… In summary, 1 DAC, 4 DAC and 8 DAC were selected as the key time points for transcriptome
sampling, representing crucial stages of AR formation with noticeable structural changes. …

… 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 …

… This is of particular relevance because it implies that shortly before crown root formation (t2),
seminal roots could sufficiently supply the coleoptilar node in wild-type plants, a process …

… 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-…

… development [16,37,42], there is few studies on characterization of miRNAs and their target
genes related to storage root formation to date. In this study, 191 targets for the differentially …

… by transcriptome profiling of 40 different cell types, including … , and hypothesized that the
promotion of lateral root formation … lateral root formation or affect auxin transport at the root tip, …

… root growth to adapt osmotic stress. The results of this study describe the watermelon root
transcriptome … hormone for lateral root formation because it is involved in lateral root initiation, …

… The TF related to lateral root formation and root length regulation was ATHB-14. Two
transcription factors of the GRAS family, SHORTROOT (SHR) and SCARECROW (SCR), …

… We present a transcriptome analysis of the bacteria Bacillus subtilis OKB105 in response to
rice seedings. Many of the 176 differentially expressed genes are likely to be involved in the …

… acid (GA) and auxin crosstalk modulating lateral root formation in the tolerant NILs. …
Transcriptome profiles specific to stressed plants were examined by direct comparison of …