Mice provide high-throughput models including mutants lacking or expressing genes of interest, but interspecies differences are difficult to overestimate.
CD-1 mice will provide high-resolution mapping that requires dense genotyping similar to the heterogeneous stock [44].
However, new genetic approaches like genome-wide association mapping [ 10] and the use of Collaborative Cross [ 11] and Diversity Outbred [ 12] mice all provide higher mapping resolution that should improve identification.
ApoE knockout (ApoE−/−) mice provided a high fat western diet develop morbid obesity and have evidence of chronic inflammation.
This hypothesis was supported by our analyses and we show that "signature transcripts" highly expressed in certain leukocyte populations (e.g., thioglycollate-elicited peritoneal Mφ) are often overwhelmingly elevated in hepatic tissue of mice provided the high fat diet.
For each set of signature transcripts identified, the group-wise response of the set to high fat diet in liver is evaluated, and this response is used to infer whether the associated leukocyte population is likely to infiltrate liver tissue of mice provided a high fat diet.
It includes a common, complete and updated dataset from miRNAs and all known gene variants for human, mouse and rat providing high confident predictions.
Our study using Ddo−/− mice provides evidence that high levels of D-Asp affect electrophysiological and behavioral responses in physiological, inflammatory, and neuropathic pain conditions.
Studies with transgenic mice provide conflicting results.
This approach provided high clusterization efficacy able to generate a considerable mouse immune response against the target antigen.
In these mice, knockout of FAAH reduced hydrolysis of AEA, providing higher levels of this substrate for oxygenation by COX-2.
