Sentence examples for sequencing speed from inspiring English sources

Compared to the first-generation capillary electrophoresis (CE -based Sanger sequenCE -based haSangereasequencingciNGSspeed, thasthroughput to mincreasedf sequencing experimentspeedfragmenthe DNA run in parallel, has reduced sequencing costhroughpute pair in some cases more toan 10,000 fold.

Gene and genome sequencing speed is ever increasing and thus lots of genetic variation information is available.

To maximize peptide detection in order to target low abundant proteins, all measurements were performed in a linear quadrupole Orbitrap mass analyzer, characterized by high sensitivity, sequencing speed and mass accuracy [ 18].

The poor peptide sequencing speed of a mass spectrometer can be a potential drawback in the direct coupling of such columns to MS. Currently, mass spectrometers can sequence 2 3 peptides per second, which is significantly lower than the number of peptides that will be delivered by the monolith column.

The limited sequencing speed of mass spectrometers as well as the immense dynamic range of the human proteome made it difficult to identify all proteins in a reasonable time frame and with reasonable effort.

Since then, technological improvements and computerized automation have increased the sequencing speed and lowered the cost to the point where individual genes can be sequenced routinely, and some laboratories managed to sequence well over 100 million bases per year.

Furthermore, as sequencing chemistry and platforms are being actively improved, faster sequencing speeds (70 vs. 30 nt/sec) and platforms with higher throughput in the near future, such as the MinION MkII (4096 channels) and the PromethION (262,176 channels), will enable even faster short-read sequencing with higher coverage.

This not only resulted in increased sequencing speeds, but also significantly reduced the cost of genome sequencing [ 6].

This method demonstrates that the combination of long-gradient ultra-high pressure liquid chromatography (UHPLC) with high resolution MS at increased sequencing speeds enables extensive proteomic analysis in single runs [ 15, 16].

A His-tagged E3 motor protein, attached to the hairpin-shaped adapter during the ligation process, slows sequencing speeds of the complementary strand and is used for purification of DNA fragments ligated to the hairpin-shaped adapter using His-tag bead purification.

Skeptics may suggest that Mr. Cunningham does not always use chance devices as a compositional tool to put his choreography together, that he does not always toss a coin to determine the sequence, speed and quality of movements.