Proteins Start Here.
Get assay-ready proteins faster with effortless multiplex screening, even for challenging membrane proteins
Start your journey with eProtein Discovery™
The only end-to-end multiplex protein screening system that empowers you to perform your own protein design, screening, characterization, and small-scale expression in-house within days.
Effortless multiplex screening
In 24 hours, automated parallel screens identify the most promising proteins by evaluating constructs, solubility tags, and expression conditions simultaneously.
Decision-grade data
On-cartridge fluorescence assay quantifies only full-length, soluble protein to prevent wasted efforts on poor-quality proteins.
Assay-ready proteins in 48 hr
Scale up optimized expression and purification conditions to μg–mg output for structural and functional studies.
Simple 3 step workflow
An accessible end-to-end workflow empowering you to explore soluble, membrane, and antibody fragment targets.
“The beautiful thing about the eProtein Discovery system is that it allows you to test in high-throughput expression conditions and affinity tags, which accelerates the time to obtain antibiotic-resistant enzymes”
Prof. Joleen Masschelein
VIB-KU Leuven Center for Microbiology
146
µg/mL yield
92%
Average Purity
1000+
Proteins produced
0hrs
To protein data
0hrs
To assay-ready protein
OUR TECHNOLOGY
Identify the best proteins from the start with cell-free protein synthesis and digital microfluidics
Today’s methods for obtaining protein put you through multiple rounds of trial and error.
What if you had a GPS guiding you to the right protein from the get go?
With eProtein Discovery you can explore more targets faster. Parallel, cell-free screens on nanodroplet digital microfluidics rank constructs, solubility tags, and customizable cell-free expression conditions to identify soluble, high-yield, purified hits. Rapidly lock in on the best expression and purification parameters, test feasibility earlier, and pursue promising targets with confidence.
Assay-ready protein – even challenging membrane proteins – in 48 hours.