AC-DC
The control of electrodes in digital microfluidics with alternating current (AC) seems to give better results than with static, direct current (DC) control
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Authorgaudi
Scientific Gaming Projects
The Game Lab at the Center for Research and Interdisciplinarity (CRI) in Paris is planing to use OpenDrops for a scientific gaming project.
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Microfluidics Congress Notes
Luis Ruben Soenksen just came back from the the Global Engage Microfluidics Congress in Philadelphia and here is waht he saw is relevant
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White OpenDrop for Color Chemistry
Adrit Lath is passionate about making things work. He got immersed in developing systems for the diagnostics space and now built a beautiful
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OpenDrop with Spectrometer
The electrodes of the OpenDrop devices are designed with pass though holes in their center to connect the electrode to the drive circuit
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OpenDrop for the human micro-biome project
Nathan Saichek working for uBiome Inc, the human micro-biome project build this wild OpenDrop V1: Thank you Nathan for sharing the pictures.
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Digital Microfluidics in Space
Digital microfluidics is a promising technology for integrating complex liquid handling on a small surface (lab on a chip). The possibility to move
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Feedback Amplifier
Version 2.1 of the OpenDrop now features a feedback amplifier to detect droplet position and movement. The design is a simplified version of
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Wild OpenDrop – “biology and more”
Luis Ruben Soenksen, PhD student at Massachusetts Institute of Technology (MIT) is about to develop a wild OpenDrop V2.1. Luis is working on
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Queen Bittie
Welcome the first ever Daphnia zooplankton with a bitcoin wallet that will perform science experiments for you on the electro-wetting microfludic plate, Open
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