Sentence examples for manipulation of organisms from inspiring English sources

Restoration may be defined as the manipulation of organisms and ecological processes to create self-organizing, sustainable, native ecosystems as integral parts of the landscape, as much as possible as they existed before disruptive human disturbances.

The term genetic engineering initially referred to various techniques used for the modification or manipulation of organisms through the processes of heredity and reproduction.

Unique characteristics of autotrophic growth as they relate to bioreactor design and process development are also discussed in the context of challenges and opportunities for genetic manipulation of organisms as production platforms.

The recently introduced CRISPR Cas9 and Target-AID genome editing systems (Nambu-Nishida et al. 2017) permit genetic manipulation of organisms that had previously been underexploited because of a lack of genetic tools.

Efficient DNA delivery into cells is the prerequisite of the genetic manipulation of organisms in molecular and cellular biology as well as, ultimately, in nonviral gene therapy.

A BSL-3 laboratory is a containment facility that enables the isolation and manipulation of organisms belonging to risk group three of infectious organisms.

And this new power will allow the large-scale manipulation of living organisms.

Following this template of rational design and directed evolution, RecZFs may eventually mediate gene therapies, facilitate the genetic manipulation of model organisms and cells, and mature into powerful new tools for molecular biology and medicine.

Whereas in films, and in fiction in general, a particularly common associations has long been that between artificial generation or manipulation of living organisms and metaphors of sorcery, myths, centuries-old stories or legends, especially recent films tend to refer to modern bio-technologies to underpin their ideas of artificial life.

Debates rage today about the risks and benefits of modern technology -- driverless cars, robots and drones in warfare and commerce, surgery by robotic rather than human hands, the Internet of Things, artificial intelligence and genetic manipulation of food, organisms and even human beings.

Moreover, the chemical synthesis of the peptides is relatively simple and does not require the manipulation of pathogenic organisms.