RoosterBio’s 3D Bioreactor Media Kit is an all-in-one system for 3D bioreactor expansion of MSCs and iPSC-derived MSCs. Engineered for fed-batch expansion to remove costly media exchanges, enhance overall productivity, and reduce in-process contamination risks; this product has been vetted in a variety of commercially available bioreactor technologies to simplify integration into your program.
GMP CliniControl products are available for your clinical manufacturing needs. Contact your RoosterBio representative for information on cGMP Bioreactor Media options for large scale (3L to >50L) MSC or EV Production.
Product Features
Xeno-Free
Enables 3D hMSC manufacturing free of media exchange.
Each 10 mL bottle of RoosterReplenishTM-MSC-XF supplements 500 mL of RoosterNourishTM-MSC-XF to maintain stable nutrient and waste bio-profiles throughout culture.
Detailed protocols for easy transition to 3D MSC/EV production:
Contact us for additional larger scale protocols in a variety of platforms (from 3L to >50L)
Minimizes media usage, reducing total cost associated with hMSC culture scale-up by up to 70%
Mitigates risk of contamination by minimizing in-process culture manipulation.
Intended Use: Research Use Only
Fig 1: A comparison of XF hMSC cell densities in bioreactor culture using batch and fed-batch processes. RoosterVial™-hBM-XF (Xeno-free human bone marrow-derived mesenchymal stem cells – RoosterVial™-hBM-10M-XF – were cultured in suspension on microcarriers in RoosterNourish™-MSC-XF and fed with RoosterReplenish™-MSC-XF on Day 3, and compared to batch culture.
Fig 2: Fed-batch culture using RoosterReplenish™-MSC-XF is the most efficient and productive culture feeding regimen, outperforming either 1/2 media exchange or batch culture in media productivity by over 70%, and achieving up to 350 million (M) cells/L. This productivity is >17 times the media productivity of traditional hMSC flask-based cultures of ~20M cells/L, and is the central driving force for cost reduction in bioreactor-based manufacturing. Note: Total cell yield is donor-dependent.
