Sentence examples for modification of organisms from inspiring English sources

The genetic modification of organisms is currently a patentable practice.

This change in proportion and not the modification of organisms themselves is what leads to changes in the average value of a particular trait in the population.

"Biotechnology" is a seamless continuum of techniques for the genetic modification of organisms and the use of those organisms for all manner of applications.

However, associated metabolic engineering optimisation processes relying on genetic modification of organisms used in cell factories, or alteration of production conditions remain a challenging undertaking for improving the final yield and quality of cell factory products.

At a larger scale, the pairing process can therefore, directly or indirectly, lead to phenotypic modification of organisms [5]; it can also affect extinction rates of populations [6] and it could play an important role in speciation [e.g. 7].

The temporal changes in growth rate, and the relatively high growth rates of test species in filtrates from media, where resource concentration should already be low, both highlight the significance of understanding the dynamics of the non-living resource environment and the habitat modification of organisms.

While the ethical implications of techniques like cloning, genetic modification of living organisms, etc. were being heavily debated among politicians, in the media, and around the Danish dinner tables, in the teaching context the very same techniques were dealt with as a purely technical matter.

Cyanobacteria have the capacity to convert carbon dioxide to organic carbon metabolites and through genetic modification of these organisms; these metabolites can be converted into commodities for biofuel applications [ 3, 4].

This review will summarize important facts about the biological properties and possibilities of genetic modification of methanogenic organisms as well as the latest technical applications.

Since the first DNA transposon was identified in maize, 24 various transposon elements and transposases have been used for the genetic modification of several organisms.

Another approach to identify relevant receptors has involved the genetic modification of whole organisms in an effort to induce resistance to particular anesthetics and to test the importance of a putative target.