CUSTOM OVEREXPRESSION STABLE CELL LINES
Reliable, high-quality custom stable cell line generation for overexpression of your protein- or regulatory RNA-of-interest.
Leverage SBI’s viral and non-viral vectors in robust overexpression cell lines
Why choose SBI’s Stable Cell Line Services?
- Save time by having SBI build your custom cell lines
- Leverage our highly-regarded gene expression and delivery technologies
- Accomplish more with our fast turnaround times and end-to-end services
- Turn to the company that other companies turn to—we are a trusted stable cell line manufacturer for many large pharma/biotech companies
- Enjoy consistent quality, confidentiality, and on-time delivery with all projects completed on-site in our Palo Alto, CA, facility
Available gene expression and delivery technologies
Viral Systems
- Lentivectors—high titer and reliable
- Random integration
- Limited insert size
- High copy number
- Lentivirus Packaging—reliable gene delivery
- High and ultra-high titers
- Efficient transduction
- Optimized reagents
Non-viral Systems
- PhiC31 Integrase System—one-step single-copy integration
- Site-specific integration
- Unlimited insert size
- Single copy number
- PinPoint Targeted Integration System—excellent for creating isogenic cell lines
- Site-specific integration
- Unlimited insert size
- Single copy number
SBI’s Stable Cell Line Services are a great way to leverage our highly-regarded lentivector, PhiC31 Integrase, and PinPoint Targeted Integration technologies.
How it Works
Supporting Data
Successful generation of stable cell lines at SBI
Figure 1. Example of data generated using cell lines constructed by SBI. (Top row) Stable cell line expressing two genes-of-interest with GFP, RFP, hygromycin, and puromycin selection markers. H2286 adherent cells were grown under puromycin and hygromycin selection. (Bottom row) Stable cell line expressing two separate genes-of-interest with GFP, RFP, hygromycin, and puromycin selection markers. H929 suspension cells were grown under puromycin and hygromycin selection.