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By setting the right concentration ranges, a linear correlation should be achieved for cell concentration and dye fluorescence intensity.
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Interestingly, the highest increment in the conversion efficiency (∼35%) is achieved for cells made using a 50 50 (wt/wt) mixture of NLs and NPs.
In the presence of dasatinib, however, a complete inhibition of cell migration was achieved for all cell lines at concentrations as low as 200 n M. No difference between cell lines harbouring TP53 mutations and wild-type cell lines was observed.
The correlation between the predicted and measured tumor cell density was also comparable to that achieved for tumor cell fraction (r = 0.80, p < 0.001).
The highest PCE of 0.65% is achieved for the cell based on the CdS 10)/DTTO electrode.
By optimizing the AHC-ZnO with the amount of CdS and ZnS, the best efficiency of 1.81% was achieved for solar cell under AM 1.5 G illumination with Jsc = 7.44 mA/cm2, Voc = 0.57 V and FF = 43%.
Final biomass concentrations of 100 and 120 gDCW L-1, and maximum enzyme productivities of 7800 and 5556 IU L-1 h-1, were achieved for high cell density cultures using complex and defined media, respectively.
Largely similar results (using HeLa cells; Figure S6) show that transcript reconstruction can be achieved for multiple cells types using this approach.
Compared to the solar cell based on an n+-a-Si H electron+-a-Si Hve layer, efficien+-a-Si Hto 16.6% could be achieved for the cells based on the ZnO:B elayeron-sefficiencieser, with a relative increase in the efficiency by 15.3%.
At 550 °C, 182 mW cm−2 and 580 mW cm−2 were achieved for fuel cells using raw hematite and composite with ZnO as the electrolytes, respectively.
It was shown by both luciferase activity assay (48 h) and EGFP transfection data that high transfection efficiencies were achieved for HeLa cells transfected by cSCK/CCUCUUACCUCAGUUACA and cSCK/pEGFP-N1 plasmid, respectively.
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