Case study: RMM to reduce plate counts
See how a pharma company maintained product quality and reduced risk by using an RMM analyser, while also meeting their goal of reducing plate counts by 25 percent.
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See how a pharma company maintained product quality and reduced risk by using an RMM analyser, while also meeting their goal of reducing plate counts by 25 percent.
A collaborative project will develop automated manufacturing controls for biologics such as antibodies, viral vectors and vaccines.
See how a leading biopharma company used an RMM analyser in parallel to plate counts to find the root cause of periodic bioburden excursions in its water system.
Learn how Mibelle Group improved their process control strategies using the 7000RMS analyser in parallel with validated plate counts.
This paper explores the presence of biofilm in hot WFI systems and the use of rapid microbial methods to overcome the limitations of plate counts.
Enhance your early stage solid state screening with the CrystalBreeder bench-top system.
Learn here how to identify polymorphic transformation by using Raman and the Crystalline instrument.
A new perspective of digital transformation in a terminal sterilisation process of medical devices such as syringes used for Covid-19 vaccination.
Endotoxin automation using microfluidics enables simpler, compliant processes for pharma QC, QA, validation and IT. BET assay setup is simplified and less LAL is required.
The journey from large molecule to approved biotherapeutic is long, costly, complex and fraught with risk – yet rewards for success are substantial.
A rapid sterility test method that can be validated as quickly and confidently as it provides test results.
This webinar presents the fundamentals of a contamination control strategy including forms of contamination, as well as cleaning and disinfection.
From traditional LAL assays to cartridge-based systems, robotics and microfluidic BET automation, learn how different endotoxin testing systems work in this infographic.
Access crystallisation and formulation information at ml scale with the Crystalline series.
Pictorial that explains how Aramus TM single-layer fluoropolymer bag can withstand gamma irradiation and cold-chain temperatures down to -196°C.