Refine Your Search
Application Note
Explore this application note for a comprehensive performance analysis of µPulse V3 TFF Filter Chips. Learn how microfluidic precision and low hold-up volume optimize lab-scale filtration.
Application Note
Discover how the µPulse TFF System automates rAAV formulation, reducing diafiltration time while enabling real-time process monitoring and data capture.
Application Note
Learn more about gentle, high-yield cell harvesting using the µPulse – TFF system, achieving superior recovery, preserved viability, and reproducible performance compared to conventional centrifugation methods.
Application Note
Learn how the µPulse – TFF System offers a fast, automated, and cost-effective alternative to DEF units for VLP harvesting, with broad applications in virology and vaccine development.
Application Note
Learn how the µPulse – TFF System offers a fast, automated, and cost-effective alternative to DEF units for VLP harvesting, with broad applications in virology and vaccine development.
Application Note
Learn how the μPulse system achieved 97-98% particle retention, ensuring a robust and efficient workflow for EV isolation and concentration.
Application Note
The µPulse filter chips can be cleaned in place and reused several times with negligible difference in filtration rates. We conclude that the use of the µPulse TFF system is a fast, scalable, and cost-effective approach for formulation of the purified recombinant proteins, and other biomolecules.
Application Note
The µPulse, a lab-scale TFF system, offers customizable pressures for protein refolding, yielding faster and higher specific activity results compared to equilibrium dialysis. This applies broadly to buffer exchange scenarios.
Application Note
The µPulse system offers a significant advancement in lab-scale sample concentration and buffer exchange processes. Its integration of microfluidic technology with TFF enables faster, more efficient filtration and diafiltration, reducing sample loss and ensuring high recovery.