The presentation shows that advanced process methods leads to low cost microfluidic devices made from glass, quartz and silicon. These materials are playing an important role as substrate materials for microfluidic devices.
All in One: Advanced Technologies for Complex Low Cost Microfluidic Devices
Video Aug 17, 2015
Novel Non-Invasive Optogenetics Using Near Infrared Light and NanoparticlesVideo
Adam talks with Prof. Tom McHugh from the RIKEN Brain Science Institute. Tom Describes his Lab's latest research using near infrared light to activate channel rhodopsins via up-conversion nanoparticles.WATCH NOW