Precigenome LLC | 2176 Ringwood Ave. San Jose, CA, 95131, USA

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Single Cell Sequencing & Analysis R&D Platform

PreciGenome provides an automated, microfluidic droplet-based platform for single cell research that encapsulates cells and barcoded beads (the encapsulation rate for hydrogel beads can go up to 90%; encapsulation rate for one cell and one bead in a single droplet can reach as high as 9%.


The system includes a pressure control unit, optics, illuminations, an integrated high-speed camera for observation, a stage for holding microfluidic chip, and software for parameter optimization and automation. The system is flexible and can switch between automated mode and manual mode. Users can choose to use our standard and patent pending chip design for single-cell research. Users can also choose to design their own chips.


Single Cell R&D Platform

Key features:

  • Automation

  • Easy to use

  • Flexible and open platform

  • Disposable microfluidic chip

  • Portable system

  • Cell size from 1-15um. Up to 60-100um cell with custom chip design

  • Free training available

  • Free system testing/training reagent

System components:
  • PG-MF controller
  • Microfluidic  platform, including manual motion stage, optics, and high speed camera
  • Software for automation
  • PDMS single-cell chips
  • Sorting module (optional)
Precise, responsive and stable
One touch and walk away
Cost effective
Flexible setup, programmable
Portable design
Preclude the headache of the tubing priming

Single Cell Platform Applications

Cell and hydrogel bean Isolation by droplets.  This figure shows that 90% of droplets contain single hydrogel bead.
DropSeq example for scRNA seq. This image of collected droplets encapsulating beads in pink color, cells in yellow color. Droplets inside pink rectangle contain both single bead and cell.
  • ​​​​​Single cell encapsulation and PCR amplification

  • Single cell antibody discovery

  • Single cell analysis

  • Cell line development

  • RNA sequencing sample prep

  • Biopharmaceutical discovery

  • Drug-resistance studies

  • Double emulsion

  • Enzyme evolution

  • Synthetic biology

  • Diagnostics

Our Customers