Sentence examples for particles as demonstrated from inspiring English sources

Plasma from the SLOS fetus effluxed cholesterol to a similar percentage as unaffected fetal plasma or adult plasma, possibly due to fewer HDL particles as demonstrated in previous SLOS patients.

Considering the application, it is always an advantage to use of ultrafine oxides over bulk ones, since the diffusion path of both hydrogen ions and electrons can be shortened using ultrafine particles as demonstrated in previous studies [13, 16].

Biological mechanisms are tightly associated with increased generation of polyethylene particles, as demonstrated in previous studies [ 18- 20].

Negative effects of HA are the risk of HA delamination and third-body wear due to HA particles, as demonstrated in total hip arthroplasty (Bloebaum et al. 1994, Morscher et al. 1998).

Whereas the standard vector production generated fully functional vector particles as demonstrated by the functional titer (TU/ml), omission of any of the other plasmids during production resulted in no detectable functional titers.

Silaffin 1-2L and Silaffin 3 in T. pseudonana have been shown to directly catalyze silica polymerization and the activity of the different proteins determines the size and shapes of produced silica particles, as demonstrated from scanning electron microscopy analysis of distinct silaffin-LCPA mixtures [ 17].

Enhanced core antigenemia and a parallel increase in viremia in the presence of RTX treatment are likely the result of infectious HCV particles released from lysed B cells, as demonstrated elsewhere [ 53].

T93@1000× pDMAEMA VLPs formed complexes with siRNA in molar excesses up to 40 fold with respect to particle, as demonstrated by electrophoretic mobility gel shift, while T93@init particles showed minimal effective complexation with siRNA.

At the time x-rays were an important means of investigating atomic structures, but the concept that light had both wave and particle properties, as demonstrated by Arthur Compton, was not universally accepted.

The much higher liquid hold-up in the diluted beds leads to improved wetting and utilization of the catalyst particles as was demonstrated for deep denitrogenation (>99%% nitrogen removal) of a vacuum distillate feedstock under practical conditions.

We hypothesize that the increased uptake of 50 nm nanoparticles compared to 100 nm nanoparticles is not only due to the decreased cellular energy required to internalize smaller particles, as previously demonstrated, but also due to the ability of smaller nanoparticles to enter the cell via passive diffusion and endocytic pathways whereas larger nanoparticles enter largely via endocytosis alone.