Sentence examples for genome techniques from inspiring English sources

Using the information revealed by the sequencing of the rice genome, techniques such as marker-assisted selection allow new varieties to be bred in a fraction of the time required as recently as 20 years ago.

This paper focuses on four key areas of particular significance for the use of whole genome techniques in medical research: consent; feedback of incidental findings; privacy; and the governance of research.

The identification of informative markers of key events can be greatly enhanced by the use of whole genome techniques such as gene expression assessments [using microarrays or preferably mRNA counting techniques such as SAGE or ultra-high throughput sequencing (Mardis, 2008)], or proteomic assessment [using mass spectrometry based techniques (Latterich et al., 2008)].

Given the failure of candidate gene analysis, it seemed intuitive that whole-genome techniques might be required to identify the disease-predisposing mutations.

Systems biology is the coordinated study of biological systems by (1) investigating the components of networks and their interactions, (2) applying experimental high-throughput and whole-genome techniques, and (3) integrating computational methods with experimental efforts [ 11].

The Lat-SOL aims at joining efforts in Latin America and promoting information and resource flow between laboratories working in basic and applied aspects of Solanaceae species, establishing post-genome techniques and integrating researches with the existing SOL and EU-SOL programmes.

It is an adaptation of the TILLING (Targeting Induced Local Lesion In Genomes) technique that is used to detect point mutations in mutant populations [ 1].

In your editorial (Babies designed by scientists could soon be possible. We need to talk about this, Professor, 10 April) you call for early examination of the ethical implications of new genome editing techniques such as CRISPR-Cas9.

And moreover, we're starting to see new technologies emerge in the food safety and traceability space — we see the movement from serotyping and phage typing of pathogens to molecular and nucleic acid-based subtyping (leveraging whole genome sequencing techniques).

Then, we discuss how genome editing techniques enable a radically new set of approaches to limit evolution.

The surge of available sequence data facilitated the development of novel genome editing techniques for system-level analytical studies.