Sentence examples for mice would contribute from inspiring English sources

The TREome-based high-resolution genetics surveillance system for laboratory mice would contribute to efficient study design with quality control and accurate data interpretation.

Thus, reduced macrophage migration as well as VEGF-C/D production by macrophages in situ in EP4A-treated mice would contribute to reduced lymphangiogenesis.

Also, the lower intron loss rate (and thus smaller sample size of IL genes) in mice would contribute to this [ 17].

Hyperactivation of cardiac fibrosis could be one of the consequences of impaired mechanotransduction pathways in the TTN A-band truncating mutant mice, which would contribute to systolic dysfunction in those mice under pressure overload.

Further analysis of the molecular basis that determines the differential LIF responsiveness among mouse strains would contribute to understanding the difference between the species.

It would be remarkable if in Ceacam1−/− mice, NK cells would contribute to the clearance of lytic virus since this would be different to the situation in other strains of mice where it has been reported that NK cells are not involved in gammaherpesvirus clearance [46], [47].

In comparison with WT mice, the rate of fatty acid oxidation in Fmo5 −/− mice is higher in WAT, which would contribute to depletion of lipid stores in this tissue, and lower in skeletal muscle.

The increased rate of fatty acid oxidation in EWAT of KO mice at 20 weeks of age would contribute to the depletion of triglyceride stores in this tissue and, hence, to reduction of adipocyte volume.

These findings demonstrate an essential role of the Rho-Rock-Myosin signaling axis for the regulation of basic cell-cell communications in both mouse and human ES cells, and would contribute to advance in medically compatible xeno-free environments for human pluripotent stem cells.

Given the comparable expression of IL-3 and IL-3R between WT and Plcb3 −/− mice, not only IL-3 but also other factors that lead to Stat5 activation would contribute to the increased mast cells in Plcb3 −/− mice.

The authors proposed that increased protein synthesis and degradation would contribute directly to increased energy expenditure in mice lacking peripheral BCAA metabolism.