When the machine’s control sends an injection command, the piston sealing the mixing chamber is operated hydraulically, the mixing chamber is opened and the liquid components are sent through pressure ...

Nunchuck’s novel microfluidic mixing chambers can handle flow rates from 0.5 to 30 mL/min, so users can create a wide range of LNP sizes.

After this last mixing procedure, a long microfluidic channel allows the flow to laminar flow once again, giving a further and definitive homogenization of the enzymatic product. Eventually, the ...

One of the issues with microfluidic devices in life sciences is that most platforms rely on materials or chemicals that are outside the biological breadth as building blocks, scaffolds, or coatings ...

Toyohashi University of Technology has applied a microfluidic chip technology to develop a multiplex genetic diagnostic device for the early detection and prevention of crop diseases. The group ...

(b) Two chambers (3 mm × 4 mm each) are printed side by side. (c) Surfaces in chambers are coated with Matrigel or fibronectin (2 μl; final concentration of 1 μg/cm2; 1 hour); the inset shows an image ...

Figure 1. Overview and design of the microfluidic device for single-cell compression. (A) The top view of overall design of the device. The flow layer is labeled in magenta, and the control layer ...

In this work, we proposed the new design of two spiral networks interconnected with an expansion chamber to create vortex and disruption of the laminar boundary of intermingled streams which can ...

These droplets are 50 micrometres in diameter, about the width of a human hair. The team injects a number of these droplets in a row into a flow of water that passes through a microfluidic chamber.