Sentence examples for replicated simultaneously from inspiring English sources

It was tuned to the same channel Michael was watching, but only Michael could see the images on the screen replicated simultaneously through his own window, a strange doubling sensation, like when you stand on a stage and look up at yourself on the Jumbotron.

Importantly, DNA replication is greatly complicated by the antiparallel orientation of the two DNA strands that need to be replicated simultaneously.

In addition, newly developed 3C (chromatin conformation capture) techniques have revealed that certain chromosomal regions tend to interact with adjacent regions on either the same chromosome or adjacent chromosomes, and also that regions in close proximity are replicated simultaneously.

The FEM method is more rigorous and is able to replicate simultaneously the Suns-PL characteristics of both test pattern and H pattern cells, using a common set of recombination parameters.

In large populations a high number of genomes replicate simultaneously, increasing the probability of generating beneficial mutations that can compete for fixation.

When we challenged MA2C with all three replicates simultaneously and used replicate function the program identified 830 peaks for promoter 1 and 1208 for promoter 2. When all three programs identify a peak close to a gene then the peaks found by MA2C tend to have the strongest OCT4 motif attached to it.

Within-day precision was calculated by running 20 replicates simultaneously.

Using a multiwell platform allows the kinetics of amyloid fibril formation to be studied in many different conditions with several replicates simultaneously.

Normalized data were analysed using the ChIPmix method (Martin-Magniette et al, 2008), which was adapted to handle multiple biological replicates simultaneously.

A strain was considered to be significantly affected by the treatment if it was "sensitive" or "resistant" at the above-mentioned p-value level in all 16 replicates simultaneously.

Also, flow cytometry is an advantageous analytical technique in comparison with other methods due to its ability to i) measure the fluorescence intensity per cell, ii) count the infected cells directly, iii) examine several replicates simultaneously, and iv) elevate the accuracy by statistical analysis [ 18, 30, 39].