In this study, we characterized the root transcriptome of banana and provided a comparative DGE analysis of the compatible and incompatible interaction between banana and Foc TR4.
In this study, we characterized the root transcriptome of G. barbadense and provided gene resource that related to defense responses against V. dahliae.
Using a combination of RNA-seq and real-time RT-PCR, we characterized the root transcriptomic reprogramming of C. hybridum with respect to different beneficial fungi and identified specific changes in relative abundance for transcripts of genes in OM symbiosis.
We characterized the root system architecture of several semi-dwarf accessions allelic to ga5 (Barboza et al., 2013) and related non-dwarf genotypes.
To the best of our knowledge, this study is the first exploration to characterize the root transcriptome of sweetpotato through the analysis of large-scale transcript sequences resulting from Illumina paired-end sequencing.
In the present study, we utilized Illumina paired-end sequencing technology to characterize the root transcriptome of sweetpotato and to develop EST-derived SSR markers.
Since the assessment of root traits in plants can be slow and expensive, we employed an agar based high-throughput root phenotyping screen to characterize the root traits of a large B. napus mapping population and identify genetic loci controlling these traits under low Pi availability (Fig. 2 and Table 2).
The objective of this study was to characterize the root growth and stomatal behaviour of four rice cultivars grown in flooded and aerobic culture for 2 years.
Forty-six abietype type diterpenoids possessing nine different fused ring systems were characterized from the roots of Salvia yunnanensis, six of which (salyunnanins A F, 1 6) had different nor-abietane, homo-abietane, seco-abietane, and normal abietane architectures.
These two different solutions for a fixed value of can be characterized via the roots of for.
