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Vapour-compression-based WFI production has a total cost of ownership that is less than or equivalent to that of a membrane-based system and significantly less than that of a typical multiple-effect-based system. The following whitepaper provides examples that illustrate system designs that are relatively basic, yet typically sufficient.
This whitepaper reports on the use of μPAC™ in combination with MS for the characterisation of HCPs and their monitoring during downstream processing.
WITH THE RISE of metabolites/molecules production using complete living cells or their components (bacteria, enzymes, chloroplasts, etc), which is also termed bioprocessing, it has become increasingly important to control the different production steps and analyse the different biological materials.
Pharmaceutical and biotechnology manufacturers must ensure the quality of materials – from incoming raw material through finished product.
Microparticles can be found everywhere, from pigments in paint and titanium dioxide in sunscreen to microplastics in water.
Optimizing the freeze-drying pharmaceutical process.
Stress testing or forced degradation is well recognized as a fundamental part of the drug development process, specifically related to purity through control of stability.
Industrial transformation is a very real phenomenon. Companies are going beyond standard practices to seek out step-change improvement in industrial operations, with several companies already reporting "dramatic results".
Most, if not all pharmaceutical companies will have experienced a product, that has been on the market for a long time, to suddenly and unexpectedly trigger a signal for an unknown substance in the quality control (QC) laboratory approval process.
The water content of pharmaceuticals strongly influences their quality, shelf-life, and stability as well as the release of the active substances. The determination of water content is, therefore, vital in pharmaceutical analysis.
The Chestny ZNAK is a national track & trace system created by the Center for Research in Perspective Technologies.
CLEANING AND microbial contamination control are critical focus areas in the pharmaceutical and medical device industries.
In this work we report the metabolic analysis of cell cultures using a high-resolution accurate mass LCMS/MS Q-TOF platform to identify metabolite markers of genomics and phenotypic changes.
One of the most important challenges of the hydrogen peroxide technology has traditionally been the material compatibility.
Get some hints on how you can optimize the most time-demanding steps in your lab.
