots; …

… growth regulators, jasmonates and their derivatives have remarkable roles as stress regulators.
… The physiological and molecular aspects of jasmonates and their derivatives have been …

… [214] performed a GWAS to identify genetic variants associated with exogenous JA treatment
responses in rice. They found a high natural variability for the shoot and root growth (in a …

… of the genes used in this study by comparison and alignment with all available related genes
in the … Figure 10 Toward unraveling the role of JA in rice. Applications of proteomics and …

… Root qPCR analysis of the sp12 line under control conditions revealed upregulated genes
related to ABA, jasmonic acid and … Salinity reduced shoot and root growth by 70% and 40% …