Sentence examples for most strongly altered from inspiring English sources

As CD85j was the NK receptor whose expression was by far the most strongly altered in coculture with HIV-1-infected MDDC, we investigated the impact of the CD85j+ NK cell subset on HIV-1 replication in MDDC.

Therefore, the outcomes of these analyses, although identifying genes whose expression patterns were most strongly altered in PC, were possibly biased because the comparisons included tissues of diverse histological or embryological origins, or with undefined epithelial and stromal contents.

Among the most strongly altered genes (Tables 1 and 2), transcript levels of amino acid phosphorylation proteins (including Melk) and dephosphorylation proteins (including Dusp6) were highly elevated at the stem-like cell stage and decreased considerably during differentiation.

According to this analysis, upregulation of genes during tumorigenes most strongly altered cell cycle functions (Figure 3B).

Contrasting conditions (1) and (2) as described in the last section, and keeping the 5% most strongly differentially altered links, we obtained condensed networks as in Figure 7, panel A (March 2010 network, used in Warsow et al. [50]) and panel B (PluriNetWork as described here).

By interactive use of ExprEssence we removed 94% of the edges keeping the 3% quantiles of the most strongly differentially altered interactions between in vivo and cultured podocytes.

Using ExprEssence, we analyzed the changes between the first 20-399 yeand) and the last age category 80-999 yeand) and kept the 3% quantiles of the most strongly differentially altered links.

ExprEssence segregates the most strongly differentially altered interactions between cultured and in vivo podocytes, corroborating previous findings and discovering novel protein interactions that might be involved in the podocyte-GBM interface: 1. Pinch and parvin participate in integrin signaling via integrin-linked kinase.

The drop casting process is the most versatile preparation technique whereby the morphology of phenytoin at the silica surface can be strongly altered.

Given that most of these perturbed genes are members of larger conserved gene families, based on either sequence similarity or enzymatic function, the strongly altered lipid states revealed an absence of redundancy between these family members.

The morphogenesis of MCF10DCIS.com in 3D matrigel was strongly altered.