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MicrofluidSci's profile picture.

Microfluidic science

@MicrofluidSci

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MicrofluidSci's profile picture.
Microfluidic science
 @MicrofluidSci
Jul 12

Barrier free PAD with no barrier where reaction and detection controlled by the amount of added volume

MicrofluidSci's tweet image. Barrier free PAD with no barrier where reaction and detection controlled by the amount of added volume
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MicrofluidSci's profile picture.
Microfluidic science
 @MicrofluidSci
Jun 22

Distance-based paper microfluidic devices (DbD μPADs) use capillary flow on treated paper, where zinc reacts with immobilized colorimetric reagents, forming a colored band whose length correlates with concentration. Enabling rapid, low-cost, instrument-free zinc quantification.

MicrofluidSci's tweet image. Distance-based paper microfluidic devices (DbD μPADs) use capillary flow on treated paper, where zinc reacts with immobilized colorimetric reagents, forming a colored band whose length correlates with concentration. Enabling rapid, low-cost, instrument-free zinc quantification.
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MicrofluidSci's profile picture.
Microfluidic science
 @MicrofluidSci
Jan 9

Paper microfluidic sensors are low-cost, portable devices that use capillary action to manipulate small volumes of liquids for analytical purposes. These sensors are often made from materials like filter paper, which allow for easy fabrication and integration.

MicrofluidSci's tweet image. Paper microfluidic sensors are low-cost, portable devices that use capillary action to manipulate small volumes of liquids for analytical purposes. These sensors are often made from materials like filter paper, which allow for easy fabrication and integration.
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