Sentence examples for mice produced less from inspiring English sources

The suppressive effect of acute ethanol exposure on cytokine and chemokine production was more pronounced in the wild-type mice, but the untreated hyporesponsive mice produced less of most cytokines than untreated wild-type mice.

Kupffer cells isolated from ethanol-fed mice produced high amounts of reactive oxygen species and tumor necrosis factor alpha, whereas Kupffer cells from melatonin treatment mice produced less reactive oxygen species and tumor necrosis factor alpha compared with model alcohol-feeding mice.

Interestingly, KO mice produced less peritoneal macrophages in response to TG, when compared to the FL mice (Figure 6B).

MyD88 is also important for the induction of a proper Th1 response during E. muris infection, as shown in both in vivo and ex vivo assays wherein CD4 T cells from MyD88-deficient mice produced less IFN-γ (Figure 3).

Furthermore, ex vivo stimulated lymph node cells from ob/ob and db/db mice produced less interferon gamma and more IL-10 than cells obtained from control mice.

We found that splenocytes from the anti-IL-23 treated mice produced less IL-17A than control mice when stimulated in vitro).

And the team found that normal mice produce less NFIL3, and thus more TH17 cells, during the day than at night.

Reporting in the current issue of the Proceedings of the Royal Society B, the team found that more promiscuous species of mice produce less protamine 2 relative to protamine 1 in their sperm, and thus more hydrodynamic sperm.

In line with a potential role for STAT2, one study has shown that STAT2 KO mice produce less MCP-1 in a model of colitis [50].

DOI: http://dx.doi.org/10.7554/eLife.09623.025 10.7554/eLiFigure23.026 figure 6—figure supplement 1. Pycard −/− mice produce less pro-inflammatory chemokines in the lungs in response to nCB challenge.

However, calculated leptin to WAT mass ratio was not changed in JunB-KO mice in comparison with their WT littermates (Table 1), suggesting that JunB-deficient mice produce less leptin due to reduced AT mass.