Sentence examples for markers and microarray from inspiring English sources

The candidate genomes were evaluated using genomic or EST-derived SSR markers and microarray technology.

This haploid plant, along with one haploid plant obtained in France [ 25] and one trihaploid plant from Italy [ 26], have been analyzed exhaustively in different laboratories around the world with a high number of SSR markers and microarray platforms.

These oscillations were characterized at relatively low spatial and temporal resolution using luciferase based markers and microarray data and are associated with developmental events including root bending and branching.

Twenty one of these isolates as well as 9 MSSA from CF patients and ten MRSA isolated in the same hospital during the same period in non-CF patients were further analyzed using genotypic markers and microarray experiments by using previously described procedures [ 52- 54].

Hormone receptor positive breast cancer is comprised of at least three distinct tumor types as defined by clinical characteristics, single gene markers, and microarray analyses [ 17]: luminal A (typically estrogen receptor-positive, progesterone receptor-positive, and low grade); luminal B (typically higher grade); and HER2-positive with coexpression of steroid hormone receptors.

This study demonstrates that the higher read depth and genome coverage generated by 454 technology substantially improves the quality (e.g. confident SNP calls) and efficiency of high through put marker discovery than can be obtained using microsatellite markers and microarray derived single feature polymorphisms (SFP).

This Citrus EST assembly contributes both crucial information to discover genes of agronomical interest and tools for genetic and genomic analyses, such as the development of new markers and microarrays.

Single nucleotide polymorphisms, immunohistochemical markers, and DNA microarray gene signatures are used as examples of assays that show promise in radiation oncology applications.

Derivation of amniocyte-derived iPS (AdiPS) cell colonies, which express pluripotency markers and exhibit appropriate microarray expression and DNA methylation properties, was facilitated by live immunostaining.

These include previously unknown sequence data, a collection of expressed genes, molecular markers, and a DNA microarray that can be used to study aphid gene expression.

In conclusion, this study not only provided functional information about soles, but also provides new tools to the scientific community in the form of a database, SSR and SNP markers, and a new microarray with 43,403 features in Senegalese sole.