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The World Health Organization (WHO) defined falsified and counterfeit pharmaceutical products as those that are deliberately and fraudulently mislabelled with respect to identity and/or source. In general, falsified and counterfeit drugs fall into the following three categories: (i) products without active ingredients: about 30%; (ii) products containing the wrong amount of active ingredients: about 20%; and (iii) products containing wrong contents: about 20% [1].
To prevent counterfeiting, manufacturers protect themselves by using special packaging labels or product labels. However, despite increasing efforts to eliminate falsified and counterfeit drugs from the pharmaceutical market, this phenomenon has not yet disappeared. In order to prevent the aggravation of the phenomenon of falsified and counterfeit drugs, it is necessary to develop methods to distinguish genuine and counterfeit drugs.
Falsified and counterfeit drugs can have a serious negative impact on individuals, health care systems, and even society as a whole.
Alfa Chemistry uses advanced laboratory methods to identify falsified and counterfeit drugs, and on this basis to determine their possible adverse effects on patients taking falsified or counterfeit drugs. Our services include, but are not limited to the following.
Currently, Alfa Chemistry uses techniques such as mass spectrometry (MS) and nuclear magnetic resonance (NMR) to explore their applicability in identifying falsified and counterfeit drugs.
MS has the characteristics of high throughput, minimum sample preparation and great selectivity. It allows the investigation of drugs with little or no sample preparation, which facilitates the identification of substandard drugs. A powerful tool for identifying falsified and counterfeit drugs is the combination of MS and chromatography. The latter can separate the chemical species to be tested, while the former can quantify them.
One of the advantages of NMR is that it allows the analysis of samples in their original state without the need for sample preparation. This means that drugs can be analyzed without altering them, which is essential for identifying substandard drugs. NMR can provide information about the chemical composition and quantity of the sample substance. For example, researchers have investigated 40 samples of anabolic steroids through 1H NMR (600 MHz) and have been able to identify and quantify different types of defects: absence of the API, lower API dosage or additional substances [2].
At Alfa Chemistry, we are committed to providing customers with high-quality services and strive to exceed their expectations. If you want to know more about the service, please contact us immediately. Alfa Chemistry is always your project partner.
References
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