Biological and pharmaceutical samples are often complex, and therefore also require a comprehensive approach during analysis. Moreover, in the case of measurement in the pharmaceutical industry, a single error can have fatal consequences, so it is absolutely essential to have research and production under control at all points of the process, both qualitatively and quantitatively.<\/p>\n
In addition to infrared spectroscopy (FT-IR), Raman spectroscopy<\/strong> is another of the traditionally used methods of non-destructive<\/strong> and contactless<\/strong> analysis. Even though it is as well a method of molecular spectroscopy, unlike FT-IR, it can also be used to analyze samples containing larger amounts of water. In addition, not only the surface of the sample is analyzed, but also its internal volume (approximately a few millimeters in depth). This also brings a very practical possibility to measure through various packages<\/strong> (plastic, glass, transparent and opaque), which allows the measurement e.g. in in warehouses where this would not otherwise be possible due to the need to comply with safety protocols.<\/p>\n