Sentence examples for reliable suspension from inspiring English sources

Moreover, SOX2 overexpression caused SNU1041 cells to show accelerated tumour sphere formation a hallmark of self-renewal properties when grown in a serum-free medium supplemented with EGF and bFGF; these are reliable suspension culture conditions for healthy stem cells to form spheres and maintain their stemness (Zhang et al, 2008).

Decades later though it became a common and reliable method of suspension on luxury cars, buses, large transport trucks, and in some custom car applications.

A serial dilution of targeted template in a MacFarland standard 1,0 apathogenic E. coli suspension revealed reliable fluorescence signals to a mean number of 1,5 bacterial genomes per 2,5 μl for all targets.

However, there is still a lack of reliable model for ceramic suspensions used in colloidal ceramic shape-forming methods.

Such modifications include reinforced auto-body frames, heavier springs and shock absorbers in the suspension system, and more reliable engine charging.

Large scale, transient transfection of HEK293 in suspension culture is a reliable way to generate milligram quantities of recombinant eukaryotic IMPs.

Although many factors figure into the likelihood of suspension, one of the most reliable is whether a student has been suspended before.

Finally, we were successful in developing a repeatable, reliable and economical screening technique using zoospore suspension for PB development.

The presence of all three genotypes for the majority (68%) of the SNPs analyzed allows a reliable assessment of the accuracy of the Bioplex suspension array assay.

We have developed a simple and reliable method for stable transformation of plant cell suspensions that are suitable for protein subcellular localization analyses in the non-model monocotyledonous plant Puccinellia tenuiflora.

By offering rapid (with 1 2 min) and statistically reliable size distribution analyses of nanoparticles in liquid suspensions, HSFCM can serve as a complement to the TEM approach for the routine analysis and quality control of functional nanoparticles.