… In our study, EIN3 was up-regulated during primary root formation at both the mRNA and …
promote primary root formation, which would be used to improve horticultural rooting techniques…

… Proteomic and transcriptomic profiling studies have uncovered several robustly changed …
, changes in glycolytic carbon flux, alterations in root development, and signaling pathways ( …

… to a shallow rooted IR20. Drought responsive transcriptome profiling of roots of IR20 and …
major gene families involved formation of cell walls in the shallow rooted drought susceptible …

… In this study, whole genome arrays have been used to analyze the transcriptomic response
to Cd stress in Arabidopsis roots and leaves in a dose response and kinetic manner. In roots, …

… stages of AR formation in this cultivar. Validation of expression of some of the genes detected
during AR formation The reliability of our transcriptome profiling dataset was validated by …

… cell dedifferentiation and root primordia formation in cuttings. … root formation [4]. H 2 O 2 and
NO are considered as key components of the molecular control of adventitious root formation …

… Ultimately, the root primordia protrude from the epidermal layer to generate ARs [5,6,7]. The
recalcitrant nature of rooting and the scarcity of root formation are pivotal issues that impact …

… AR formation in apple rootstocks, a transcriptomic approach was used in the present study
to identify genes associated with AR formation … that were used for the transcriptome profiling. …

… root (AR) formation (herein, meaning induction, initiation, and expression stages) limits its
propagation. We analyzed transcriptomic profile … involved in AR formation. In addition, we …

… Comparison of the transcriptome profiles of AM roots and nitrogen-fixing root nodules formed
… In the initial experiments, we compared the gene-expression patterns of AM roots formed …