Sentence examples for molecules were completely from inspiring English sources

For all three xylooligosaccharides, larger molecules were completely broken down into smaller components within the first 24 hours of growth.

Therefore, either these molecules were completely immobile, or their restricted motion within the 100-nm-sized region could not be further resolved.

However, the timing of the rapid drop in charged tRNA and the final level of the charged tRNA varies from run-to-run depending on when GTP is depleted and how many protein molecules were completely synthesized before GTP was totally consumed.

At this respect, it was reported that when Thermomyces lanuginosus lipase was immobilized on EP100 at low loading, part of the enzyme molecules were completely inactivated: with a loading of 6.6 mg of protein g-1 support, only 70% of the active sites were titrable compared to the 93% titrable active sites obtained at a loading of 55 mg g-1 support [ 15].

Double-stranded DNA molecules exhibited the highest stability, whereas single-stranded DNA molecules were completely degraded after 60 min. It is notable that although resection of rDSBs and pA70/pT70 also led to the generation of ssDNA oligos, we did not observe a reduction in the molecular weight of these DNA molecules.

From Fig. 3b, we found that red fluorescence dots due to the presence of Rh.B cargo molecules were completely overlapped with the green fluorescence dots representing locations of the FITC labelled JMSC motors, as we only find yellow dots (indicated by white arrows) in the overlay image, which certified the cargo loading inside the JMSC motor.

These molecules are completely water-insoluble and generally solid at biological temperatures.

In this docking the target atoms remain fixed whereas the small molecules are completely flexible.

The results taken as a whole provide a strong indication that both lac permease and cytochrome o reconstitute into proteoliposomes as monomers, that the permease does not dimerize in the presence of the H+ electrochemical gradient, and that both molecules are completely functional as monomers.

The results are consistent with data in cell culture showing that transcriptionally active rRNA promoters are completely unmethylated while transcriptionally inactive molecules are completely methylated in a promoter-wide manner without any obvious site selectivity [32].

In addition, the HCl treatments may have an effect on some fluorochromes, such as FITC, which is highly sensitive to acidic pH, and if the borate buffer incubation is not conducted appropriately the fluorescence of these molecules is completely lost.