In summary, pathway analysis of inflammation-associated genes is a powerful approach for determining genetic risk factors for both inflammatory diseases and other diseases that may have an under-appreciated modest inflammatory component, such as cancers.
Summary: Pathway Processor 2.0 is a web application designed to analyze high-throughput datasets, including but not limited to microarray and next-generation sequencing, using a pathway centric logic.
In summary, pathways, processes and networks related to DNA replication, cell cycle and lipid metabolism were consistently enriched using the different methods of analysis employed.
In summary, the pathway, pathway-pair, and SSVM feature selections were found to perform comparably on the withheld test data for the lung cancer, prostate cancer, and BCell lymphoma data sets.
In summary, metabolic pathway of phenanthrene by halophilic consortium CY-1 was composed of a single upstream pathway and several downstream pathways, namely, the C12O, C23O, G12O and P34O pathway.
In summary, this pathway analysis strongly suggests that the majority of gene modulations, occurring in [PIP+] versus [PIP−] cells, may contribute to a reduction of cell proliferation concomitantly with an increase of apoptosis and cell adhesion.
Functional annotation summary and pathway summary of predicted target genes of CBA-altered microRNAs at end stage SIV infection.
This single distance-based summary exposure pathway models both the direct and indirect aspects of local disease spread, and represents epidemiologically significant spatial relations between individuals.
The summary of pathway mappings when coupled with statistical tools [ 16] can provide the scientific community with a solid platform for comparative metabolomics in the Phylum Nematoda.
Large data sets and comprehensive results summaries present another challenge that requires good organization of both analytical and bioinformatics information (e.g. expression profiles, gene summary information, pathway diagrams, fold change value comparisons, etc).
The summary of pathway differences during simulations of hypoxia are that adapted flies have lower glycolytic flux, greater use of PDH over PC to metabolize glycolytic pyruvate, decreased shuttling of reducing equivalents from glycolysis to the mitochondria, and greater flux through Complex I as compared to the naïve control population.
