… transcriptomes for 12,198 individual root cells, … roots can lead to changes in gene expression,
we confirmed that Drop-seq captured a representative population of cells present in the root…

… To dissect the underlying mechanism by which light regulates AR development, we
comparatively analyzed the transcriptome profile of lotus before and after exposure to various light …

… The transcriptomic profiles were investigated to identify key genes and regulatory networks
related to AR development during the cutting’s propagation. This study provides insights into …

… 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 …

… The transcriptome profiling revealed the transcription phenotypes that are characteristic to
different stem developmental stages and confirmed various existing insights. Furthermore, we …

… To investigate the phenotypic and transcriptomic responses … phenotyping and transcriptome
profiling were performed. … This work provides abundant transcriptome profile data and …

… Finally, the relationship between adventitious root formation with 5 down-regulated genes …
The transcriptome analysis showed that the expression profiles of adventitious root formation …

… The aim of the present study was to identify the molecular mechanisms involved in the
initiation of storage root formation, by performing a detailed transcriptomic analysis of initiating …

… transcriptome sequencing and assembly, a total of 68,940 assembled transcripts including
33,337 unigenes were obtained from two radish root … gene pool for radish root studies. The …

… Transcriptome profiling revealed a total of 764 and 3595 differentially expressed genes (DEGs)
in maize when exclusively associated with A. brasilense and H. seropedicae, …