Sentence examples for both mouse and dog from inspiring English sources
To investigate if genes that are up-regulated in spermatids in both mouse and dog belong to a conserved pathway that is essential during this stage, a pathway analysis was performed using the 91 commonly up-regulated genes in spermatids.
These results are consistent with extensive polyglutamation of ZD1694 within tissues in both mice and dog and provide further support for the infrequent schedule that has been used clinically.
This RARα specific agonist 56 has high oral bioavailability (>80%) in both mice and dogs with a good PK profile and was shown to be inactive in cytotoxicity and genotoxicity screens.
The pathway analysis of X-linked genes that are significantly up-regulated in spermatids both in mouse and dog, revealed that most of these genes are involved in shaping the sperm cell and maintaining genome integrity.
In other words, each of these regions underwent independent breaks in both the rat (mouse) and dog lineage.
The dot plot similarity genomic comparison of human, mouse and dog TRG loci highlighted the occurrence of reiterated duplications of the cassettes during the dog TRG locus evolution.
This suggested that mouse and dog lack the YKL39 gene, while YKL40 is present in the human, mouse, and dog.
Here we compiled a set of human-mouse-dog ortholog triples and studied the conservation of human alternative splicing patterns in the mouse and dog genomes.
ω (Human), ω (Mouse) and ω (Dog) are the Ka/ Ks ratios in human, mouse and dog lineages, respectively.
Rad21 ChIP data from mouse and dog were done in single, and the data were thresholded.
