Making Drug Microparticles a Thousand Times Faster

News   May 10, 2018 | Original story from University of Pennsylvania

 
Making Drug Microparticles a Thousand Times Faster

Using lithography to simultaneously etch 10,260 devices into a four-inch silicon wafer, sandwiching it between two glass plates to make hollow channels, and hooking up its single sets of inlets and outlets, the Penn team's system produces an effective flow rate than is more than ten thousand times faster than what can be typically achieved in a microfluidic device. Credit: University of Pennsylvania

 
 
 

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