Sentence examples for more efficient biological from inspiring English sources

The need for a more efficient biological label to meet their burgeoning utility in rapidly developing multiplexing applications may be realized through the recent advent of upconversion nanoparticles (UCNs).

New niches and areas of specialization have opened up, such as (1) specific cannabinoid and terpene profiles and formulations that have more efficient biological availability for use in beverages, foods, and medicine, and (2) industrial scale fermentation approaches to production (i.e., not plant-based) that can potentially deliver specific, quality-assured cannabinoid profiles.

Hence, introduced biocontrol agents with the capacity to use and maintain a high performance on alternative hosts could allow a more efficient biological control through the continuous movement of parasitoids from alternative hosts acting as reservoirs to the target pest populations (Starý 1993; Landis et al. 2000).

Knowing that the bacterial community structure is very specific to a particular substrate offers new possibilities to design more efficient H2-producing biological systems.

In an effort to develop more efficient and versatile biological vehicles, a series of PTD-inspired polyoxanorbornene-based synthetic mimics with identical chemical compositions but different hydrophobic/hydrophilic segregation were used to investigate the role of sequence segregation on protein binding and uptake into Jurkat T cells and HEK293Ts.

Overall, the result files generated by the Confero platform tools enable more rapid and efficient biological interpretation of data.

But it is clear that the bioinformatics community would benefit greatly from an IT infrastructure that allows more efficient use of biological data and computational resources, in order to support new exploration and discoveries.

While the smaller size of BpsuCas9 is of potential utility for more efficient use of biological shuttle vectors during transformations and viral transductions, the unique sequence of BpsuCas9 might allow for some alternative uses of these endonucleases, for example and in addition to the genome editing and genome engineering.

This results in a more efficient use of the biological materials and generates important added value for the scientific community.

These resources facilitate the elucidation of the genetic and molecular basis of biological processes in Vitis and should lead to a more efficient exploitation of the Vitis biological resources for the development of new cultivars and clones that have improved quality and reduced economic and environmental costs.

In her PhD research she uses algorithms to analyze and predict the functions of complex biological systems, and she plans to eventually return to industry to create tools to make biological research more efficient.