Sentence examples for most extensive genomic from inspiring English sources

"This is certainly the most extensive genomic study of Jewish populations to date," says geneticist Sarah Tishkoff of the University of Pennsylvania, who was not involved in the work.

This represents the most extensive genomic data set for spiders so far available.

Our study represents one of the most extensive genomic studies of worldwide SNP variation in an agricultural plant.

This collection of ESTs is the most extensive genomic resource for a toxic dinoflagellate species to date and provides a useful glimpse into its nuclear genome.

To advance our understanding of the dynamic history of the chloroplast genome in the Trebouxiophyceae, it will be necessary to analyze additional taxa from the lineages that display the most extensive genomic changes.

The Venn diagram of Figure 2a illustrates UniGene annotation based on available genomic collections that are most relevant to this project: the model dipteran D. melanogaster and the silkworm B. mori (the lepidopteran species with most extensive published collection of genomic information), and diverse and dispersed collections of lepidopteran nucleotides and invertebrate proteins.

A. thaliana is the most studied model plant and extensive genomic resources have been developed in this species, including genomic sequences, EST information, mutant lines, DNA libraries and molecular markers, all of which are available to the research community (http://www.arabidopsis.org).org

Molecular adaptation to local ecological or environmental factors, including pathogens, is most commonly explored in model species with extensive genomic resources (De La Vega et al. 2002; Savolainen et al. 2013).

This represents the most extensive analysis of the Hessian fly genome to date, illustrating the importance of comparative genomic analyses to understand evolutionary and genetic relationships.

The internal genomic deletions described here are the most extensive defects observed in DENV and may be part of a much broader disease attenuating process that is mediated by defective viruses.

In at least some genomes, polyploidization is followed by extensive genomic change resulting in the silencing and elimination of duplicated genes [1].