In silico optimization of AAV full/empty particle separation with AIEX
The separation of adeno-associated virus (AAV) with high yield and purity is an increasingly important challenge. Mechanistic modeling is the tool of choice to find the optimal AIEX chromatography method.
We present a guiding workflow showcasing in silico process optimization of full and empty AAV5 particle separation on strong AEX resins, such as Capto™ Q ImpRes or Capto™ Q with GoSilico™ chromatography modeling software to enable full separation performance.
This study was presented during our Chromatography + Filtration Virtual Summit 2024 by Lena Enghauser, Product Manager GoSilico software at Cytiva.
If you want to be contacted by a Cytiva sales specialist or request a GoSilico software demo, visit https://cytiva.link/bt7jz
We present a guiding workflow showcasing in silico process optimization of full and empty AAV5 particle separation on strong AEX resins, such as Capto™ Q ImpRes or Capto™ Q with GoSilico™ chromatography modeling software to enable full separation performance.
This study was presented during our Chromatography + Filtration Virtual Summit 2024 by Lena Enghauser, Product Manager GoSilico software at Cytiva.
If you want to be contacted by a Cytiva sales specialist or request a GoSilico software demo, visit https://cytiva.link/bt7jz