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− | The spark for our collaboration was the fact that the Harvard iGEM team had an idea for a microfluidic device for our project, and Boston University iGEM team had the expertise to turn that idea into reality. Furthermore, the initial concept by the Harvard iGEM team paved way for incorporating into Boston University’s narrative the potential role of electronic device in microfluidic devices for synthetic biology | + | The spark for our collaboration was the fact that the Harvard iGEM team had an idea for a microfluidic device for our project, and Boston University iGEM team had the expertise to turn that idea into reality. Furthermore, the initial concept by the Harvard iGEM team paved way for incorporating into Boston University’s narrative the potential role of electronic device in microfluidic devices for synthetic biology. |
See the <a href="https://2017.igem.org/Team:Harvard/Microfluidic">microfluidics page</a> on our wiki for a detailed description of the device. | See the <a href="https://2017.igem.org/Team:Harvard/Microfluidic">microfluidics page</a> on our wiki for a detailed description of the device. |
Revision as of 02:58, 2 November 2017
Collaborations
The spark for our collaboration was the fact that the Harvard iGEM team had an idea for a microfluidic device for our project, and Boston University iGEM team had the expertise to turn that idea into reality. Furthermore, the initial concept by the Harvard iGEM team paved way for incorporating into Boston University’s narrative the potential role of electronic device in microfluidic devices for synthetic biology. See the microfluidics page on our wiki for a detailed description of the device.