Live Chat

Videos

 

NEW Nadia Instrument – An innovation in single cell profiling

Nadia takes high throughput scRNA-Seq to the next level by using innovation to solve a vast range of industry-wide challenges. 

Click here to view the Nadia instrument product page.

NEW Nadia Innovate – Push boundaries of single cell profiling

Nadia Innovate has been designed specifically to meet the needs of biologists who want to develop and validate new protocols in single cell research. 

Click here to view the Nadia innovate product page.

NEW Webinar Recording – Single cell RNA Seq (scRNA-Seq) and single nucleus RNA Seq (sNuc Seq)

This webinar includes a live demonstration of the RNA-seq system, a talk about the benefits of the scRNA-seq application and the advantages of the RNA-Seq system’s droplet microfluidic technology

Click here to view the RNA-Seq product page.

 

Webinar Recording – Use of Microfluidic Encapsulation for High Throughput Single Cell Profiling

This webinar includes a live demonstration of the µEncapsulator System, a talk about the µEncapsulator System’s wide range of applications and the advantages of the µEncapsulator system’s droplet microfluidic technology

Click here to view the µEncapsulator product page.

Single Cell RNA Sequencing

Many biologically important events occur at the level of cells, so it has long been desired to analyze and follow tissues or cell populations at single cell resolution. For the first time, microfluidic droplet-based methods allow researchers to rapidly discover new cell types and follow the behavior of thousands of cell types. Using microfluidic droplets allows small samples to produce tens of thousands of single cell libraries on uniquely bar-coded beads in a short amount of time. The libraries are then ready for high-throughput sequencing.

Click here for more information.

µEncapsulator – single cell application

The µEncapsulator System enables simple, quick and reliable encapsulation of single cells, DNA and/or functionalized beads in high precision, monodisperse picoliter droplets. The high-throughput system can encapsulate 300,000 cells into 3 million droplets in 15 minutes.

Click here to view the µEncapsulator product page.

Cells in Double Emulsion Droplets

Two stage process of double emulsion production based on the application note which investigates a two-chip system for making 30µm double emulsion droplets, containing individual cells.

Find out more about cell encapsulation.