Sentence examples for mice were clustered from inspiring English sources

The genes upregulated in chondrocytes from newborn mice were clustered into the following groupings; oxidative stress (Abcc9, Rgs5, Cdh5), cell proliferation and/or apoptosis (Igfbp3, Kera, Cilp, Lamb1-1, Sox17 Sox17), cell attachment and/or migration (Ibsp, Chodl, Cd93, Cd34, Thbs4, Cdh5, Egfl6), cell survival (Ednrb), and NF-κB signalling (Meox2) (Supp. Table S3).

Phylogenetic analysis revealed that four of the U3 sequences (K-4-5 U3, K-4-10 U3, L-4-3 U3, and U-4-1 U3) whose transcriptional activities are presumed to be induced in burn mice were clustered into a unique branch and all have the HMGA1/2 binding element.

It is evident that the four white spot mice are clustered in the phylogeny tree built over the 20 Mb region in Figure 3C, despite the local population structure.

All Type I IFN in human and mouse are clustered in an approximately 400 kb length of DNA, located on the short arm of chromosome 9 (9p21) in human and on the centromere-proximal region of chromosome 4 (4C4) in mouse [ 26- 28].

In contrast, hepatic macrophages were highly abundant in obese WT mice and were clustered in close vicinity to lipid droplets (Fig.  6e) resembling the so-called crown-like structures described in obese adipose tissue [ 35].

Nineteen novel mouse candidates were clustered with a known miRNA gene, lending strong support to the validity of those predictions.

For both human and mouse, samples were clustered using sparse hierarchical clustering (Witten and Tibshirani, 2010) using average linkage.

Of our mouse candidates, 513 were clustered with one or more other candidates.

In the case of the remaining 5 AQP4 transcripts, the chicken and mouse protein sequences were clustered with human transcript ENST00000339532.

Computations were performed across 1,444 mouse datasets, and the genes were clustered hierarchically according to average correlation coefficients.

In the present study, we utilized the newly released miRBase database version 21 to examine the miRNA clusters in the mouse genome and observed that 30% of the mouse miRNAs in the current database were clustered miRNAs.