… The transcriptome profiling results indicated candidate genes or major regulatory factors …
root formation in blueberry and provided a comprehensive understanding of the rooting …

… Adventitious root (AR) formation was enhanced following the treatment of sugarcane …
of sugarcane microshoot AR formation. The transcriptome profile identified 1737 and 1268 …

… Transcriptomic profiling of plant roots can be used to assess how the plant adjusts its gene
expression in relation to environment, genotype and rhizosphere processes; thus enabling us …

… Furthermore, we find the DEGs related to root development are much more induced in JM-262
in phytohormone signal transduction and carbon metabolism pathway. In conclusion, JM-…

… Adventitious root formation on hypocotyls of cucumber seedlings. a Zaoer-N control; b Pepino
control; c Zaoer-N waterlogging; d Pepino waterlogging. The water level was kept at about …

… Therefore, in this study, the expression profiling of genes during AR formation was identified
… to different concentrations of IAA during AR formation in lotus (Supplementary Figure 1). We …

… root formation, little is known of the associated regulatory mechanisms. Whereas adventitious
roots … analyses of transcriptome dynamics during adventitious root formation in whole …

… colonized rice roots. Thus, our results show that B. subtilis alters the transcriptome of rice
roots for initial colonization by initially lowering the plants’ defenses, limiting root exudation and …

… Therefore, understanding the molecular aspects of maize root formation is necessary to
provide an available food resource for an expanding world population affected by serious threats …

… We further dissected 38 DEGs related to root and auxin, including two lateral root … on
promoting AR formation. The transcriptome results indicated photosynthesis may influence AR …