Sentence examples for characterization of the root from inspiring English sources

This extension greatly increases the median filter's flexibility, but it also greatly complicates the analysis of filter characteristics; for example, no complete characterization of the root sequences of arbitrarily weighted median filters is known.

We also performed comprehensive characterization of the root transcriptome and expression profiling of important transcripts such as those involved in ginsenoside biosynthesis.

Thus, it is important to develop methods that allow for a multidimensional characterization of the root system that includes growth, signaling, and interactions with other organisms.

In this study, in addition to the characterization of the root transcriptome of sweetpotato, we achieved some valuable resources for new gene discovery and cSSR marker development for further study.

As the root is the primary tissue harvested commercially for ginsenosides, next generation sequencing was applied to the characterization and assembly of the root transcriptome throughout seasonal development.

Because the mixed stress normalized root library was generated using a normalization technique that would, in effect, reduce the apparent expression of the most abundant transcripts, and because few other unstressed root ESTs were available for comparison, characterization of the genes in the root EST library was performed in a separate analysis.

In this study we present the first comprehensive characterization of the O. longistaminata root transcriptome using 454 pyrosequencing.

There has been little characterization of differences in the root systems of wild diploid and tetraploid wheats and their relatives, or of landraces of diploid, tetraploid or hexaploid wheats by germplasm curators.

Our first set of experiments was aimed to demonstrate a detailed histological and immunohistochemical characterization of the brain and dorsal root ganglia (DRG) of IGF-IR knockout embryos (ko-IGF-IR) in comparison with their wild type littermates (wt-IGF-IR).

Characterization of the hydraulic conductivity of roots of both herbaceous and woody species indicated that unfavorable environmental conditions reduce hydraulic conductivity ((Kramer and Boyer [1995]; Steudle and Heydt [1997]; Steudle and Peterson [1998]; Barrowclough et al. [2000]; Miyamoto et al. [2001]; Lee et al. [2005]); Zimmermann et al. [2000]).

The GRiSP workshop held in Montpellier has confirmed that an expanding community, including groups previously using Arabidopsis as a model, is at work to tackle the characterization of the structure and function of rice roots and to integrate root traits for breeding improved varieties.