Protein Expression Services

Overview

Protein expression is almost universally used by research groups for a variety of purposes. There are three main expression systems, Bacteria, Baculovirus/insect, and Mammalian cells, available today giving researchers enough choice to find the best system for their specific application. As a leading provider of a comprehensive suite of recombinant protein and antibody services across different expression systems, GenScript seeks to partner with scientists worldwide to accelerate scientific discovery. Our proprietary GenSmart™ Codon Optimization and newly launched TurboCHO™ expression platform ensure the delivery of high-yield and purity products in a flexible, cost-effective manner in the least amount of time. Our expert scientists and dedicated technical account managers are invested in helping to maximize the success of your research projects and will guide you every step of the way.

• 18+ YearsProtein Expression Experience

• >100,000Successful Projects Delivered

• 98%Expression Success Rate

Highlights

NEWLY Launched TurboCHO^TM System

• TurboCHO^TM High Throughput: Designed for high-throughput screening, as fast as 2 weeks

• TurboCHO^TM Express: Yield up to gram, from 3 weeks

• TurboCHO^TM High Performance: Yield up to kg, from 6-7 weeks

Popular Services

Bacterial

• Timeline: from 4 weeks including DNA synthesis.

• Successfully delivered 50,000+ batches.

• Optimized for enzyme manufacturing.

• Available with high-throughput and large-scale services.

Insect

• Timeline: from 6 weeks including DNA synthesis.

• Successfully delivered proteins of 300kDa.

• Ease the expression of difficult targets.

• Available with high-throughput and large-scale services.

Mammalian

• Timeline: from 2 weeks including DNA synthesis.

• Proprietary TurboCHO™ /HEK system.

• Scale from μg to kg.

• Available with high-throughput and large-scale services.

Expression System Comparison

The features of a target protein inform which expression system is best suited for the expression of that protein, and it is important to identify the correct system for protein expression based on these criteria. These specific features include sequence and structure as well as activity, function, folding, and post-translational modifications (PTMs).