A laboratory prototype for hyperspectral imaging in ultra-violet (UV) region from 225 to 400
nm was developed and used to rapidly characterize active pharmaceutical ingredients (API) …

The sensitivity and spatial resolution of hyperspectral imaging instruments are tested in this
paper using pharmaceutical applications. The first experiment tested the hypothesis that a …

During pharmaceutical manufacturing, line-scan hyperspectral imaging enables us to collect
several electromagnetic spectra at each pixel in a two-dimensional plane for each tablet …

Imaging is getting an important element of the modern drug development process. Different
hyperspectral imaging tools can provide in-depth understanding of complex pharmaceutical …

Near-infrared imaging systems simultaneously record spectral and spatial information. Each
measurement generates a data cube containing several thousand spectra. Chemometric …

Hyperspectral imaging techniques have widely demonstrated their usefulness in different
areas of interest in pharmaceutical research during the last decade. In particular, middle …

The inclusion of hyperspectral imaging systems in the manufacturing and development of
pharmaceutical products is allowing a successful improvement in the quality control of solid …

A multi-spectral imaging spectrometer records simultaneously spectra and spatial
information of samples. The infrared (IR) imaging system used was the Hyperion 3000 …

Pharmaceutical oral dosage forms are used in this paper to test the sensitivity and spatial
resolution of hyperspectral imaging instruments. The first experiment tested the hypothesis …

Monitoring the amount of active pharmaceutical ingredient (API) in finished dosage form is
important to ensure the content uniformity of the product. In this report, we summarize the …