Sentence examples for enabling in high from inspiring English sources

The biosensors are a novel class of developed probes that are used for biomarker detection in the real-time form, and the many applications of biosensors relate to DNA, protein, and sugar sensing and immunoassays which the biosensors can be significant for the diagnosis of cancer site due to high operation rate, easy use, low price, and the surprising enabling in high selection rate of biomarkers.

We therefore developed a method enabling in vivo high-throughput screening (HTS) in zebrafish, termed automated reporter quantification in vivo (ARQiv).

Chandrashekar also initiated a ProjectCSGIRLS chapters program this year, enabling students in high school or college to launch a local chapter of the organization.

Its design will allow images to be transferred over the internet, enabling surgeons in high- and low-income countries to interact in real-time during surgical cases, thus allowing for remote mentoring or "tele-mentoring".

Moreover, these hybrid substrates can be conveniently identified by optical microscopy, enabling in situ SERS detection with high sensitivity and reproducibility.

Besides, QD design enables high In-content InGaN epitaxy, which enlarges the coverage of emission spectrum and enriches the design of QD-based active region.

Our aim in this work is (1) to extend applicability to reservoir temperatures, i.e. to 60 °C and (2) enable operation in higher salinity brines.

The CEMM, coupled with the quantitative information on the burden of disease and population risk factors from the UKOSS study, will therefore provide additional messages to enable changes in high-level health policy and improvement in both hospital and primary-care services.

Further, non-destructive measurements of material properties can enable in situ and high-throughput monitoring for applications including modulating cellular interactions.

This simple and scalable FuAR technique will attract interest and enable in designing other high-performance metal/metal oxide composites for commercial glucose sensing applications.

The polymer film is easy and cheap to make, and unlike silicon-based memory, these polymer-based devices could easily be built up in layers, enabling extremely high densities in a small volume.