Sentence examples for wealth of expression from inspiring English sources

Current approaches that integrate and analyze the wealth of expression data continues to emerge.

This wealth of expression data covering many organisms, tissues, developmental stages, diseases and treatments is now available for meta-analyses, system biology studies and use in secondary databases.

In pathological angiogenesis such a role has been suggested by a wealth of expression studies performed on tissue sections, but remained to be clarified in experimental tumour angiogenesis.

Here we present GPX-MEA, a MIAME compliant online database that exploits and captures the wealth of expression studies related to macrophage biology data in a centralised resource.

Given the wealth of expression data coming from both RNA-Seq and tiling array analyses, it is often difficult to understand how to interpret cross-platform results.

To date, the great wealth of expression data, which has been generated in disparate institutions, representing an extremely large cohort of samples has not been combined to validate any of these analyses.

We then explored the evolutionary origin of lineage-specific genes and performed a comprehensive analysis of their tissues and developmental stages specific expression patterns using the wealth of available expression data, including EST and RNA-seq data, which in turn provided important complementary datasets that may be used to uncover their functions in the future.

Taking advantage of the wealth of available expression data, which were generated by either high-throughput microarray expression profiling experiments or Illumina transcriptome sequencing, we also performed a comprehensive analysis of tissue-specific expression of all GmNAC genes, which in turn provided important complementary datasets to assist in the elucidation of their function.

However, there is a wealth of gene expression data available with detailed clinical information which can be exploited by inferring miRNA activity from host gene expression.

Besides, the wealth of existing expression data from exon arrays constitutes an important basis for many scientific questions.

DNA microarrays are a powerful technology that can provide a wealth of gene expression data for disease studies, drug development, and a wide scope of other investigations.