Sentence examples for analytical sensors from inspiring English sources

Micro-capillaries are finding increasing utility in the development of portable analytical sensors.

This sensitivity may provide an avenue to a new class of analytical sensors.

A micropower amperometric potentiostat, suitable for use in cost-sensitive analytical sensors has been built and characterised in our laboratory.

Paper microfluidics is used to produce single layer galvanic and hybrid cells to produce energy that could power paper-based analytical sensors.

Our quantitative analyses of the effect of C2 and C3 mutations on the folding and formation of GFP chromophore that undergoes different folding trajectories in bacterial versus mammalian cells provide insights into the development of fluorescent protein-based analytical sensors.

Particularly, effectively controlling the size, shape, architecture, composition, hybrid and microstructure of NMNs plays an important role on revealing their new or enhanced functions and application potentials such as fuel cell and analytical sensors.

Analytical sensor devices are used in medical settings, as well as for cell- and tissue engineering.

Groups across the world are working to develop multiple approaches to create miniature analytical sensor modules capable of integration into a single portable device for human diagnostic systems.

Both analytical sensor redundancy and estimation of non-measurable engine parameters have been used to achieve this.

Experimental results illustrate the influence of design parameters and operating conditions on the sensor performance and are compared to a simple analytical sensor model.

Here we present a living material based analytical sensor (LiMBAS) containing genetically modified bacteria (Escherichia coli) immobilized and protected in a thin layer between a nanoporous and support polymer membrane for a facile quantification of disease-relevant oligosaccharides.