Sentence examples for devices for further from inspiring English sources

According to the experimental results, the developed device has a great potential to be integrated with other microfluidic devices for further biomedical applications.

The reason why we choose these substrates as a part of our experiment is their possibility to fabricate linear or nonlinear optical devices for further applications.

Furthermore, the quantitative data gathered within the RCM demonstrate the relevance of this device for further investigation of these fundamental issues.

While the properties of the material have now been demonstrated in a laboratory setting, the team's next step is to make a small-scale device for further testing: a 1-inch-square sample, to demonstrate the principle in action for potential investors in the technology, and to help determine what the manufacturing costs for such windows would be.

Summarizing all the results obtained, the conclusion can be made that the developed amperometric biosensor based on GlOx adsorbed on silicalite is a promising device for further successful application for glutamate analysis in real biological fluids.

Finally, patients were ask for a global rating of all three devices ranging from 1 (very good) to 6 (failed) and could choose one device for further treatment.

Manufacturers can use Orbit to force their devices to only connect through Cloudflare's network, and Cloudflare can block exploits or prompt a device owner for further authentication if it suspects an attack.

This makes rodent models an efficient means for determining mechanisms, assessing variables, and screening drugs, biologics, devices and methods for further investigations in large animal models.

Patch clamp data were analyzed using the CytoPatch TM software and exported to Microsoft Excel or pClamp10 (Axon Instruments, part of Molecular Devices, Sunnyvale, CA) for further analysis, using a proprietary conversion tool.

This work broadens our understanding of the resistance switching mechanism behind oxide-based memristive devices and paves the way for further device performance optimization and applications.

This work deepens our understanding of the resistance switching mechanism behind oxide-based memristive devices and paves the way for further device performance optimization for a broad spectrum of applications.