Sentence examples for mice which would from inspiring English sources
This was exploited in vivo using combination therapies to cure mice, which would otherwise have relapsed, after suboptimal primary therapy in both models.
He points out that C. scindens didn't completely get rid of disease in the mice, which would be important for eliminating the risk of relapse.
Furthermore, the anti-obesity effect and hypolipidemia effects of APS were probably due partly to decreasing the leptin resistance of mice, which would positively couple with the normalization of plasma insulin levels.
What's more, he notes, the monarch's clock may represent a timepiece that is ancestral to both flies and mice, which would imply that these creatures each lost one of the cryptochrome genes.
My physician recommended an experimental course of treatment--a nine month course of chemotherapy, combined with the relatively new immunotherapy drug, rituximab, a genetically engineered medicine, cloned from mice, which would uniquely target and kill lymphoma cells.
These results demonstrate that the wound closure was delayed in periostin−/− mice, which would have been caused by defective re-epithelialization and granulation tissue formation.
An interesting question is whether these local mesenchymal outgrowths result in a more pronounced metastatic phenotype in the mouse, which would be representative of recurrence in humans.
In addition, the colorectal CT26 cell line was used exclusively as it was syngeneic to the BALB/c mouse, which would allow in vivo and in vitro mechanistic studies to be related to each other.
"Something that's fully human or that's part mouse -- which would you rather have as a patient?" said R. Scott Greer, chief executive of Abgenix.
Decreased plasma VLDL levels was associated with reduced atherosclerosis in the Ldlr−/− mouse [27], which would support the latter hypothesis.
Furthermore, it would have required 145 days for each subject studied to duplicate the earlier mouse study,, which would make such studies difficult to conduct in humans.
