Sentence examples for genomic and developmental from inspiring English sources

In the present study we aimed to detect small InDels (less than 100 nucleotides) in the chicken genome, which is an important farm animal and a key model organism for genomic and developmental biology studies.

Topics emphasized include both natural and sexual selection, the ecological context of adaptation, genomic and developmental mechanisms of evolutionary innovation, speciation, phylogenetics, and evolutionary approaches to human problems.

We are interested in studying the genomic and developmental mechanisms of gliding membrane formation in sugar gliders and flying squirrels to understand how novel structures originate.

Because of their early origin within Metazoa, genomic and developmental studies of cnidarians are yielding important insights into the unfolding of animal diversity, e.g., [3] [5].

During the past several years, the jewel wasp, Nasonia vitripennis, has gained attention as a rising insect model for genomic and developmental genetic studies.

Recent efforts have therefore begun to generate genomic and developmental genetic resources for organisms with promise as future model systems in evolutionary developmental biology and ecological genetics (e.g. butterflies: [ 3, 4]; honey bees: reviewed in [ 5]; red flour beetle: [ 6]).

Whereas the previous example was a refinement involving phylogenetic splitting, several previously recognized animal phyla have now been fused as more genomic, ultrastructure, and developmental data have become available.

Furthermore, the genome-wide mapping of several PcG proteins on chromosomes revealed a large number of gene targets, in agreement with their increasing roles in various processes such as cell cycle regulation, stem cell self-renewal, genomic imprinting and developmental control.

Increasing evidence supports that lncRNAs play a crucial role in disease occurrence, genomic imprinting and developmental regulation in mammals [ 13– 15].

Haploid mouse ES cells proliferate in culture and maintain an intact haploid karyotype for more than 30 passages as evidenced by genomic analysis and developmental competence [ 66].

Coupled with complementary insights offered by advances in genomic, epigenetic, and developmental biology research, evolutionary perspectives offer an important addition to understanding disease.