- NIXIE STYLE LED DISPLAYPosted 5 days ago
- TOTEM: learning by experimentingPosted 2 weeks ago
- Google Assistant Voice Controlled Switch – NodeMCU IOT ProjePosted 1 month ago
- Water Softener Salt Level MonitorPosted 1 month ago
- Sparkly Air SensorPosted 1 month ago
- Ultra sonic distance finder with live statusPosted 1 month ago
- Windows interface to have total control over lampsPosted 1 month ago
- Smart AquariumPosted 1 month ago
- Wearable ProjectionPosted 1 month ago
- Write programs with the Arduino Web EditorPosted 1 month ago
3D Printed Microfluidic Kit for Low-Cost Cell Analysis
Researchers from New York Genome Center and New York University have recently developed an open source 3d Printed microfluidic controller.
The device fits on a bedside and can be obtained and assembled for around $600, so it’s really cheaper than other comparable instruments.
“Most commercial microfluidic instruments are very costly; as a result, not every lab has access to exciting technology for single-cell analysis,” said Dr. William Stephenson, who led the study and the development of the instrument. “We designed the instrument to perform droplet microfluidics and in particular Drop-seq, a massively parallel technology for single cell RNA-sequencing.”
The multi-tiered 3d printed frame of the instrument includes a mount for the raspberry pi chip and a tablet computer. For the fluid handling, commercially available micro air-pumps, regulators, and micro solenoid valves were used.
A shaft was 3D printed and added to a permanent magnet stepper motor to stir barcoded microparticles used in the cell analysis, which could then be visualized on the screen.
The device is fully open source and it’s able to work in different experiments using droplet microfluidics. Furthermore, thanks to its portability, the controller permits patient samples to be processed on-site and immediately after surgery, minimizing handling and transport to optimize sample quality.
For further information you can refer to the official New York Genome Center website.