Sentence examples for create biological systems from inspiring English sources

Some people want to go beyond the toolkit that evolution has provided and create biological systems that work with a chemistry that is not found in natural living things.Biology's operating system relies on two sorts of molecule: nucleic acids and amino acids.

A core aim of metabolic engineering and synthetic biology is to redesign and create biological systems with useful purposes, for example cell factories that produce novel medicines and chemicals.

Such systems arise from chemical SB, where the very basics of life biochemistry are changed in order to create biological systems that are truly different, both in metabolism and on the genetic information level.

ViaeX: ViaeX creates biological nanofiltration systems for water and air which are 400% more efficient than current solutions and enable selective pollutant and bacteria targeting.

A key goal of synthetic biology is to use biological molecules to create novel biological systems.

Synthetic biology seeks to create new biological systems, including user-designed plants and plant cells.

This paper deals with SB and its attempt to create orthogonal biological systems based on a biochemistry not found in nature.

The ability to create biologically functional systems from non-biological materials has importance in the arena of tissue engineering and medical device implantation.

Artificial selection differs considerably from natural selection, which creates stabilized biological systems that ensure the development of a normal, or so-called wild, phenotype i.e., an organism containing a wealth of properties that preadapt it to a wide variety of environmental conditions and ensure continuation of the species.

Recently, advances in synthetic biology have allowed us to perform more advanced systems metabolic engineering by creating novel biological systems, empowering microorganisms to gain new metabolic capabilities, which they otherwise might not have obtained naturally.

We conclude by discussing the importance of these principles for both, understanding the natural evolution of complex networks at the molecular level and for creating artificial biological systems with specific features.