… investigated by using the RNAi technique. The … the osmotic stress. This report provides a
molecular testimony that PEPCase gene BNPE15 is involved in the response to osmotic stress …

… Following the osmotic delivery, we observed transient induction of the osmotic stress marker
genes Hsp70.1 and Osp94 by qRT-PCR (Fig. 7). As shown in Table 1, Table 2, however, …

… osmotic damage in plants. Many studies have shown that overexpression of dehydrin genes
can enhance the osmotic stress … in a dehydrin gene WZY2 RNA interference (RNAi) lines in …

… Another level of regulation of gene expression in plants is RNA interference (RNAi) in which
a micro RNA (miRNA), through the RNA-induced silencing complex (RISC) can guide the …

… biotic and abiotic stress using RNAi technology. The … , RNA interference, RNAi knockdown,
RNAi induced biotic and abiotic resistance and advancements in the understanding of RNAi …

… counteract osmotic stress. To examine the role of free Pro in salt resistance, we suppressed
the tobacco Pro dehydrogenase (NtProDH) gene using a double-stranded RNA interference …

… stresses. Recent reports have provided novel insights on the role of TFs in osmotic stress …
However, our knowledge on the regulatory role TFs during osmotic stress tolerance in …

… osmotic stress. Expression of GFP driven by the gpdh-1 promoter (P gpdh-1 ::GFP) is detected
only during hypertonic stress but … ≈16,000 genes by RNAi feeding and identified 122 that …

… by osmotic stress and cold, but rather fewer by heat. We attempted to use RNA interference
(RNAi) to … Instead, therefore, we developed a cross-species RNAi procedure using A. avenae …

… SlSnRK2.2 decreased osmotic stress tolerance. Therefore, these SlSnRK2s may be involved
in osmotic stress signal transduction and may play negative roles in the stress response. …