… of transcriptome and metabolome in D. sinense, we found that purine metabolism and
phenylpropanol biosynthesis were the main metabolic pathways in response to drought stress. …

… transcriptome analysis [12]. A comparative transcriptional … ions, cold and drought) and can
be used for drought relief and … Proteins have a crucial role in stress response and modulate …

… (60 positive metabolites and 52 negative metabolites), terpenoids (39 … metabolites and 33
negative metabolites), phenylpropanol (33 positive metabolites and 23 negative metabolites), …

… branched polymer composed of phenylpropanol units, plays a … genome-wide analysis,
transcriptome data, and functional … tolerance mechanism in Arabidopsis by modulating lignin …

… and metabolite alterations involved in drought stress response … and phenylpropanol
biosynthesis were the main metabolic … knowledge, this is the first report of transcriptome …

… is involved in modulating several physiological processes essential … root formation by
modulating osmotic substance levels and … These pathways include phenylpropanol biosynthesis, …

… Phenylpropanoids are a type of phenolic compound produced by plants as secondary
metabolites, and a series of phenolic compounds can be synthesized by the phenylpropanol …

… a drought-tolerant crop, but the mechanisms modulating this … present study highlights
transcriptome data for four drought-… , while synthesis of phenylpropanol enzymes such as FPS and …

… drought stress tolerance. Therefore, to elucidate the regulation mechanism by which TaNRX1
confers drought … This study suggests that TaNRX1 positively regulates drought stress …

… that the pathway undergoes modulation due to various factors … dynamics at the transcriptome
and metabolite level (Figure 1B), … Metabolite profiling of plant tissues under various stresses …