Sentence examples for critical axis from inspiring English sources

Even though we demonstrated here PIK3R1-FOXO3a-cMYC as critical axis regulated by miR-155, the functional interactions among these players can be more complicated than linear pathway.

It preens along the critical axis between the High Line and the newish No. 7 subway station at Hudson Yards, hoping to drum up Instagram views and foot traffic for the mall, casting egregious shadows over what passes for public open space, ruinously manspreading beside the Shed, the most novel work of architecture on site, and the only building the private developers didn't build.

However the Puntland region of Somalia constitutes the critical axis of the Somali piracy as over 90%% of the Somalians involved in piracy are from Puntland.

CONCLUSIONS Our findings provide evidence that targeting endogenous spatiotemporal dynamics is a potential therapeutic approach for treating stress-induced behavioral disorders, and that dynamics are a critical axis of manipulation for causal optogenetic studies.

The relationship between the United States and Iran may turn out to be the most critical axis around which our Middle Eastern policy spins.

Taken together, these studies suggest that USP7-MDM2-p53 USP7-MDM2-p53 USP7-MDM2-p53ctisns to limit the level of p53 in cells and that USP7 inhibition criticallt in p53 axisvathat and cell death.

PI3K-Akt transduction serves as a critical signaling axis in cell growth, proliferation, and cell survival (Tsai et al. 2015).

It seems inevitable that one day Thomas's reputation will settle somewhere below the hero worship of popular myth but well above what now looks increasingly like the class-ridden and politically angled objections of the critical-academic axis.

To gain mechanistic insight into the metastasis-critical signaling axis of TTF-1 to HMGA2, we used both reverse and forward strategies and discovered that microRNA-33a (miR-33a) is under direct positive regulation of TTF-1.

When embedded in the matrix surrounding engineered human vessels, these ccRCC tumor clusters drove potent endothelial cell sprouting under continuous flow, thus recapitulating the critical angiogenic signaling axis between human ccRCC cells and endothelial cells.

Thus, we identify a critical enhancer/transcription factor axis governing the dynamic regulation of the EDC chromatin architecture and gene expression and provide a framework for future studies toward understanding gene regulation in cutaneous diseases.