Sentence examples for development of cells and from inspiring English sources

MicroRNAs (miRNAs) are a class of small nonprotein-coding RNAs (ncRNAs) that have been shown to promote the degradation of target messenger RNAs and inhibit the translation of networks of protein-coding genes to control the development of cells and tissues, and facilitate their adaptation to environmental forces.

We broadly classified transcripts for maintaining cellular communication, the immune system, the growth and development of cells and larvae, as cellular processes.

DNA methylation is therefore necessary for the normal growth and development of cells and can be detected in normal as well as malignant colorectal mucosa [ 21].

It is also not clear to what extent epigenetic programming may be altered by the abnormal development of cells and tissues.

The locally oriented PAM favored the development of cells and guided the attachment and spreading of cells along similar direction, signifying an orderly tissue inside the macropores of scaffolds in vitro.

While molecular and pharmacologic manipulations have effectively demonstrated cellular redox mechanisms and roles in disease, the advanced bioimaging methods have enabled recognition of the third principle of the redox code, that is, activation/deactivation cycles of H2O2 metabolism support complex time-dependent processes in the life cycle of development of cells and organisms.

Here, we review recent progress in the development of cell and in vitro assays to measure GOAT action and the identification of several synthetic GOAT inhibitors.

Hence, this review article discusses the development of cell and bioprocess modelling to provide a comprehensive update of the model-based approach for the design, optimization and scale-up of biomass-based processes.

In vivo imaging using genetic reporters is a central supporting tool in the development of cell and gene therapies affording us the ability to selectively track the therapeutic indefinitely.

The detection of processed and active ORF1 proteins in transfected cultured cells, however, highlights the potential for the development of cell and bovine organ based systems to facilitate the replication of Jena virus.

Stem cells are highly attractive and valuable candidates for biomedical applications including the development of cell and gene therapy.