12 Introducing the ATNC analysis for cosmetics
Cosmetics play a vital role in our daily routines, but concerns about their safety have heightened due to the presence of nitrosamines and their potential health risks. Manufacturers are faced with the challenge of verifying and controlling nitrosamine levels, a task made difficult with current equipment, often leading to costly and time-consuming outsourcing.
The ATNC (Apparent Total Nitrosamine Content) Analysis, a recognised technique under the European Union’s Cosmetics Regulation (EC) 1223/2009. This innovative method allows users to quickly screen samples for total nitrosamine content at ppb levels, providing a single result regardless of the complexity of the nitrosamine molecule.
Ellutia have extensive experience in nitrosamine detection in various industries, understanding the specific challenges in the cosmetics sector. The company’s customised solutions enable customers to conduct ATNC testing in-house, utilising the exceptional 800 series TEA detector. This detector, known for its unmatched sensitivity and selectivity, uses a chemical reaction to separate the NO group from the Nitrosamine molecule, accurately detected by the TEA.
Ellutia’s ATNC systems offer unmatched flexibility, accommodating manual or automated analysis based on the required sensitivity and sample volumes. By embracing internal ATNC analysis, you can take control, swiftly identifying and resolving any issues to ensure your products consistently meet your standards.
Schedule a call with the team of experts to explore the possibilities. More information online:
ilmt.co/PL/G7nE
62205pr@reply-direct.com
Exploring nitrosamine testing in beer: A practical guide to ATNC
Testing beer raises a subtle concern: the potential presence of nitrosamines known for their adverse impact on DNA and association with cancer, these compounds intricately weave their way into the beer brewing process, warranting a closer look during testing.
Considering the genotoxic and carcinogenic nature of nitrosamines, their examination becomes vital, particularly in industries like brewing. The article emphasizes the criticality of this issue, acknowledging that the brewing industry faces unique challenges in nitrosamine formation during its intricate processes, making testing integral to ensuring the quality and safety of beers.
In the world of beer testing, complexities in production can unintentionally contribute to nitrosamine creation, posing a unique challenge for testers in guaranteeing beer purity and safety. Evaluating nitrosamine content in beer is crucial for consumer well-being. The article underscores the indispensability of employing advanced analytical methods for precisely detecting and measuring these compounds during testing.
The presence of nitrosamines in beer captures the attention of both regulatory bodies and vigilant beer testers. This article explores the complexities of nitrosamines, identifies their potential sources in beer testing, and emphasizes the necessity
for advanced analytical methods to accurately detect and measure these compounds. As beer testers, it is imperative for us to be aware of potential risks, actively engage in understanding, and proactively mitigate the dangers associated with N-nitrosamines in the beer samples we scrutinize. Through informed testing practices, we play a pivotal role in upholding the purity and safety of beers under our meticulous examination.
More information online:
ilmt.co/PL/DZ2Y 62206pr@reply-direct.com
Improving pharmaceutical standards: Perfecting ATNC control with Ellutia’s ATNA
In the world of pharmaceuticals, effectively managing the Apparent Total Nitrosamine Content (ATNC) is essential. Overlooking these compounds can lead to more than just financial implications. It can jeopardise your reputation and potentially endanger the health of consumers, with the alarming risk of cancer.
Addressing this challenge requires a proactive strategy, focusing on controlling ATNC right from the source. However, current technology and methods have struggled to offer quick and efficient ways of confirming nitrosamine-free samples at low ppb levels.
The Automated Total Nitrosamine Analyser (ATNA) is here to provide a solution. It serves as a guiding beacon for pharmaceutical manufacturers navigating the intricate landscape of ATNC control. Renowned for its exceptional nitrosamine screening capabilities, the ATNA also efficiently screens for ATNC levels down to low ppb. Additionally, it effortlessly handles various sample types with minimal preparation, streamlining the entire analysis process.
The ATNA’s functionality combines operational simplicity with efficiency. Samples embark on a seamless journey - placed in vials with a reagent mixture, undergoing a chemical reaction by the Robotic Autosampler, and then injected into the highly sensitive and selective Ellutia TEA Detector. This detector can detect at low ppb levels and analyse up to 10 samples per hour.
By eliminating the need for compound separation, the ATNA provides a single result for total ATNC content, offering a clear understanding for further exploration. This targeted approach empowers pharmaceutical manufacturers to allocate resources strategically, avoiding unnecessary investment in blank samples.
If your goal is to enhance pharmaceutical quality through precise ATNC control, the ATNA presents a valuable advantage. Explore its remarkable capabilities at
https://www.ellutia.com/atna.
More information online:
ilmt.co/PL/WlQk 62207pr@reply-direct.com
LABMATE UK & IRELAND - APRIL 2024 - ADVERTORIAL
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