Salt-tolerant #endonucleases and the benefits for #viralvectormanufacturing, and a comparison of two marketed #enzymes
Host cell nucleic acid removal with endonucleases is an important step in #viralvector manufacturing processes. To further improve the production efficacy of viral vectors, higher salt concentrations can be applied, but as a result, this may inhibit the function of endonucleases, which causes challenges.
This month, join c-LEcta GmbH’s Marc Struhalla (CEO) and Svenja Michalek (Product Manager Biopharma) as they introduce a novel engineered variant of the Serratia marcescens wild-type enzyme, which is more tolerant to higher salt concentrations and can streamline the viral #vectormanufacturing process. Data generated by a cell and #genetherapy #CDMO who compared DENARASE® High Salt with another commercially available salt-tolerant endonuclease (SAN HQ) in an AAV2 harvest will be presented
Register for this upcoming #webinar below:
Scientist II, Oncology Pharmacology
2moNice work Dave!