Recombinant protein production in E. coli

Tailored services for the production of your recombinant protein in Escherichia coli

Drawing on our experience on hundreds of projects, our team offers expert guidance to define a relevant strategy for an efficient expression of your protein in E. coli.

Unique expertise in E. coli protein expression

Protein production in E. coli

The team at GTP has successfully produced hundreds of challenging proteins and developed efficient processes for cytoplasmic, periplasmic and soluble or insoluble expression of proteins in E. coli.

Whether your project aims to develop a therapeutic or vaccine protein, to obtain material for research studies or to develop a diagnostic tool, we always consider E. coli to be an excellent first choice – except when expressing complex proteins that require post-translational modifications.

Integrated services for protein production in Escherichia coli

Microbial protein expression services

We have the expertise and capabilities to manage complete E. coli production projects from gene synthesis through to milligram to decagram-scale batch production.

Our custom services include:

Unique tools for optimised expression in E. coli

Our experts have developed advanced tools for enhanced expression of your protein in E. coli.

When gene synthesis is required, we use our own gene optimisation program. This tool takes into account parameters that we consider critical for improved protein expression in E. coli that are usually left aside by gene synthesis companies (see our blog article “How to make gene optimisation for expression in Escherichia coli a piece of cake”).

We also offer four IP-free vectors with different features, all designed to improve protein expression and stability.

GTP has expertise with other expression systems

 

 

Are you looking to scale-up or optimize the production of your protein in E. coli?

Connect with our team and we will get back to your shortly.

Please, fill in the required fields.
Please fill out the field with the visible characters (of both the text and image below).