Sentence examples for genomic technologies for from inspiring English sources

However, rapid advances in genomic technologies for the characterization of QTLs and performing genome-wide association studies should facilitate the identification of novel genes for engineering abiotic stress tolerance in crops.

DeRisi, who earned his PhD in biochemistry at Stanford, has developed genomic technologies for studying infectious diseases such as malaria and viruses, and diseases of unknown origin.

DeRisi, who earned his PhD in biochemistry at Stanford, has developed genomic technologies for studying infectious disease such as malaria and viruses, and diseases of unknown origin.

The reference transcriptome and inferred proteome of the red spotted newt will facilitate the use of systematic genomic technologies for regeneration studies in salamanders and enable evolutionary analyses of vertebrate regeneration at the molecular level.

DeRisi is renowned for his use of genomic technologies for the study of malaria and viruses, and the diagnosis of unknown infections; Quake developed a platform called microfluidics, which can sequence miniscule amounts of DNA or analyze molecules within drops of liquid, technology that has accelerated research into the genetic basis of disease.

xMAN can be further extended for application to other high-throughput genomic technologies for oligonucleotide mapping.

BDM was a university faculty member and is currently Chief Scientist of the Genetics and IVF Institute, leading efforts in the application of genomic technology for the improved detection of genetic diseases and chromosomal abnormalities in IVF generated embryos.

RNA-seq is also an important genomic technology for discovery of a large number of DNA markers, including SNP and SSR at transcriptome level.

An example of effective application of genomic technology for SCD in SSA could be the wide scale early diagnosis and preventive treatment of SCD, along with other hemoglobinopathies and monogenic disorders.

Although availability of draft RMP genomes made a significant impact in applying post-genomic technologies for understanding malaria biology [ 18] and were used in many follow-up functional genomics studies to analyse gene regulation and function [ 9, 10], these RMP genomes were highly fragmented and were annotated with little or no manual curation.

Although high-density data gathering metabolomics technologies are still under development, this methodology may soon become superior to other post-genomic technologies for pattern-recognition analyses of biological samples.