Sentence examples for understanding of genetic function from inspiring English sources

It is the blueprint that contains the instructions for building an organism, and no understanding of genetic function or evolution could be complete without obtaining this information.

More generally, the ways in which the units uncovered depend on the questions investigated, the scale of changes examined, and the investigative tools employed, strongly suggest that a pragmatic and pluralist understanding of the units of evolution and of genetic function is appropriate to the ongoing stream of investigations of evolutionary patterns and processes.

We discuss future directions in these areas with potential inputs from NGS technologies and propose avenues for developing a more integrated understanding of genetic diversity and its impacts on genome function.

What we need is a better understanding of genetic determinants of pharmacologic effects on brain function.

Proof of function or not in these genes, will enhance the understanding of genetic exchange pathways in this species.

Advances in high-throughput sequencing have led to greater understanding of genetic mechanisms in ASD.

The use of FST gene (DXR), relating gene indexed mutant (dxr), and genome-wide transcriptome analysis combined with MapMan tool will be an effective approach to quickly expand current understanding on the molecular and genetic function of FST gene which are well categorized.

Importantly, full exploitation of the potential of hESCs will require the complete understanding of the function of the genetic factors that specify stem cell identity and regulate their commitment towards specific differentiated cell lineages.

Similar to other plants, availability of genetic mutants that facilitate understanding of gene function is highly desirable in wheat.

The delivery of DNA into human cells has been the basis of advances in the understanding of gene function and the development of genetic therapies.

Genome-wide maps of transcription factor binding sites in primary tissues can expand our understanding of genome function, transcriptional regulation, and genetic alterations that contribute to disease risk.