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Circular microfluidic channels are in great demand since they are more realistic in mimicking physiological flow systems, generating axis-symmetrical flow, and achieving uniform shear stress. A typical microchannel with rectangular cross section can induce non-physiological gradients of shear rate, pressure, and velocity. This paper presents a novel method of fabricating microfluidic channels with...
To provide an effective and widely applicable tool for electrophysiological experiments of acute hippocampal slices, a novel planar microelectrode array (pMEA) was fabricated by standard photolithography technology. The novel pMEA has a special distribution of microelectrodes, with the nano-structure interfaces, the low impedance and superior signal-to-noise ratio characteristics. It could be directly...
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