… One limitation of our system is that the transcriptome profiling comparisons are performed
from cultures grown in exudate-supplemented CAA medium. This system was chosen to allow …

… IAA transport is involved in the root formation in plant kingdom. Auxin is believe as an
influx carrier to transport IAA from the synthetic organ to the other developmental tissue [43]. A …

… Our transcriptome analysis revealed that 25 TFs were induced or repressed in response to
salt stress, and these genes were identified from 13 different families including C2H2 like zinc …

… under the CIR treatment, 24 cDNA libraries from the roots of the CK and T groups were
constructed for transcriptome profiling. As shown in Supplementary Table S2, 44.56–61.80 …

… Therefore, in this study, we tried to understand the adventitious root formation process of
sweet potatoes using the transcriptome analysis of 0 day root and 3 days root from cut. …

… assays and transcriptomic changes using RNA sequencing (RNA-seq) in the roots of resistant
(BrT24) … Based on the combined metabolome profiling and hormone-related transcriptomic …

… in the early responses in the transcriptome profiles of K + -… root growth. A lower ratio enables
promotion of bud differentiation, whereas a higher ratio is more conducive for root formation…

… In rejuvenated cuttings, exogenous indole-3-butyric acid (IBA) is essential for AR formation,
… utilized transcriptome sequencing to investigate the mechanism of IBA-induced AR formation…

… The formation of adventitious root (AR) determines the … underlying AR formation in nodal
tea cuttings, transcriptome and … Gene expression profiling during adventitious root formation …

… In summary, the root transcriptome of Louisiana iris was first characterized by Illumina
sequencing… The rich genetic and genomic resources in the transcriptomic data lay a foundation for …