Sentence examples for maximum proteome coverage from inspiring English sources

From these studies it is clear that sample de-complexation/fractionation before mass spectrometry is still the best approach for maximum proteome coverage.

Even with the high sensitivity of today's proteomics methods, proteome coverage is low compared to microarray technology.

For sufficiently large series π, the posterior predictive distribution can be reasonably approximated by πnew | π, θML, H where θML corresponds to the maximum likelihood estimate for θ ≔ (5) We predict the proteome coverage progression by approximating E[|??(πnew)| | π, H] by averaging over a set of trajectories π1, π2,… sampled from πnew | π, θML, H as described in Section 2.3.

However, the proteome coverage attainable with available global proteomic approaches remains insufficient.

Regarding host proteome, it should be emphasized again that the utility of proteomic datasets depends very much on the proteome coverage.

These studies are examples how extended proteome coverage of lung biospecimens by different proteomics platforms and computational tools can lend new insights into the pathobiology of ARDS.

The most successful strategy to achieve extensive proteome coverage is referred to as shotgun proteomics.

However, the proteomics technology at that time yielded limited proteome coverage.

This study highlights the ongoing challenges of plasma/serum proteomics due to wide dynamic rage and lack of deep proteome coverage in these biofluids.

Proteome coverage prediction is important to enhance the design of efficient proteomics studies.

Extrapolation of the proteome coverage progression further enabled us to specify the maximal coverage of the test set.