Cell Line Development – Inducible Expression

Inducible expression is a valuable tool for functional analysis of assay systems with toxic targets and without the risk of adaptation of the signaling pathway. Our ExoINDUCE technology combines the benefits of our ExoIN technology and raises the proven Tet/Dox induction system to a new quality level, allowing tight regulation and high level expression upon induction.

 
 

Inducible Expression FAQs

What is the benefit of the ExoINDUCE system in comparison to other inducible systems?

The ExoINDUCE system works as an „one plasmid system“ and all elements for the generation of an inducible cell line are located on one plasmid. Due to the elaborated design of the system and the proven selection strategy, there is no need to generate a regulator cell line first – the final inducible cell line can be generated in only one step saving a lot of time and money.

Which target classes have you already worked with?

We already worked with all different target classes: transmembrane receptors, channels & transporters, intracelllular proteins, secreted proteins and many other target classes.

Does trenzyme only offer the generation of stable, inducible cell lines using the ExoINDUCE system?

No, if you provide your preferred parental cell line and your inducible expression system of choice, we will generate the recombinant cell line according to your needs.

 
Antje Fuhrmann, PhD

Antje Fuhrmann, PhD

Application & Sales Manager

We would be happy to provide you with support on your cell line research project. Let us know your questions and requests, our scientific experts will reply shortly.

Get In Contact With Our Scientific Experts







By submitting this form, I consent to trenzyme GmbH receiving and processing my data in order to process my inquiry. My consent is voluntary and I may revoke this consent at any time without providing any reasons, e.g. by sending an email to privacy(at)trenzyme.com with effect for the future. Further notices on data processing can be found in our privacy policy.