Sentence examples for mice where it from inspiring English sources

Gene silencing Silencing a gene is a well established technique in mice, where it is used to create so-called "'knockout"' mice to study the effects of genes.

So far the strategy has only been tested in mice, where it proved highly effective.

Compound SintMed65 was advanced into an acute model of peritonitis in mice, where it inhibited the neutrophil infiltration after being orally administered.

Among these five active compounds (115 119) were tested in STZ-s induced diabetic rat model and the most active compound 115 in this test, was further tested in C57BL/KsJ-db/db mice where it significantly improved OGTT along with the fasting and random blood glucose level.

GAP is bioorthogonal as it does not have mammalian homologues, and it is robust and functionally expressed in transgenic flies and mice, where it can be used for Ca2 + measurements ex vivo and in vivo to explore animal models of health and disease.

One of the most popular experimental designs has been to determine the gene expression changes that occur in knockout mice where it is correlated with phenotypic changes.

This snoRNA was originally identified in mouse where it was found to be expressed predominantly in brain, and to the lesser extent in muscle, kidney, and lung [42].

The Hi-C data were collected for human cells and Rasgrf1 is not imprinted in primates (K. Kauppinen, J.T. Brenna and PDS, unpublished) so it is not known what interactions occur with Rasgrf1 in mouse, where it is imprinted.

Traditionally, the process of XCI has been best studied in the mouse, where it has been shown to be triggered by expression in cis of the noncoding Xist gene exclusively from the future inactive X (Xi), and to occur in two waves in the female pre-implantation embryo (reviewed in [7]).

Thus, EMX2 showed clear differences in its expression between human (where it is detected in both the proliferating zones and in the CP) and mouse (where it is detected primarily in proliferating zones).

Buffalo Smoc-1 transcript variants showed highest expression in liver demonstrating its tissue and species specific functions, in contrast to human and mouse where it expresses to the maximum in the ovary.