Sentence examples for human cells providing from inspiring English sources

After the initial discovery, other labs showed that small ­double-­stranded RNAs could be used to selectively silence genes in human cells, providing a much-sought-after general approach to exploring the functions of all 21,000 human genes.

Here, we successfully generated a CRISPR/Cas9-loxP system to perform gene editing in human cells, providing the proof of principle that these two technologies can be used together for the first time.

In order to improve immune function, we employ a combination strategies including enhancing the ablation of endogenous mouse subsets to create "space" for human cells, providing exogenous cytokines to overcome impaired biological cross-reactivity between mouse and human, counteracting active graft destruction, and expressing human MHC molecules to ensure proper T cell education and homeostasis.

According to our results, we suggest the possible mechanism of GO's cytotoxicity as follows: GO in medium attach to the surface of human cells, providing a stimuli signal to the cells.

While it is not yet clear whether or not the kinase activity of Rio2 is essential (reviewed in [3]), point mutations in the kinase domain have subtle but distinct effects on ribosome assembly in human cells, providing evidence that phosphorylation by Rio2 at least accelerates processes in late 40S assembly [42].

The MERS-CoV from the camel efficiently replicated in human cells, providing further evidence for the zoonotic potential of MERS-CoV from camels.

The extension of our approach to human cells provides additional strength to the screening tools by analyzing the effect of Rho inhibitors directly in the appropriate cellular environment which should exclude toxic compounds.

In vitro microphysiological multiorgan systems using human cells provide a novel method to identify promising drug candidates and eliminate potentially toxic compounds from clinical trials.

The high degree of conservation of the cellular lipid metabolism – from unicellular organisms to human cells – provides an excellent possibility to use yeast Saccharomyces cerevisiae for studying the general principles of these processes.

In vitro studies using human cells provided evidence of HLA-E involvement in negative signalling to immune responses (20).

A recent detailed study of nucleosome number and occupancy in human cells provides good support for such an interpretation (Bodor et al. 2014).