Sentence examples for mice we could from inspiring English sources

In naïve mice, we could not detect any CD45high+ cells, consistently with no immune cell infiltration in unpeturbed brain tissue [18,19].

As shown in Fig. 2D, after injecting 1 × 107 wild type mESCs or Clock knockout mESCs into immunodeficiency mice, we could observe teratoma of 1-2 cm formed after four weeks.

(D) After respectively injecting 107 wild type mESCs and Clock knockout mESCs into immunodeficiency mice, we could observe teratoma of similar size (1 2 cm) formed after four weeks.

In this study, by implanting DDM combined with PDRN into the subcutaneous soft tissue of nude mice, we could confirm that bone-forming cells were supplemented and differentiated into osteoblast around graft materials, and then new bone was formed.

In thymocytes from male HY mice, we could observe significant upregulation of Sox13 in HY+DN thymocytes.

Since the functional antibodies for use in immunofluorescence experiments were all raised in mice, we could not perform co-localization studies with endogenous SNX4 and its binding partners.

Moreover, we reasoned that if human-based PSEA predictions showed systematic validation in mouse, we could rule out that the correspondence arose by chance.

In one mouse, we could not measure absolute stimulation phase, due to the trigger electrode's location in L5/6 of cortex overlying hippocampus.

Based on the relative order and position of conserved sequence blocks between human and mouse, we could unambiguously map mouse fragments (af1-af7) equivalent to the human AF1-AF7 fragment series tested above.

Neal: Because ours was a gene-based map, and because of the conserved linkage between human and mouse, we could also often guess where a gene would map in humans based on our mouse genome map.

Given that the transcriptional architecture of human MYLK appears to be more complex than its mouse ortholog (6 transcript variants for the human gene and 1 for mouse), we could not exclude that these genes might exhibit different cell specific regulation in the two species.