… or to develop versatile microfluidic devices to mimic in vivo cellular … microfluidic devices
employed to generate different cell-… ) cell culture, co-culture, single-cell culture and automatic cell …

… more complex biological systems such as living cells with the … cell biology, neurobiology,
pharmacology and tissue engineering. There are several reasons making microfluidic devices …

… microfluidic devices, which are fabricated mainly to work with living organisms and tissues,
will be focused on, and among them PMMA is the most extensively used one for cell biology …

In this report, we show how computational fluid dynamics can be applied to the design of
efficient hydrodynamic cell traps in microfluidic devices. Modeled hydrodynamic trap designs …

… Understanding how and why these differences arise is critical to both a better understanding
of cell biology and the ability to detect early disease stages so that they can be treated …

… ) (PDMS)-based microfluidic devices can generate stable … gradient-generating microfluidic
devices with three separate inlets… Using this microfluidic device, we demonstrated that …

… Specific-purpose microfluidic devices have had considerable impact on the biological and
… Here we present a general-purpose software-programmable microfluidic device which is …

… could have applications in biomedical devices for drug discovery, cytometry and cell biology
… of cells. In this paper, we present two techniques for handling objects in microfluidic devices…

… on the use of microfluidic devices for a number of applications in biology and biotechnology.
… With the advent of microfluidic single-cell assays, cell biologists now have the opportunity to …

… The use of solution and surface gradients for studying cell biology is described later in this …
This section describes examples of functional microfluidic devices for applications in biology. …