DOWNSTREAM PROCESSING WHITE PAPERS & CASE STUDIES

• Turning Data Into Information

  As biopharmaceutical manufacturing has evolved from small-scale lab production in small flasks to massive commercial production in deep-tank bioreactors, an avalanche of production data has evolved to support it. From individual unit operation skids to distributed control systems and enterprise resource planning tools, biomanufacturing today is buried by the sheer quantity of data coming in from the manufacturing floor.

• Biomanufacturing Flexibility

  This white paper from BIO-G looks at how to create flexible, agile manufacturing facilities to respond to the current glut of biomanufacturing capacity and industry consolidation. Future proofing these facilities for higher titers and multiple product lines is also explored.

• Materials Of Construction For Biopharmaceutical Water Systems

  Stainless steels are uniquely qualified for bioprocessing applications not only because of their long service life, availability, and fabricability, but also because they are non-corroding, non-contaminant, can be polished to very smooth finishes, are strong and rigid, can withstand heat and chemical sterilization treatments, and are easily welded. By Michelle M. Gonzalez

• Selecting The Optimal Resins For The Process Purification Of Native And Recombinant Proteins

  Native and recombinant proteins are used in a variety of applications ranging from drug discovery to target validation to high-throughput screening. Due to this, large-scale protein production and purification have become major necessities in industrial settings.

• White Paper: Computrac® Moisture Analysis Made Simple When people aren’t feeling their best they often turn to medicine for relief from the symptoms that are associated with being ill. The public trusts that the products by pharmaceutical companies will not only make them feel better but will also not have harmful side effects.
• Comparing The Automated Pipetting To Volumetric Glassware And Air Displacement Pipettes

  Analytical sample preparation is used in many industries such as forensics, environmental chemistry, mining, beer and wine fermentation and many others. Concentrated samples are diluted and analyzed via High Performance Liquid Chromatography, Gas Chromatography, Atomic Absorption, and/or Inductively Coupled Plasma Spectroscopy to name a few. Traditionally these samples are prepared using volumetric glassware, syringes and/or pipettes.