We do not, but we can design or optimize inducible systems around several independent triggers, and a TET-operator can be part of that if you want it. If you are looking to avoid specific third-party components, that is worth raising early, so we design accordingly. 

There are trade-offs between transient and stable formats, and the right choice depends on what you are optimizing and the scale of the library to be tested. This is best worked through with our team for your specific process. 

In principle, we can screen for elements that respond to defined conditions relevant to production. Whether a given trigger is feasible depends on your system, so this is best scoped directly. 

Alongside regulatory-element design, we can screen for genomic sites that support stable, high expression, which can be used to, for example inform on targeted integration. It uses the same barcoding principle as our promoter work. 

Yes. For antibody and protein production we can screen promoters for higher and better-balanced expression, including different elements for the heavy and light chains where that helps titre and product quality. The screen is run in the relevant CHO context.

Yes, we work with vector and service companies as partners and can structure how our elements reach your clients so that roles and values are clear on both sides. The right model depends on how you engage with your customers, so this is best scoped together.