Sentence examples for identical timescale from inspiring English sources

Yet, an identical timescale was obtained when performing the MCMC approach with the dataset comprising the P1 region (1603, 95% HPD [940 1883]) (Table 2).

The first two heterocyclizations of PatE3 occur on an identical timescale (at both 10 °C and 37 °C) to the two-cysteine PatE2 substrate, but the third heterocyclization is slower than the second heterocyclization (which is slower than the first).

The intracellular and multicellular model operated on identical timescales: after the cells took a step that equated to 3.5 minutes of movement, the intracellular model ran for a simulation of 3.5 minutes.

Both H and C NMR spectra reveal only one set of signals for the two ethyl groups in 1, implying they are identical in solution on the NMR timescale.

In terms of timescale the interfacial relaxation is almost identical for Stöber and A300, and slightly faster for silica gel.

Here we show that a mirror-image, two-loop system offers an important advantage over a one-loop system even when the timescales of the two loops are identical: the symmetrical set-up makes it substantially easier to generate a bistable response.

In an aqueous solution without hole scavenger, the decay of photogenerated electrons and holes in bare TiO2 presents identical kinetics on the micro- to milli-second timescales assigned to bimolecular recombination of these charge carriers through trapping detrapping processes (Fig. S3, ESI †).

Gene conversion has also remained active in these genomes on recent timescales, as indicated by the occurrence of identical substitutions in both paralogs in one of the Portiera BT-Q genomes, maintaining perfect sequence identity between the repeat copies in each genome (fig. 3 b).

Binding of both drugs results in an identical decoupling of global motion on the micro- to millisecond timescale.

In M. occidentalis, we found that the segregation of heart and pharyngeal muscle fates occurs in identical fashion to that of C. intestinalis, albeit on a faster timescale.

Our results revealed an order of magnitude variation in the evolutionary rates at constrained sites (including nonsynonymous sites, D-loop, and RNA) and virtually an identical rate of evolution at synonymous sites, independent of the timescales over which they were estimated.