Sentence examples for permitted engineering from inspiring English sources

This result permitted engineering highly strain sensing films with a very low temperature coefficient of resistance (TCR).

The advancement of synthetic biology and genetic manipulation has permitted engineering of cyanobacteria to produce non-natural chemicals typically not produced by these organisms in nature.

This reports three zones with contrasting sensitivities and recommended management strategies: (1) highly sensitive and dynamic areas (HS-5) where no engineering works should be attempted; (2) areas of medium sensitivity (M-20) where permitted engineering works need careful management and monitoring; and (3) areas of low sensitivity (LS-100) where appropriate river engineering should be permitted.

Introduction of a double tagging and dual affinity chromatographic procedure has permitted the engineering and isolation of heterodimeric fatty acid synthases carrying different mutations on each subunit.

Recombineering technology permits flexible engineering of large DNA in Escherichia coli without dependence on suitably placed restriction sites.

Peptide-stabilised nanoemulsions have recently been developed into a technology that permits the engineering of advanced surface functionality, independent of emulsification.

Scientists say that knowledge of the genome will permit genetic engineering that can change the entire architecture of a plant, rather than just add a single trait like pest resistance, which is done now.

Detailed knowledge of the structure and function of gramicidin channels permits the engineering of pH-sensitive derivatives.

The Dutch government, however, permits genetic engineering and animal cloning only when there aren't feasible alternatives in lower organisms and when the benefits to society outweigh animal suffering.

These findings illustrate the dynamic nature of K-ion thermal runaway and its many contrasts with the Li-ion graphite system, permitting possible engineering solutions for safer batteries.

Furthermore, an improved understanding of the genetic and biochemical basis of metabolic pathways will also permit the engineering of pathways in plants and other heterologous hosts for the production of therapeutically important alkaloids.