Sentence examples for viability at a from inspiring English sources

Last month it organised Systems, which invited all the independent art groups in the city to come together and debate their viability at a time of crisis.

Groups who make successful bids will have to complete a business plan setting out the school's financial viability at a later date, the DfE said.

Roger Penske, the owner of Team Penske, says success in Baltimore can increase his sport's visibility and viability at a time when Nascar has become far more popular.

WST-8 assay indicated that MNPs@Gly potently decreased cell viability at 15 μg/ml, while MNPs@Lys decreased cell viability at a concentration of 50 μg/ml (Figures 5C and 6C). Figure 5 Effects of MNPs@Gly on BMSCs.

However, the two novel amino acid-coated MNPs (MNPs@GLy and MNPs@Lys), by contrast, have severe damage on HUCECs, BMSCs, and THP-1-derived macrophages, which decreased cell viability at a very low concentration (10 or 15 μg/ml).

The sigS mutant strain lost viability at a consistently greater rate than that of the parental strain, an effect that became more pronounced as the experiment was prolonged.

[163] Si NPs modified with Al2O3 (Al2O3-Si) aNa Na (Na-Si) Al2O3-Si, 21 nm; NAl2O3-Si nm 40–800 μg/ml; 721h; 7 days 3T3-L1 WI-38 WST-1; LDH assay; glutathionm level measurement The Al2O3-Si NPs are nontoxic for 303-L1 cells anm slightly toxic for WI-38 cells (a small decrease in viability at an NP concentration of 250 μg/ml).

Consistent with previous studies on the cytotoxicity of thermally oxidized PSi nanoparticles, no reduction in cell viability was observed for the PSNP concentration investigated in this study (2 μM PNA, 3.7 μg/mL), whereas the AMO treatment led to a 25% decrease in cell viability at an equivalent AMO dose of 2 μM.

Exposure of the CAG cells to 1 ng ml−1 bortezomib (which did not affect their viability at all) resulted in only a minimal reduction of telomerase activity 24 h after exposure of the cells to bortezomib.

It demonstrated that high cell viabilities in blank RUB micelles at a concentration of 4 32 mmol/l and declined cell viabilities (at a concentration of above 32 mmol/l) in MCF-7 cells (Additional file 1: Figure S4), indicating that blank RUB micelles does not bring significant additional toxicity to cells at a concentration of below 32 mmol/l.

To see if FDA/PI staining can distinguish live and dead yeast cells, we intentionally killed yeast cells by heating at 70°C for 30 minutes (0% viability sample), and a 50% viability sample was prepared by mixing 100% and 0% viability samples at a ratio of 1 1.