Sentence examples for genetics technology from inspiring English sources

As genetics technology proceeds, practices of genetic testing have become more heterogeneous: many different types of tests are finding their way to the public in different settings and for a variety of purposes.

Over the past two decades, advances in molecular genetics technology using the complete rice genome sequence have facilitated genetic analyses, including the mapping and cloning of quantitative trait loci (QTLs) that control complex traits [ 15, 16].

The encouraging preliminary results presented, coupled with the long-term opportunities afforded from these studies and the recent advances in genomics and molecular genetics technology, set the stage for reconciling the conflicting results of prior genetic and epidemiologic studies.

It's worth noting that, since the taxonomic ranks were created before the advent of modern genetics technology, incongruities between organisms grouped together in a phylum and their actual genetic similarities can exist in that some phyla has given rise to others, e.g. sponges giving rise to higher animals, and platyhelminthes (flatworms) giving rise to animal phyla with a through-gut.

That is why Ceres, a privately owned supplier of genetics technology to Monsanto, sees a future in switch grass.

Monsanto said the acquisition was made by American Seeds, a holding company created by Monsanto to invest capital and genetics technology in regional seed companies.

The new group of "hidden fungi" also drew attention to the significance of contemporary molecular genetics technologies, which had enabled scientists to distinguish life-forms on the basis of subtle variations in their DNA sequence.

This review summarizes the successes and stumbling blocks in the development of reverse genetics technologies for Rift Valley fever virus and their application to the further dissection of its pathogenesis and the design of new therapeutics and safe and effective vaccines.

With the rapid advancement of molecular genetics technologies, a complete map of imprinted DMRs may ultimately be generated by the use of whole-genome sequencing.

These methods also couple in powerful ways with molecule genetics technologies that allow in situ labeling of cell populations expressing specific genes.

Further, reverse genetics technologies have generated non-infectious systems that allow modeling of the complete ebolavirus life cycle without the need for maximum containment laboratories.