Proud to collaborate in exploring an alternative COVID-19 testing method

The image portrays a team of professionals from Alderley Analytical, engaged in a discussion in a relaxed, informal setting. The group is seated across from each other on comfortable, modern furniture, fostering a sense of open dialogue and collaboration. The presence of a plant hanging overhead and the natural light from the windows contribute to a warm and inviting atmosphere, emphasizing a work environment that values communication and team cohesion. This scene likely represents a moment of strategic planning, idea sharing, or team building, illustrating the company's commitment to fostering a collaborative and supportive workplace culture. The diverse team, shown in professional attire, reflects a range of roles and expertise within Alderley Analytical, highlighting the multidisciplinary approach the company employs to achieve excellence in bioanalytical services. This image effectively conveys the human element of Alderley Analytical, showcasing the professionals behind the science and their collaborative efforts to drive innovation and maintain high standards in their field.
Image showcasing the logos of the University of Leicester, Ghent University, and Waters Corporation, representing a proud collaboration with Alderley Analytical. This partnership aims to explore an alternative COVID-19 testing method, demonstrating a commitment to advancing scientific research and public health initiatives. Each logo symbolizes the unique contribution and expertise of the involved parties, from academic research to analytical technologies.

Exploring an alternate testing method for COVID-19

Alderley Analytical are proud to collaborate with University of Leicester, Ghent University and Waters in exploring an alternate testing method for COVID-19. We provided our specialist bioanalytical services and produced data in our state-of-the-art laboratory to support a novel analytical approach. This promising method explored the potential for LC-MS high-throughput targeted proteomics methods to detect Covid-19.

We recognise the critical role efficient mass testing could have, and this interesting exercise could be the start of a new route for fast, reliable and cost effective techniques for Covid-19 detection. https://www.waters.com/nextgen/us/en/library/application-notes/2020/comprehending-covid-19-maximizing-lc-ms-detection-dynamic-range-for-multiple-reaction-monitoring-based-sars-cov-2-analysis.html

We would like to thank our fellow collaborators for their contributions to this innovative research. For more information on our services or to discuss your bioanalysis requirements, please get in touch.

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