Sentence examples for using transgenic technology from inspiring English sources

However, in recent years, breeding new varieties, especially the main dietary crops, using transgenic technology has faced increasing opposition from the public.

Biotechnology also contributes to this process via marker-assisted selection to identify and combine the best nematode resistance genes, and increasingly in providing new knowledge of target genes, and the potential to exploit this knowledge using transgenic technology.

Using transgenic technology to breed new varieties of crops and livestock is among more than a dozen major projects in China's 2006 to 2020 science and technology plan.

A solution to VAD is being tested using transgenic technology to insert the genes necessary to enable the rice grain to accumulate β-carotene, creating Golden Rice ([Beyer et al. 2002] [Grusak 2005]).

There is great potential for using transgenic technology to improve the quality of cow milk and to produce biopharmaceuticals within the mammary gland.

If it does prove to be important, we suggest that it may be feasible to enhance the activity of NOS, using transgenic technology, in order to induce apoptosis in most, or all, of the ookinetes before they can traverse the midgut epithelium.

To engineer plants with increased and durable disease resistance using transgenic technologies we must address two questions.

The 1999 patent did not specify "nonhuman" animal, and so Greenpeace claimed that it could potentially cover humans created using transgenic technologies.

For a limited number of species, such as mouse, fruit fly, and zebrafish, these candidates can be directly investigated in the living animal using transgenic technologies.

Most transgenic lines of An. stephensi created to date have been single-purpose lines with limited utility beyond their intended function, which further increased the costs and inefficiencies associated with using transgenic technologies in this species.

Validation of these candidate genes exhibiting a strong alteration in their level of expression and co-localizing with phenotypic QTLs can then be undertaken using transgenic technologies, mutagenesis, or by association genetics, either at the single gene or genome-wide level.