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EPR highlights the development of a model to predict dissolution of sustained release formulations based on Raman process analytical technology (PAT) sensor data that could enable real-time release testing.
The Thermo Scientific™ Ramina™ Process Analyzer is a compact and portable Raman spectrometer. This all‑in-one system is purpose-built for rapid deployment, ease of use, and scalability in markets where time-to-results is critical.
Study combining Raman spectroscopy with PLS-DA multivariate analysis achieves fast and non-invasive detection of contaminated drug products within vials.
Research reveals how combining sample sectioning with Raman imaging enables the three-dimensional (3D) imaging of an oral solid dosage form matrix.
New research demonstrates the potential of dual-detection impulsive vibrational spectroscopy (DIVS), an ultrafast Raman spectroscopy technique.
Richard Crocombe of Crocombe Spectroscopic Consulting surveys the use of portable spectrometers in pharmaceutical manufacturing, with an emphasis on vibrational spectroscopy. Ideal and typical features of portable spectrometers are reviewed, alongside explanation of why device characteristics and sample presentation are critical to obtaining meaningful results.
Articles in this in-depth focus explore the applications of portable spectrometers and review their critical features, as well as comparing the results of standard and miniaturised NIR spectroscopy sensors in medicinal plant QC.
In our latest journal, discover the innovations enabling drugs to be delivered across the blood-brain barrier, the challenges associated with downstream purification of cell and gene therapies, as well as applications of NIR spectroscopy in ingredient analysis. Also featured in this issue, explore the development and future potential of radiomolecular…
This application note presents Raman imaging as a tool for pharmaceutical tablet analysis.
Here, industry experts from bioMérieux Industry, Charles River, Shimadzu, TA Instruments, Thermo Fisher Scientific and WITec share their research, guidance and pharmaceutical knowledge.
In this in-depth focus, discover how Raman spectroscopy is used by Bristol-Myers Squibb to identify counterfeit pharmaceuticals and the role of artificial intelligence in rapid microbiological method development.
This journal features articles discussing what knowledge could help the industry to prevent the next nitrosamine-like contamination event, the key steps when validating analytical techniques for cell and gene therapies and how artificial intelligence is shaping microbiology. Also in this issue, using Raman spectroscopy and hyperspectral imaging to detect counterfeit…
Researchers show that combining morphologically-directed Raman spectroscopy (MDRS) with dissolution analysis allows for particle size analysis in fully formulated nasal suspension sprays.
Optical spectral measurement tools are extremely useful both for in-line measurements in process analytical techniques (PATs) as well as for evaluating the composition of finished substances. Here, CPI’s Lukas Kuerten and Rachel Findlay demonstrate a valuable method for gaining useful information from spectral data.
Scientists show how a combined time-resolved Raman and fluorescence spectroscopy can be applied to provide reliable drug diffusion data for drug-hydrogel combinations.
