Sentence examples for mice could serve from inspiring English sources
Thus the GAD67-GFP BAC transgenic mice could serve as a valuable genetic tool for studying various processes of adult neurogenesis in the dentate gyrus.
Together with the selective innervation defects to the posterior crista, Slitrk6-KO mice could serve as a useful model to study the role of the semicircular canal in vestibular function.
The 129S2 mice could serve as model for primary progressive TB pathogenesis in susceptible human hosts.
The PLR pathway defect in Bst+/− mice could serve as a simple read-out for the efficacy of stem cell transplantation.
This result suggested that disruption of SSC function as a result of architectural changes in the postnatal niche is reversible and that the seAip1−/− mice could serve as a good model to study the underlying mechanisms.
One WTtgGFP mouse could serve as donor for six recipient mice.
These findings demonstrate that the intranasal immunization of a recombinant adenovirus expressing the NV capsid protein is an efficient strategy to stimulate systemic, mucosal, and cellular Th1/Th2 immune responses in mice, and could serve as a novel approach for designing NV vaccines.
Hence, genomic mouse DNA could serve as an ideal control for the existence of a parvulin gene (exon 3) and the absence of an elongation (exon 1).
The well-characterized estrogen and growth factor response modules in the mouse lactoferrin gene could serve as the foundation to understand the intricate molecular mechanisms of estrogen action and its relationship to growth factors.
TH-VHLKO mice could thus serve as an excellent model to test the role of the CB-AM axis in adaptation to situations involving an elevated O2 demand (such as physical exercise) or the function of organs devoid of autonomic innervation such as, for example, the endocrine pancreas (Borden et al, 2013; Muñoz-Bravo et al, 2013) or bone marrow (Méndez-Ferrer et al, 2008).
The increased level of blood cytokines in tumor-bearing mice suggested that cytokines could serve as inducers of DNA damage in tissues distant from tumor sites (Redon et al. 2010).
