
UPSTREAM HARVEST

A Closed And Automated Solution For Cell Therapy Manufacturing
Streamline your cell therapy manufacturing process and workflow by automating and closing your cell isolation, cell harvest, and formulation with a system designed to offer you versatility.

Inside Oxbox
Inside Oxbox is a deep dive into Oxford Biomedica's latest and largest facility, where we make viral vectors, a technology used to deliver gene therapy products into a patient's cells.

Teach Me In 10: Techniques For Harvesting Adherent Cells
There are many harvesting options depending on the cell line and application. In this video we discuss some tips and tricks for harvesting cells.

Reduce The Level Of Host Cell Protein In The Bioreactor Harvest
Host cell proteins (HCPs) are an inevitable byproduct of biologics manufacturing and can have an impact on product quality and efficacy as well as patient safety. Processes designed to remove HCPs from the bioreactor harvest must not only be successful in achieving accept...

A Flexible Solution To Automate Concentration, Washing, And Formulation
Enjoy the flexibility of user-definable parameters, allowing you to tailor each step of your process, including concentration via continuous flow, washing, resuspension, and final formulation.

Sterile Filtration Solutions
Learn how to select the right sterile filtration solution for your specific single or multi-use life sciences applications with Chris Rios, Senior Field Applications Engineer.

Pall Stax™ mAx Platform For mAbs Clarification
Pall offers not only a wide selection of media choice for the clarification process, but also expertise selecting the filter media and developing the clarification trains that are best suited for your feed harvest and process conditions, achieving high product yield, filt...

A Solution To Automate Concentration, Washing, And Medium Exchange
Experience the assurance and peace of mind that come from utilizing a solution crafted to support the optimization and reliability of your operations.

Membrane Selection
Discover how can you select the best membrane and filter to meet all the requirements of your life science application.

High-Viability Cell Processing, Simplified
This scalable, automated system ensures high cell viability and recovery, efficient concentration and washing, and fast processing. Experience the power of tubular bowl technology for optimal cell separation.

A Closed And Automated Solution To Streamline Your Workflow
Whether it's dilution, mixing, cryopreparation, or splitting of cellular products, ReadySelect offers a comprehensive solution for your up- or downstream cell therapy manufacturing workflow.

New Demands On Biopharma Harvest And Clarification
New industry trends in upstream processes are introducing higher demands on the harvest and clarification process. Overcome limited design challenges by building on newer technologies capable of simplifying upstream processing.

Laboratory Filtration Products For Clone Selection, Optimization And Recombinant Protein Analysis
See how Pall innovative and time-saving life science research products simplify and speed up your critical workflow steps and allow for faster data analysis and results.

Scalable Single-Use Centrifugation Systems
Begin harvesting in a matter of minutes from benchtop to commercial production, with scalable single use centrifugation systems that leverage complementary technology to support reliable scale up processes.

Agile Cell Processing Using Continuous Counterflow Centrifugation
Watch to learn about centrifuges that are designed to retain particles within a concentrated fluidized bed underneath a continuous media or buffer flow for high recovery, quality, and productivity.

Pore Morphology And Pre-Filters
Find out how to select a prefilter for sterile filtration applications and recognize the advantages between various membrane morphologies with Chris Rios, Entegris Senior Field Applications Engineer.

A Closer Look At The Spin Filter
A cell culture impeller designed for cell-free harvesting of secreted protein within the media.