BZ Yield+ is BZETH’s advanced CHO media designed to support high-performing mammalian cell culture with a controlled nutrient environment and reproducible process performance. Suitable for CHO-based development and manufacturing process applications, the medium is intended to support strong cell growth, prolonged viability, and consistent monoclonal antibody or recombinant protein production across development and manufacturing scale-up.
A complete production medium designed to support strong cell growth, consistent productivity, and robust performance.
Our chemically defined CHO fed-batch medium is suitable for a range of mammalian cell culture applications :
– Monoclonal antibody production
– Recombinant protein expression
– CHO fed-batch and perfusion process development
– Media and feed strategy optimization
– Process scale-up studies
– Manufacturing platform evaluation
Chemically Defined Composition : Prepared using defined components to support reproducibility, process understanding, and greater consistency across process stages.
Animal Component Free Medium : Prepared using non-animal-origin raw materials and components for media manufacturing, supporting consistency, control, and reduced dependence on animal-derived materials
Optimized for CHO Based Culture : Designed specifically for CHO-based batch culture and production process requiring robust growth, sustained viability, and efficient nutrient support.
Supports Consistent Process Performance : Intended to support stable culture behavior and reproducible productivity in biologics development workflows.
Scalable from Development to Manufacturing : Suitable for use from early-stage process development through scale-up and manufacturing-oriented process platforms.
Reduced Dependence on Undefined Supplements : Developed to minimize variability associated with complex or undefined raw materials and support a more controlled bioprocess environment.
In addition to media platforms, we are also working for the development of new feeds and designed to address specific process requirements. Our approach focuses on optimizing nutrient delivery to support cell growth, sustained viability, productivity, and overall process robustness in CHO batch cultures. The new feed development can be aligned with different stages of process development to improve culture performance, extend process duration, enhance productivity, or adapt feeding strategies for a specific molecule or clone. We also offer customized media and feed development options to support unique process needs for customers seeking formulation flexibility beyond standard platforms, including support for specific cell lines, process conditions, productivity goals, and product quality requirements.
