Delivering enhanced analytical performance and speed, the instruments are designed to uncover complex biological processes that could lead to advancements in precision medicine and significant ...
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Penn State researchers have developed a new “fingerprinting” method for analyzing procyanidins, complex plant compounds which contribute to the taste and mouthfeel variations in many foods and drinks.
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Goethe University chemists have developed a new catalyst capable of cleaving the C-F bonds that lead to PFAS molecules stability and environmental persistence. Given their environmental persistence, ...
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U-M chemists have developed a new method which uses carbon dioxide to create metal oxalates, the precursors needed to make cement. With recent work proving the concept, the team is now taking aim at ...
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The Evosep Eno is a robust, high-throughput separation tool preparing for next generation workflow integration for LC-MS-based proteomics.
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University of Cambridge researchers have developed a novel technique which can easily add single carbon atoms to molecules, providing a new approach to designing complex chemical products and ...
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Using advanced computation methods and a novel X-ray technique, SLAC researchers have found an elusive form of copper.
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A new type of mRNA vaccine is more scalable and adaptable to continuously evolving viruses such as SARS-CoV-2 and H5N1, according to a new study.
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Tailored for high-throughput applications in pharmaceutical companies, contract testing organizations and government laboratories, the new system is designed to deliver exceptional performance for the...
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Researchers at Northwestern have developed a novel material which could become a viable alternative for plastics and toxic PFAS compounds in food packaging.
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