Synthesis and Route Design to Tackle API Complexity
22 July 2024 | By
These longer synthetic pathways present challenges for process chemists hoping to achieve an efficient API manufacturing process.
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Whitepapers & App Notes
Application note: Highly efficient method development using LC-MS for automated peak tracking
Peak tracking in liquid chromatography (LC) method development can be challenging due to retention variations and co-elution. LabSolutions MD software with LCMS-2050 SQ-MS simplifies peak identification and automates method and sequence creation, enabling efficient development of reliable separation methods.
Advertorial: Next-generation microbial testing of pharmaceuticals
Specialised microbial testing is key in drug development to mitigate contamination risks, which threaten drug efficacy and patient safety. Bruker's MALDI Biotyper® at MPL, Austria, ensures accurate and robust testing, in a high-throughput workflow, delivering reproducible results.
Application note: Automated nucleic acid amplification assay for mycoplasma detection in cell and gene therapy products
Ambili Menon, Pharma Quality Control, bioMérieux Inc. addresses the task of microbiological testing for advanced therapeutic medicinal products.
Application note: Validating recombinant cascade reagents in 3 simple steps
Endotoxin testing continues to evolve alongside the industry’s need for more sustainable methods that reduce ecological impact. Nicola Reid, Associate Director of Endotoxin Products, Charles River Labs, reflects on these developments which are driven by the 3Rs (replacement, reduction and refinement).
One HEK of a viral vector to develop
Viral vector manufacturing presents many challenges related to HEK cell line development, fluid transfer and product viability in the cold chain.
Case study: Data-driven water system maintenance
This case study looks at how an online microbial analyzer provides real-time bioburden monitoring for rapid response to adverse water system events.
Case Study: Franz Ziel’s utilisation of Enzyme Indicators using Fractional Kill Time method
3 June 2024 | By
An EJPPS published study on Enzymatic Indicators in Vaporized Hydrogen Peroxide Decontamination Cycles: Application-related Research focusing on Fractional Kill Time (FKT) and Reverse Fractional Kill Time (RFKT) Studies
Whitepaper: Molecular contamination control – odours, gases and toxics
Identify molecular contamination concerns in the pharmaceutical workspace and determine the right filtration solution for dealing with these problems.
Whitepaper: High-temperature filters for sterilization and depyrogenation processes
In sterilisation tunnels the need for filtration is of the utmost importance. Choosing the right filter can have an effect on production yield.
Booklet: Air Filtration – Upgrades without compromise
Learn how you can upgrade your filtration choices without compromising on energy performance.
Application note: Isokinetic microbial air sampling on MAS-100 instruments
Microbial air sampling in controlled environments should be performed isokinetically. The following text explains the isokinetic sampling process using MAS-100 instruments with a flow rate of 100 L/min and compares it with sampling at a lower flow rate of 25 L/min.
Whitepaper: Redefining Clinical Trial Decision-Making: Leveraging NLP for extracting insights from unstructured data
Leveraging next-gen technologies such as NLP in data ingestion and extraction, can enable systems to seamlessly extract and analyse such free texts.
Solution brief: Environmental monitoring software
Monitoring microbial contamination levels at various stages requires focused, independent software with extended controls over microbial management. Digital monitoring of contaminants and their sources helps understand microbial behavior and trends. Thus, a reinforced, data- driven environmental monitoring mechanism is the key to maintaining controlled lab spaces for microbial trend analysis.…
Whitepaper: Manufacturing with Bruker’s Fourier PAT
Maximize the effectiveness and benefits of data-driven, real-time control, on-line NMR analysis coupled with process analytical technology (PAT).
