Sentence examples for multiple captures and from inspiring English sources

Alternatively, the sensitivity of TB detection in an infected badger might be increased by multiple captures (and testing) of that animal.

This is considered akin to multiple captures and recaptures in animal abundance studies (5, 6).

To help understand the approach to the decay asymptote, which is established through multiple capture-and-release cycles, a qualitative model was proposed.

The experiments reviewed here include reactions of single and multiple capture and ionization induced by keV proton to GeV/u U92+ impact, electron and antiproton impact ionization as well as single and double ionization by photoabsorbtion and Compton scattering from threshold to 100 keV.

The sequences for multiple capture and intermediate oligonucleotides per target gene were designed and prepared as described previously (23, 24 ).

Designing multiple capture and intermediate oligonucleotides with sequences covering the entire genome ensures specific capture of multiple target genes on the nanomicroarray and subsequent detection with a universal nanoparticle probe regardless of mutation, deletion, and influenza reassortment.

Our results demonstrate that selection of target specific capture sequences is critical for performance of this assay, and the use of multiple capture and intermediate oligos is critical for detecting a wide variety of strains with the desired sensitivity.

We studied the capacity of the beads after multiple capture and release cycles by using a constant amount of the three PCR products as input for each iterative purification cycle.

Another possible reason for higher detection sensitivity is the use of multiple capture and intermediate oligos to detect a target in multiple regions, which significantly increases the binding of gold NPs and could overcome the diagnostic challenge posed by potential gene mutations.

Multiple capture and intermediate oligos complementary to the conserved regions of M gene were selected from over 166 known sequences corresponding to different subtypes of influenza A viruses, including H1N1, H3N2 and H5N1, whereas H5 oligos were chosen from the conserved regions of over 40 known sequences of H5N1, and N1 oligos were selected from 42 known sequences for both H1N1 and H5N1.

Also, application of multiple capture probes and complementary oligonucleotides across gene locus is essential to prevent catalysis of nc-rRNAs.