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The ability to predict multiple constituents of a final dosage form in one fast, non-destructive measurement can reduce analysis time. This is especially important when quantification of multiple APIs is required for tests such as content uniformity, assay and ID...
In this whitepaper, find out more about maintaining sample integrity with aerosol-blocking tips...
In this whitepaper, find out more about the techniques for developing Raw Material Libraries...
In this application note, find out more about the RamanRxn1™ High Throughput Screener (HTS) from Kaiser Optical Systems, Inc...
In this application note, find out how Tornado Spectral System’s HyperFlux PRO Plus Raman spectroscopy system helps overcome limitations...
This Kaiser application note focuses on real-time, in situ process understanding using a Raman-based PAT approach. Raman spectroscopy is uniquely useful for biotechnology ‘Quality by Design’ (QbD) applications because it enables fast, non-destructive monitoring and control...
This whitepaper focuses on developing biochemical assays where substrate and product are small molecules using a novel MALDI-HTS system...
Filtrating small volumes of fluid (< 2 mL) can be difficult due to the volume remaining inside the filter after use, so Pall Laboratory have developed 13 mm syringe filters with mini spike outlets for filtration of small volume samples...
Particularly in the pharmaceutical industry, microbiological method development and, specifically, method suitability is often overlooked or left until the end of a project. However, it is important to give both method suitability and development due consideration as it can be a complicated process involving wide specifications, vague parameters and the…
Chemspeed's SWILE technology is the first fully automated true one-to-one gravimetric "pick & decision dispense" of compounds...
Find out how recent advances in technology have made Raman spectroscopy better and more affordable for polymer analysis than traditional IR spectroscopy...
Here we describe a new approach which automates structure verification for (synthetic) chemists...
In this publication Imperacer® case studies demonstrate the advantage of broad assay range combined with excellent sensitivity for several Biologics on their way from R&D to clinics...
In mammalian-cell-based bioprocesses the most common critical process parameters (CPPs) include physical parameters (temperature, pressure, dissolved oxygen [DO] levels) as well as chemical properties (pH, concentrations of both substrates and byproducts) and biochemical properties (cell number and viability, cell physiology).
Many organic compounds can crystallize in several different forms called polymorphs. Biologically active polymorphs have different solubility and stability and, hence, different bioavailability. The effectiveness of a drug compound depends critically on its particular polymorph.
