White-Papers

How IPD Can Deliver for Life Sciences-banner image
White Paper — Sponsored Content
How IPD Can Deliver for Life Sciences
Abstract Life sciences is facing a number of disruptors: novel cell and gene therapies that will revolutionize manufacturing, drug delivery and pricing models; a battle for the best and brightest talent; political and public pressure on the price of...
Shifting the Biomanufacturing Paradigm
White Paper — Sponsored Content
Shifting the Biomanufacturing Paradigm
Shifting the Biomanufacturing Paradigm Intensifying Upstream Processes This whitepaper explores several upstream strategies to increase protein titers: Perfusion culture and media  High cell density cryopreservation  Modified amino acids  Cell...
Flow-Through Removal of mAb Aggregates with Eshmuno® CP-FT Resin
White Paper — Sponsored Content
Flow-Through Removal of mAb Aggregates with Eshmuno® CP-FT Resin
Abstract Eshmuno® CP-FT resin is the first-to-market cation exchange (CEX) resin specifically developed for the flow-through removal of aggregates using frontal chromatography. In the flow-through mode, Eshmuno® CP-FT resin demonstrated that it can...
Pellicon® Capsules for Single-Use banner
White Paper — Sponsored Content
Pellicon® Capsules for Single-Use Tangential Flow Filtration
Abstract Single-use TFF is used in biomanufacturing facilities to improve batch turnaround, process flexibility, and operator safety, all while reducing capital costs. The Pellicon® Capsule is the first of its kind — a true single-use TFF device that...
Contactless magnetic slider system - Telstar Lyogistics Zero
White Paper — Sponsored Content
Contactless Magnetic Slider System
A new technology able to confront challenges in the field of loading & unloading systems for pharmaceutical freeze-drying processes.
Cell Sensor - METTLER TOLEDO Group
White Paper — Sponsored Content
In-line Control of CO2 Accumulation for Improved Cell Culture Processes
Abstract The importance of preventing dissolved CO₂ accumulation Controlling dissolved CO₂ measurement in mammalian cell culture processes is growing in acceptance. dCO₂ concentration in the human body is 5% and when growing animal cells ex-vivo it is...