Sentence examples for synthetic technical from inspiring English sources

Microbial bioprocess environments can be considered as synthetic technical microbial ecosystems.

The proportion of workers in firms with high intensity of change in ICT (COI employer data) corresponds to the highest quartile of our synthetic indicator on technical change.

Although the film growth was more efficient on the silk fibers, these results suggest that this technique could be used in the design of new synthetic or natural technical fibers where antimicrobial properties are required.

Other fabrics are made of cotton that has been woven with synthetic fibers that provide technical perks.

Post acknowledges that synthetic fat is a technical barrier he hasn't yet overcome.

These synthetic models gives the technical criteria to predict extraordinary rise of piezometric surface and therefore allows increasing the confidence of stakeholders in the risk assessment and improving the subsurface infrastructure design to mitigate damage processes derived from groundwater interaction.

Cyanophycin can be chemically converted into a polymer with a reduced arginine content, which might be used like poly-aspartic acid as a biodegradable substitute for synthetic polyacrylate in various technical processes (Schwamborn 1998).

Cyanophycin is of biotechnological interest because the purified polymer can be chemically converted into a polymer with reduced arginine content (Joentgen et al. 1998), which might be used like poly-aspartic acid as a biodegradable substitute for synthetic polyacrylate in various technical processes.

Secondly, they play on a synthetic pitch, which favours less technical teams because players have less control of the ball".

Consistent with this goal, our software is associated with a moderated e-forum that promotes discussion of synthetic gene design and offers technical support.

Another big challenge arises from the technical side of synthetic biology, which includes the lack of powerful rational design platforms, limited availability of parts and modules, efficient systematic optimization strategies and toolkits, and high-throughput assays for circuit validation.