Bioprocessing White Papers

  1. Crystalomics: A Pathway Forward For Protein Crystallization

    One way to lower the suspension viscosity of a drug is through the use of highly-concentrated crystalline suspensions, or protein crystals.

  2. Accelerating Biopharmaceutical Development From DNA To Drug

    Over the last decade, single-use solutions for virtually every bioprocess unit operation have been developed and considerable investments have been made by the industry into optimizing the quality and supply chain that underpin this technology.

  3. Closed System Filling Technology: A New Paradigm

    “Closed system filling” is a new set of processing controls appropriate for a sterile filling process that eliminates potential microbiological contamination from environmental and operator sources through the use of closed systems. This is an automated sterile connector technology by which presterilized closed containers are filled through an engineered and controlled passage enabling the filled product, the internal container and the closure system surfaces to avoid exposure to the background environment.

  4. Unlocking The Potential For Efficiency In Downstream Bioprocesses

    In today’s bioprocessing industry, downstream processes have to handle higher amounts of both target protein and impurities. Improving downstream operations through process intensification will address these new challenges.


  5. Virus Retentive Filtration In Biopharmaceutical Manufacturing

    Virus removal using retentive filters designed to provide effective and consistent clearance of parvovirus (~20 nm) has now become an established standard in downstream purification processes for biologics produced using mammalian cells. Compared to other commonly used virus clearance methods, such as chromatography and low pH inactivation, retentive filtration is superior in its ability to clear almost all potential viral contaminants while also avoiding adverse effects on product quality. While commercially available retentive filters vary in chemical composition and structural configuration, all of these filters primarily clear viruses through the mechanism of size exclusion.

  6. Streamlining Pharm Drug Development: Yes, It’s Time.

    The path from molecule to market isn’t getting any easier. The costs of drug development over the last five years have continued to rise while sales during the same timeframe have tumbled. This calls for streamlining of today’s current drug development process. Read how today’s experts think this can be accomplished.

  7. The Timely Rise Of The CDMO

    The complexity of today’s molecules and the growing majority of new molecule development are calling for a new method of drug production. Biopharma companies of all sizes are looking to vendors to manage development, manufacturing, and capacity needs. The question is: Are they keeping up?

  8. Best Practices For Chemical Inventory Management

    Companies that utilize chemicals in their labs and their manufacturing processes must manage those chemicals in a safe environment in accordance with government regulations. At a minimum, to ensure that this is accomplished, a system for managing information about the chemical safety and inventory data should be established and maintained. Best practices, on the other hand, take this minimum and leverage the management of the chemical inventory by taking full advantage of the people, processes, and technology involved. This white paper delves into the best practices involved in managing chemical inventory to achieve the most effective, holistic chemical inventory system.

  9. 7 Things To Know When Selecting An Electronic Lab Notebook

    Electronic lab notebooks (ELNs) are one of the primary scientific informatics solutions for helping scientists design, execute, analyze and report on experiments—but selecting the right ELN can be a challenge.

  10. Choosing The Right Rapid Prototype Source For Device Development

    Successful prototyping begins with mechanical design that will operate properly when assembled and will be scalable for volume manufacturing. A working prototype can be a smooth progression if you employ the right resources and processes.