Unsurprisingly, skewed distributions in compound diversity are observed for mouse COX-2 and ovine COX-1 (Figure 8). Figure 8 Target-averaged model performance.
To our surprise, a comparable pattern was observed for mouse as well, even though its EST coverage is not as high as that of human.
However, a similar distribution of TE classes was observed for mouse with 23 DNA transposons, 18 retrotransposons and 4 endogenous retroviruses.
This is not due to variation of proteasome functionality as pre-incubation of the proteasome without substrate at 37°C for 18 hr does not alter its activity, in agreement with what is observed for mouse proteasome.
Whereas LINE elements are enriched on human X chromosomes, especially around the Xic region (Bailey et al. 2000), no such enrichment is observed for mouse X chromosomes (Chureau et al. 2002).
As shown in Figure S4A and B, similar to what was observed for mouse CD4+ T-cells, the addition of the TAT-G-Gpep or control peptide to human PBMC cultures had no effect on the proliferative response of CD4+ or CD8+ T-cells, while IFN- β significantly inhibited both CD4+ and CD8+ T-cell proliferation (Fig. S4C and D).
An almost full excretion was observed for mice fed MWCNT, whereas a high degree of translocation was observed in mice fed very small SWCNT [97].
An inhibitory effect of NPs towards LLC primary tumor growth was observed for mice treated with NPs either with different Ag Au molar ratio (AgAu(1 3), AgAu(1 1), AgAu(3:1)) or with different topology (AucoreAgshell, AgcoreAushell) (Table 1).
Apart from the higher BMD of ctsk−/− animals, no significant differences in body weight were observed for mice with ctsk deficiency compared to WT animals (data not shown).
Since it was recently demonstrated that UCP1-deficient mice become obese when housed at thermoneutrality [58], we predicted that the most pronounced effect of COX inhibition would be observed for mice kept under thermoneutral conditions.
