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Combining high‐resolution imaging and electrophysiological recordings is key for various types of experimentation on lipid bilayers and ion channels. Here, we propose an integrated biosensing platform consisting of a microfluidic cartridge and a dedicated chip‐holder to conduct such dual measurements on suspended lipid bilayers, in a user‐friendly manner. To illustrate the potential of the integrated...
A microfluidic device made of polydimethylsiloxane was developed for continuous evaluation of natural migration mobility of many eukaryotic cells in relaxed and deformed state. The device was fabricated by standard photolithography and soft lithography techniques using the SU‐8 3010 negative photoresist on a glass wafer as the master mold. The simple flow‐free device exploits the chemotactic movement...
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