Sentence examples for of engineered organisms from inspiring English sources

The Asilomar meeting achieved agreement in part by bracketing off three serious concerns: environmental release of engineered organisms; biosecurity; and ethical and social aspects of human genetic engineering.

Cell-free protein expression systems offer a path towards leveraging synthetic biology, while preventing the spread of engineered organisms in nature.

Unintentional or premature release of engineered organisms from the laboratory can have far-reaching consequences that may affect the environment and human health and well-being (Akbari et al., 2015).

The goal is to make these amoebas behave as though this is the most natural thing to do". These bioengineering experiments are required to operate under strict safety and ethics rules, he said, including those related to the environmental release of engineered organisms.

Heterologous expression of EFE and production of ethylene has been demonstrated in a variety of engineered organisms including E. coli, Saccharomyces cerevisiae, and cyanobacteria [ 8, 9, 11, 13– 13].

Irrespective of whether these questions can be solved analytically, thinking about metabolic regulation in terms of dynamical optimization of trajectories may pave new ways of understanding how living systems gather their regulatory machinery to respond to environmental changes, and in turn guide synthetic biology efforts for the design of engineered organisms.

Additionally, some special habitats might be ideal to grow strains of engineered organism capable of performing a given functional task and unable to survive outside their restricted environment.

Often the limits of detection of genetically engineered organisms (GEOs, LMOs, GMOs) determine what legislation sets as thresholds of allowable contamination of the human food chain with GEOs.

Development of accurate methods for the detection of GMOs is a prerequisite for the identification and control of authorized and unauthorized release of these engineered organisms into the environment and into the food chain.

The relevance of this knowledge for risk assessments of genetically engineered organisms is discussed.

The comparison between the spread of genetically engineered organisms and the invasive potential of alien species also shows major differences.