Sentence examples for function in complex environments from inspiring English sources

Despite extensive efforts to engineer existing glycoside hydrolases to improve activity and stability, there is still a great need to expand the current enzyme repertoire as well as improve our understanding of how these enzymes function in complex environments [5].

Although synaptic plasticity mainly has adaptive functions that allow the organism to function in complex environments, it is now clear that certain events or exposure to various substances can produce plasticity that has negative consequences for organisms.

In cells, lipids function in complex environments that include different proteins and, if in the plasma membrane, extracellular matrix and cell surface carbohydrates, making it challenging to dissect the contributions of membranes and the lipids themselves.

On the one hand, this plasticity allows the organism to adapt to and function in complex environments; on the other hand, certain events or exposure to various substances can produce plasticity that has negative consequences for the organism (Ursano et al. 2009).

Both cities and organizations can be seen as human institutions, forms of multifaceted human organization functioning in complex environments.

We argue that synthetic circuits embedded in host organisms or designed ecologies informed by suitable measurement of biotic and abiotic environmental parameters could be used as engineering substrates to achieve target functions in complex environments.

In this way, the structure and function of microbial communities in complex environments can be unraveled, and the monitoring of in situ responses and activities of microbes on an ecosystem level is feasible.

For driving assistance systems, intelligent vehicles and autonomous robots to be viable in complex environments, it is necessary to have a reliable and robust localisation function.

So robots that can move in air, on ground, in water, in complex environments, in forests.

The need for training in complex environments is often underestimated.

The study of gene functions in complex genetic environments such as mammalian cells would greatly benefit from systems allowing a tight control of gene expression.