MICRO: Development and Deployment of Microfluidic Based Labs in Chemistry
MICRO: Development and Deployment of Microfluidic Based Labs in Chemistry
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MICRO allows students to safely perform inquiry based lab experiments using microfluidic devices. Microfluidic devices and the versatility and relative safety of the technology allow for greater experiment flexibility and student exploration and autonomy.
MICRO allows students to safely perform inquiry based lab experiments using microfluidic devices. Microfluidic devices and the versatility and relative safety of the technology allow for greater experiment flexibility and student exploration and autonomy.
A microfluidic device is made out of porous materials such as paper which has extensive fibrous networks. These networks have the ability to hold reagents within the paper and a specified testing site that can be designated using wax or other hydrophobic materials. Students can add solutions to rehydrate the device and begin a reaction.
A microfluidic device is made out of porous materials such as paper which has extensive fibrous networks. These networks have the ability to hold reagents within the paper and a specified testing site that can be designated using wax or other hydrophobic materials. Students can add solutions to rehydrate the device and begin a reaction.
Applications now being accepted for those interested in trying out MICRO Labs during the 2021-22 academic year. Click here for more information
Applications now being accepted for those interested in trying out MICRO Labs during the 2021-22 academic year. Click here for more information
Benefits of microfluidics:
Benefits of microfluidics:
Low cost
Low cost
Easily shipped to students in different geographical areas
Easily shipped to students in different geographical areas
Safe in many settings
Safe in many settings
Easily disposed of in garbage
Easily disposed of in garbage
Flexibility for students to design, fabricate, and reconfigure devices
Flexibility for students to design, fabricate, and reconfigure devices
Experiments run quickly
Experiments run quickly
Quantitative data can be acquired through colorimetric reactions and camera-enabled cell phones
Quantitative data can be acquired through colorimetric reactions and camera-enabled cell phones
Are you interested in using the MICRO labs for Spring 2021. Please fill out this form before January 13th.
Are you interested in using the MICRO labs for Spring 2021. Please fill out this form before January 13th.
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