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05. The results of tested gene products in peripheral blood samples were imported into the MetaCore program (GeneGo, division of Thomson Reuters, St. Joseph, MI, USA) using a transcription regulation algorithm. MetaCore software is a maintained unified knowledge database suite for the pathway analysis of experimental data and gene lists. In addition, associations of these results pathways were analyzed. The results were ranked by their P-value and annotated onto the developed network. The result of the gene expression analysis is shown in Table?1. In a comparison of 25?370 gene expression levels, the number of upregulating genes that showed a P-value? http://www.selleckchem.com/products/bay80-6946.html met the requirement P-value? http://www.selleckchem.com/products/poziotinib-hm781-36b.html annotators and manually curated and edited. Figure?2 shows the top 10 ranked canonical pathway maps of the upregulated gene group that were most significantly affected by the LCAP procedure (Fig.?2). Also, in the MetaCore systems, there are about 110 cellular and molecular processes whose content is defined and annotated by GeneGo. The 10 most significant networks in the upregulated gene groups are listed in Figure?3. Figures?2 and 3 imply that the items associated with cytoskeletal reconstruction tend toward a highly ranked position. In the downregulated group, we learned that LCAP treatment affects the immune response, based on the ranking of canonical pathway maps generated by the MetaCore program (Fig.?4). Furthermore, the MetaCore pathway http://en.wikipedia.org/wiki/MYO10 maps indicated a reduction in the gene groups that mediate antigen presentation via major histocompatibility complex (MHC) I and II. This is the first report studying peripheral whole blood gene expressions directly using a DNA microarray in the LCAP procedure for RA patients who had responded to the treatment. Although the compared samples were extracted within a few hours, a number of gene expressions showed astoundingly dynamic changes. The immediate cause for the dynamic change of many mRNAs may relate to the absolute number of white blood cells in the peripheral blood. During the period of the LCAP treatment, nearly 100% of the white blood cells were removed through the Cellsorba filter (14).