Sentence examples for redundancy of coverage from inspiring English sources

I'm not sure, based on the tone, content, and sheer redundancy of coverage on both Obama and Clinton during 2013, that anyone anywhere would have expected that result.

An advantage of using PCR primers designed for several conserved regions with varying degrees of specificity is that when more than one microorganism is present, there is redundancy of coverage across various primer pairs.

The calculated redundancy of coverage of forebrain cholinergic axon arbors in the cortex and hippocampus is between 47 and 69, that is on average each point in the cortex and hippocampus resides within the arbor territories of 47 69 forebrain cholinergic arbors.

Table 2 compares the expected coverage and redundancy (depth of coverage) as predicted by the Lander-Waterman model with the observed genome coverage and redundance.

The redundancy and depth of coverage of 454 pyrosequencing also provides and unbiased representation of transcript abundance, which is useful for relative gene expression analysis especially in non-model plants that lack complete genome sequence information [ 33, 34].

Future development will address these limitations by reducing HEV probe redundancy and lack of coverage, by updating or confirming the HRV probes to be derived from newly available HRV sequences, and by involving primer design earlier in the overall design process.

For example, the deployment S2-D5 has a higher level of coverage redundancy than S5-D5.

Since this coverage redundancy is not accounted for in calculating R(S) using the two-mode SN model, the difference in R(S) between the two models increases with the increase of the level of coverage redundancy.

Average values of coverage, redundancy, PCR effort and fragment length for each permutation of H, L and M were calculated.

Simulation revealed that sequential digestion of immobilized cDNA followed by the partitioning of released fragments into mutually exclusive pools outperformed other cDNA-AFLP protocols in terms of coverage, redundancy, fragment length, and the total number of PCRs.

Simulation of cDNA-AFLP on transcripts from Arabidopsis thaliana, mouse, and human revealed that sequential digestion of immobilized cDNA provides the best performance among cDNA-AFLP protocols in terms of coverage, redundancy, fragment length, and the total number of PCRs.