Media Summary: We proudly present our new product: the mp-Multiboard! The mp-Multiboard is our very own evaluation board for Polymeric Viscosity Ratio = 2 Flowrate Ratio = 10 Re = 6 Wi = 0.1. This is one of four M101 tutorial videos produced by the 2017 BostonU_HW iGEM Team. This video goes step-by-step through the ...

Active Microfluidics 101 Extending A - Detailed Analysis & Overview

We proudly present our new product: the mp-Multiboard! The mp-Multiboard is our very own evaluation board for Polymeric Viscosity Ratio = 2 Flowrate Ratio = 10 Re = 6 Wi = 0.1. This is one of four M101 tutorial videos produced by the 2017 BostonU_HW iGEM Team. This video goes step-by-step through the ... High-throughput generation of monodisperse droplets in the femto- to nanoliter scale has opened up unlimited experimental ... Dr. Antoine Barbot presents his research work on the design of compact microactuators. The scientific articles containing ... Cullen Buie, MIT Mechanical Engineering See full playlist at: ...

Heri Rodriguez illustrates the different behaviors of liquids at the macro-scale and at the micro-scale, demonstrates a

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Active microfluidics 101: Extending a microfluidic system utilizing sensors and micropumps
Active microfluidics 101: How to set up our evaluation board for the micropump mp6
Active microfluidics 101: Creating an intelligent system with valves and the mp6 micropump
Active microfluidics 101: How to use a microfluidic pressure sensor with the mp6 micropump
Slugging Regime in cross channel microfluidic device
Microfluidics 101: How to Assemble a Chip
Microfluidic Capillary Device With Phase-Inversion Co-Flow Structure l Protocol Preview
Microfluidic systems for droplet generation
The MultiScale Talk #2 - Antoine Barbot - How to design compact microactuators?
Gene Delivery Technique Combines Microfluidics With Electric Shock - Re-engineered Cells - 1/5
3D Printed Microfluidic Device Test
Microfluidic Device For Recreating Tumor Microenvironment l Protocol Preview
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Active microfluidics 101: Extending a microfluidic system utilizing sensors and micropumps

Active microfluidics 101: Extending a microfluidic system utilizing sensors and micropumps

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Active microfluidics 101: How to set up our evaluation board for the micropump mp6

Active microfluidics 101: How to set up our evaluation board for the micropump mp6

We proudly present our new product: the mp-Multiboard! The mp-Multiboard is our very own evaluation board for

Active microfluidics 101: Creating an intelligent system with valves and the mp6 micropump

Active microfluidics 101: Creating an intelligent system with valves and the mp6 micropump

The “

Active microfluidics 101: How to use a microfluidic pressure sensor with the mp6 micropump

Active microfluidics 101: How to use a microfluidic pressure sensor with the mp6 micropump

The „

Slugging Regime in cross channel microfluidic device

Slugging Regime in cross channel microfluidic device

Polymeric Viscosity Ratio = 2 Flowrate Ratio = 10 Re = 6 Wi = 0.1.

Microfluidics 101: How to Assemble a Chip

Microfluidics 101: How to Assemble a Chip

This is one of four M101 tutorial videos produced by the 2017 BostonU_HW iGEM Team. This video goes step-by-step through the ...

Microfluidic Capillary Device With Phase-Inversion Co-Flow Structure l Protocol Preview

Microfluidic Capillary Device With Phase-Inversion Co-Flow Structure l Protocol Preview

Watch the Full Video at ...

Microfluidic systems for droplet generation

Microfluidic systems for droplet generation

High-throughput generation of monodisperse droplets in the femto- to nanoliter scale has opened up unlimited experimental ...

The MultiScale Talk #2 - Antoine Barbot - How to design compact microactuators?

The MultiScale Talk #2 - Antoine Barbot - How to design compact microactuators?

Dr. Antoine Barbot presents his research work on the design of compact microactuators. The scientific articles containing ...

Gene Delivery Technique Combines Microfluidics With Electric Shock - Re-engineered Cells - 1/5

Gene Delivery Technique Combines Microfluidics With Electric Shock - Re-engineered Cells - 1/5

Cullen Buie, MIT Mechanical Engineering See full playlist at: ...

3D Printed Microfluidic Device Test

3D Printed Microfluidic Device Test

3D Printed Microfluidic Device Test

Microfluidic Device For Recreating Tumor Microenvironment l Protocol Preview

Microfluidic Device For Recreating Tumor Microenvironment l Protocol Preview

Watch the Full Video at ...

Microfluidics

Microfluidics

Heri Rodriguez illustrates the different behaviors of liquids at the macro-scale and at the micro-scale, demonstrates a