Sentence examples for characterization of resources from inspiring English sources
The organization of information in DC-THERA poses additional challenges, since research focusing primarily on DC requires a characterization of resources by their cell-type specificity that often transcends the characterization provided by generic tools and information resources.
A general characterization of methods, resources, features and performance of the various systems can be found in the CHEMDNER overview paper published in this same special issue [11].
It is based on XML, which allows the characterization of the resources of complex processor architectures at both structural and behavioral levels in a convenient manner.
Crop improvement programs rely on the accurate characterization of genetic resources (germplasm) for breeding and propagation.
Molecular tools permit the characterization of genetic resources at the DNA level.
Deep genetic and phenotypic characterization of genetic resources by HT techniques, including resequencing of enriched candidate genes and low-coverage full-genome resequencing will increasingly become available.
The use of fluorescently labeled microsatellite marker panels greatly increases the capacity of semiautomated genotyping of a large number of accessions, allowing for a faster and highly informative characterization of genetic resources.
In the case of cassava, SSR markers have been utilized for the characterization of genetic resources [ 14- 16] and an SSR-based molecular genetic map for cassava comprising 100 markers was described [ 17].
Italic type: putative V. vinifera subsp. sylvestris individual In order to develop appropriate strategy for long-term conservation of the Georgian (and more general Caucasian) grapevine biodiversity, the identification and characterization of genetic resources is mandatory.
This review assesses the genetic gains made by plant breeders since domestication and the progress in the characterization of genetic resources and their utilization in crop improvement for these two related species.
The GCP research agenda focuses on producing drought-tolerant varieties through comparative genomics-driven improvement and high-throughput molecular characterization of genetic resources in order to introduce favourable alleles into plant-breeding programmes.
