Sentence examples for use of new sequencing from inspiring English sources

The use of new sequencing technologies has enabled TCR repertoire analysis at unprecedented resolution.

Even though all of the mutations in the study population were already known, this study opens the door to the use of new sequencing technologies in the clinic.

Hopefully, the use of new sequencing technologies that do not require vector-based cloning will allow us to fill the holes in the current chicken genome assembly to eventually making a complete genome scan feasible.

It is unlikely that the use of new sequencing technologies per se would introduce unforeseen biases into expression libraries, but our findings suggest that researchers will need to verify this.

While many applications of new sequencing technologies make use of mapped assemblies, de novo sequence assembly is still common.

These last years, the use of New Generation Sequencing approach has allowed increasing the number of sequenced viral genomes and has improved our capacity to investigate the diversity of viruses infecting marine molluscs.

The use of new, deep sequencing technologies has greatly accelerated microRNA discovery.

The use of new generation sequencing technologies to survey small RNA populations in flowering plants has largely focused on whole plants or aggregates of sporophytic tissues.

Using a full update procedure, the clusters are computed ab initio at the end of year and are updated for the remaining year using an incremental procedure that favors clustering of new sequences under existing clusters.

The use of new MRI sequences for the early monitoring of special treatments such as anti-TNF drugs seems promising, although more extensive studies are still required.

The use of new MRI sequences has shown that cortical lesions in MS are more common than previously thought [ 8, 17, 26] and are supposed to contribute to cognitive impairment [ 7, 44] and epilepsy [ 9] in MS. Therefore, cortical involvement may represent an important pathophysiological substrate for disease manifestation, progression and therapy in MS [ 12, 18, 30].