Exosomes & EVs
Exosomes & Extracellular Vesicles
Boost EV yield and cargo quality with 3D dynamic culture, a scalable route to therapeutic vesicle and exosome production.
↑ yield
vs planar culture
3D
dynamic culture
MSC·NK·organoid
EV sources
Why Vertical-Wheel
Built For This Cell Type.
Higher EV yield
3D aggregate and microcarrier culture in dynamic conditions upregulates EV secretion relative to static planar culture.
Better cargo
Bioreactor conditions enhance the therapeutic cargo and proteomic profile of secreted vesicles.
Scalable production
A clear path from bench development to large-scale therapeutic EV manufacturing.
Applications
- MSC-derived EVs
- NK-derived EVs
- Organoid-derived exosomes
- EV manufacturing
- Drug-delivery vesicles
Systems for This Cell Type
Each system carries the note explaining why it suits this cell type.
- PBS-MiniEV process development
- PBS-3Scaled EV production
- PBS-15Clinical EV batches
- PBS-80Commercial EV supply
↑ EV
Upscaling hMSC production in a Vertical-Wheel® bioreactor enhanced extracellular-vesicle secretion and improved cargo profile versus planar culture.
Evidence
The Data Behind It.
No documents are tagged for this cell type yet.
Talk Through Your Process.
Our scientists work on these processes daily. Bring us your cell type, your scale and your constraints.