Sentence examples for application of genomics technologies from inspiring English sources

Benefiting from the availability of genome sequences and early application of genomics technologies, a number of studies of gene transcription have incorporated the analysis of relative specificity, albeit often implicitly.

Further, consideration was given to the ethical, legal, and regulatory issues and their influence on the direction and application of genomics technologies to environmental health research.

A workshop sponsored by the International Council of Chemical Associations was held to review the state of the science in the application of genomics technologies in toxicology and epidemiology.

In the field of infectious disease, application of genomics technologies has been instrumental in the elucidation of the complex biology of infectious agents and how they interact with hosts [ 37].

The application of genomics technologies to thoroughly characterize the biological processes of reproduction, development, nutrition, and immunity promises to improve our knowledge of this poorly understood fish and provide for long-term enhancements in aquaculture production.

Participants in the workshop described here also believed that training was critical for furthering the application of genomics technologies into monitoring and regulation, particularly as a means of interpreting and applying genomics data for risk assessment (Dearfield et al. 2008).

http://ehp.niehs.nih.gov/txg/docs/2004/112-4/toc.html?section=toxicogenomics Potential Implications of Genomics for Regulatory and Risk Assessment Applications at EPA This March 2004 draft white paper by the EPA examines the possible impact of genomics technologies on agency regulatory activities.

Current STEM policy issues confronting college graduates include natural and social responses to climate change, recognition of biodiversity loss, and application of new genomics technologies in healthcare and agriculture.

The authors offer a systematic approach to understanding complex diseases while explaining network medicine's unique features, including the application of modern genomics technologies, biostatistics and bioinformatics, and dynamic systems analysis of complex molecular networks in an integrative context.

With the advent of this array and the formation of the iGeneTRAIN consortium, it is our aim that the downstream application of such genomics technologies can ultimately generate associations which will be applied as personalized and precision-oriented genomic tools to solve clinical questions and improving patient outcomes in transplantation.

The application of functional genomics technologies, particularly gene expression profiling, has provided the scientific community with the tools to characterize the molecular state of cells and tissues at a genome level.