While the mouse data provides evidence of an interaction between genetic background and mild Mecp2 overexpression, the human data convey means by which genetic variation affects MECP2 expression and behavior.
Although the genotyped panels of SNPs were not dense enough to support conclusive evaluation of LD structure in CD-1 mice, our data provide an estimation of LD structure sufficient to evaluate suitability for genetic studies.
Combined with evidence that YK-4-279 inhibithethe growth of ESFT xenografts in mice, these data provide support for the idea that small molecules that disrupt critical protein-protein interactions involving EWS-FLI1 represent a promising therapeutic approach for patients with high risk disease for whom standard chemotherapy is inadequate.
However, comparison of mouse and human data provide some limited insights, in that differently from double mutant mice that develop a severe form of NTDs, mutations of both FZD are unlikely to be found in the same affected individuals, probably due to their lethality.
Together, the mouse and worm data provide strong evidence that the TMEM135 protein is associated with fat droplets, supporting our hypothesis that TMEM135 plays a role in fat metabolism.
Our mouse and human data provide clues to suggest that one reason for different APC mutations in tumours along the GI tract is a different physiological level of Wnt and stem-cell number.
Closer inspection of published mouse tumor data provides some clues.
The large amount of mouse longSAGE data provides rich information about the particular tissue and developmental stage of the expression of 14 known miRNAs.
As CT26 is one of the most extensively used syngeneic mouse tumor models, our data provide a map for the rationale design of mode-of-action studies for pre-clinical evaluation of targeted- and immunotherapies.
Given that neutrophils do not express CX3CR1 and are present in normal numbers in Nr4a1-deficient mice, these data provided genetic evidence suggesting that monocytes recruit neutrophils after their retention in the microvasculature of the kidney.
