GEN-MKT-18-7897-A
Jul 14, 2017 | Blogs, Environmental / Industrial | 0 comments
In today’s technical blog, I’m talking about the cosmetics industry so let’s get right to it. According to a Research and Market report, “The Global Cosmetic market was $460 billion USD in 2014 and is estimated to reach 675 billion USD by 2020, growing at a rate of 6.4%.”1 The U.S. leads the pack with a reported $62 billion in revenue earned in 20162. So, what am I getting at? We know earnings are strong and consumers like their products. But the question remains, are these products that you put on your skin, hair, and ingest safe? Such is the thinking of scientists like me and other chemists who are routinely tasked with detecting minimal levels of potentially harmful ingredients in personal care products against ever-changing global regulations.Read the Tech Note >
Take the United States for example where, apart from color additives, cosmetic products do not require Food and Drug Administration (FDA) approval3. While in other regions such as the European Union and China, governments have put in place stricter regulations, prohibiting the use of hormones, antibiotics, and disinfectants in cosmetics. To enable labs to have options for meeting regulations such as these, I wanted to mention the following technical note, Use of X500R QTOF for Monitoring of Additives in Cosmetics, in which our researchers established a highly selective, high throughput method for rapid screening and quantification of prohibited drugs in cosmetics. Some of the benefits of this method include:
More Information on Cosmetic Regulations and Lab TestingLabs know that industry regulations are ever changing. For example, in 2015, two U.S. senators proposed legislation to give the FDA more power to regulate cosmetics.4 More recently, the FDA proposed a limit to adding lead in lipstick to 10 parts per million (ppm), an effort supported by the Personal Care Products Council. It’s not just the U.S. which is making efforts to monitor the cosmetics industry more closely. The Albanian Parliament too recently passed a law by the European Council Regulation no. 1223/2009.5 Additionally, the EU Cosmetics Committee recently voted for banning three more fragrance allergens.6
The point of which is that for labs such as CROs to stay in business, they must be ready for anything that comes their way. The cosmetic market may be growing, but so too is global awareness about harmful ingredients both amongst the public and manufacturers/governments are not sitting idle. The X500R QTOF System, as featured in the above technote, is a highly accurate, and affordable instrument that is sensitive enough to meet low levels of detection in the cosmetics products and fits into any lab as a benchtop product.
Trifluoroacetic acid (TFA) is emerging as one of the most concerning ultrashort-chain PFAS in Europe’s food supply – particularly in cereals, a staple consumed daily by millions. A report from PAN Europe reveals a widespread and largely unmonitored contamination trend that raises serious questions about food safety, regulatory blind spots, and future monitoring strategies.
PFAS analysis is complex, but expert guidance doesn’t have to be. In this episode of our ‘Ask the PFAS expert series’, we’re joined by Michael Scherer, Application Lead for Food and Environmental, to answer the most pressing questions in PFAS analysis. From why LC-MS/MS systems are the gold standard for analyzing diverse PFAS compounds, to which EU methods deliver reliable results for drinking water, and to practical steps to prevent contamination, Michael shares actionable insights to help laboratories achieve accuracy, consistency, and confidence in their workflows.
During an LC-MS/MS experiment, traditional fragmentation techniques like collision-induced dissociation (CID) have long been the gold standard. Electron-activated dissociation (EAD) is emerging as a transformative tool that enhances structural elucidation, particularly for complex or labile metabolites.
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