We report a microfluidic device for rapid and efficient concentration of micro/nanoparticles with direct current dielectrophoresis (DC DEP).
The speed, sensitivity and ease of use, of this biosensor make it a promising device for rapid field-based diagnosis toward the protection of the food supply chain.
The speed, sensitivity and ease-of-use of this biosensor make it a promising device for rapid field-based diagnosis towards the protection of our food supply chain.
In this study, we explore the possibility of using a MinION nanopore sequencer as an ultra-portable device for rapid short-read sequencing.
The aim of this study is to develop an immunochromatographic testing device for rapid detection of HpSA among Chinese patients.
It was the purpose of this study to evaluate the performance of a new point-of-care multiplex PCR device for rapid microbial testing in the setting of HAP at the ICU.
This device for rapid immobilization of prey has proved successful whenever it has occurred, and several different lines of evolution can be detected both in the type of injector tooth and in the chemical composition or mode of action of the venoms.
These results allow one to fabricate microfluidic PCR device for rapid bacterial testing.
Our study presents the on-chip dual-sensing device for rapid detection of cell-secreted MMP-9 and corresponding cell morphology changes in real-time domain.
We definitely need a device for that.
