For short-shelf-life cell therapies, waiting up to 14 days for sterility results can create real release and logistics challenges. This application note highlights a qPCR-based approach that detected the six USP <71> organisms in complex cell therapy matrices in 5 hours. It also includes data supporting a centrifugation step to help reduce signal from DNA released by lysed microbes, improving confidence in rapid sterility testing workflows.
Please check the highlighted fields and try again.
Please enter your first and last name.
Please enter the name of the company or institution you work at.
Please enter your mailing address.
By submitting this form, you consent to Cell & Gene Therapy Review storing your email address and contact information and transmitting your contact information to the content sponsor. You may request to be removed at any time.