An Overview of Microfluidic Phenotype Separation of Bacteria.

With the development of microfluidics technology, it is now possible in medical biotechnology to examine clinical and rapid diagnostic operations involving pathogens, like bacteria and viruses. The method of separating bacteria from complicated homogeneous and heterogeneous samples is one of the most important steps in the diagnostic process. The microfluidic technology for bacterial separation offers a better and more promising platform by combining several physical properties and characteristics of bacteria.

A computational study of a chemical gas sensor utilizing Pd-rGO composite on SnO thin film for the detection of NO.

In this paper we discussed, nitrogen oxides gas sensors are designed and simulated using the MEMS-based tool of COMSOL Multiphysics software. Pd-rGO composite films were designed and their NO sensing characteristics were investigated in this study by comparing with/without active layers. Transition metal SnO deals with four different active materials i.