Sentence examples for genomics and could from inspiring English sources

Pairwise sequence alignments between assembled genomes remains one of the most powerful tools for plant comparative genomics, and could identify SVs with the best accuracy if the assemblies themselves were correctly reconstructed.

The papers published this week in Nature and Science will focus attention again on genomics and could rekindle investor enthusiasm, lifting stocks.

Genomics and proteomics could be used to identify biomarkers for monitoring the early effects of interventions.

He said the thinktank was keen to commission a study on post-Brexit farming which would focus on how changes in technology, genomics and chemicals could benefit the British countryside.

The incorporation of phosphoproteomics with genomics and transcriptomics could help characterize how a patient's tumor responds to treatment as well as tease out any future mechanisms of resistance providing these necessary biomarkers.

Further, studies using functional genomics and pharmacogenomics could be helpful in developing approaches for preventing progression.

Research investigating fern genomics and proteomics could yield new tools for molecular biology including promoters and genes responsible for arsenic accumulation pathways that can be transferred to other organisms to confer value-added traits for academic research and industrial applications.

The advent of genomics and proteomics could be regarded as a natural progression from the use of only a few markers to the combination of large numbers of markers – 'tumour signatures' – that can define tumour subtypes and predict outcome.

There's been a hope that gains in genomics and other disciplines could lead to a rapid-response mechanism for fighting such threats.

In a punchy speech (which I chaired) at Expo, Hancock accused the NHS of being the "world's most frustrating place to work for its IT", and claimed that bringing together NHS data with genomics and artificial intelligence could unleash a power to save lives "literally greater than anywhere else on the planet".

In 2003 Craig Venter and a team of scientists set out to demonstrate that advances in genomics and computing power could enable the mapping of microbial life all over the planet.