Sentence examples for modification characteristic from inspiring English sources

We found that they inhibit N-glycosylation process of viral proteins at the late stage of glycan modification characteristic for mammalian cells.

In summary, the ChIP analyses revealed the predominance of repressive histone modifications and a nearly complete loss of H3K4me3, with partial retention of H4K16ac, a modification characteristic of fixed nucleosomes, across the entire analyzed region in all urothelial carcinoma cells.

H3K27me3 represents the modification characteristic of Polycomb-silenced genes, and its prominent association with SYT-SSX2 supports a role for the oncogene in the re- activation of Polycomb-silenced genes.

We find that surface modification characteristics of TiO2 using N2 RF plasma are strongly dependent on the detailed composition of active species in the plasma and the afterglows.

Additionally, capillary flow of water (dyed to aid visualization) through the microfluidic devices was recorded and analyzed to provide comparison data between filling time of a microfluidic chamber and surface modification characteristics, including the effects of surface energy and surface roughness on the microfluidic flow.

In addition, because of its starch modification characteristics, O. ulmi has been used in industry for bioplastic production [ 21].

To date, there is no known treatment for knee OA that has consistently reported benefit for each of these disease modification characteristics. 2 Mounting evidence suggests that minimally invasive joint unloading implants have clinical utility in patients who have unsuccessfully exhausted nonsurgical knee OA therapies, but who are ineligible or unwilling to undergo arthroplasty.

Mitochondria play an essential role in metabolism, bioenergetics and cell death regulation and consequently oncogenic modifications characteristic of many cancer types mediate the array of metabolic alterations of cancer cells by impairing key mitochondrial functions.

Proteomics can be used to identify alterations in protein expression and post translational modifications characteristic of diseases during different stages of their development at the level of tissue, cell, organelle or other subcellular structures.

Other studies have analysed epigenetic modifications characteristic of the inactive X chromosome.

The 3' exons of ZNF genes have histone modifications characteristic of both silenced and active regions.