The rapid (ca. <1 min) generation of 1 after incubation of TP300 with plasma (mouse, rat, dog and monkey) was also demonstrated.
You can figure out what sequences in the genome play important functional roles by comparing human DNA with DNA from a mouse, rat, dog, even an aardvark, to see what evolution has chosen to conserve.
However, in vitro metabolic evaluation of 2 revealed a non CYP-mediated metabolic process that was more prevalent in human than preclinical species (mouse, rat, dog, cyno), leading to a high-level of uncertainly in predicting human pharmacokinetics.
Replacement of the N-ethyl with an N-tert-butyl substituent substantially reduced N-dealkylation as blood clearance of NTBI was ~2 to 3-fold lower than DEI in mouse, rat, dog and monkey.
The in vitro plasma protein and brain tissue binding of GSK1034702 were determined in mouse, rat, dog, marmoset, monkey and human tissue by equilibrium dialysis.
Publishing both a 4-way and 5-way conservation scheme (human, mouse, rat, dog vs. human, mouse, rat, dog, chicken) picTar suggests degree of conservation correlates with robustness of prediction.
In contrast, the gene appears intact and has evolved under purifying selection in mouse, rat, dog, lemur and bushbaby.
We considered miRNAs in both conserved and non-conserved families (conservation across human, mouse, rat, dog, and sometimes chicken).
Conserved miRNAs were selected from precursor alignments between human, chimpanzee, mouse, rat, dog, opossum, chicken, X.tropicalis and tetraodon.
PicTar has target prediction information for human miRNAs based on conservation in mammals (human, chimpanzee, mouse, rat, dog) [30].
Strikingly, the former shows >97% aa identity with chimpanzee, mouse, rat, dog and horse MAMDC1 orthologs, suggesting an important function for this highly conserved protein.
