… initiation and formation of adventitious roots (AR), a microarray-based transcriptome analysis
in … derived from different stages of AR formation. After exclusion of wound-responsive and …

… for the regulation of root regeneration is lacking. … formation in apple rootstocks, a transcriptomic
approach was used in the present study to identify genes associated with AR formation …

… The root plays an important role during plant development and growth, ie, … root-specific
genes at the initial developmental stages of maize by using network-based transcriptome analysis…

… Overall, through comprehensive transcriptomic analysis and network assessment under …
and root formation in S. portulacastrum L. Our study thus offers a valuable transcriptomic …

… type of root formation is available. Here, we compared transcriptome changes during different
root formation … the molecular mechanisms of root formation in mulberry softwood cuttings. …

… AR formation from 2 to 192 hours post-excision (hpe) of cuttings, transcriptome analysis by
microarray revealed a change of the character of the rooting zone from SB to root identity. The …

… To elucidate gene expression networks during LR formation, we collected samples of … for
transcriptome analysis. In this study, we divided the tomato root system into three equal root …

… elongation and as a negative regulator of adventitious root formation due to modulation
of auxin flux in the root [55–57]. Wang et al. reported that ABA treatment increased soybean …

… We performed a transcriptomic analysis to identify the responses behind the phenotype. A
total of 3204 differentially expressed genes (DEGs) were identified between CK and PEG, with …

… transcriptome dataset was obtained by RNA-Seq, giving a comprehensive overview of the
root transcriptomes at … Using comparative transcriptome analysis, we detected DG HP and …