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Precise and Productive Serological Pipetting from 0.1 to 50 mL
Pipetting is a vital component of many laboratory workflows, especially in biological labs that handle cell cultures. Achieving absolute precision in these processes is critical, ...
Infrared Spectroscopy Method Paves the Way for Rational Organocatalyst Design
Researchers at the University of Amsterdam and the HFML-FELIX institute in Nijmegen have published their work which utilizes the FELIX free-electron laser of the HFML-FELIX ...
3D Printed ‘Breathalyzer’ Sensor Detects Methanol Poisoning
Researchers have developed a new electrically conductive ink that can be 3D printed onto ceramic to create a novel sensor which rapidly detects small concentrations of methanol in ...
Mass Spectrometer for Breakthrough 4D-Metabolomics and 4D-Lipidomics
Bruker Corporation’s timsMetabo is a peak-performance 4D-Metabolomics mass spectrometer delivering unprecedented sensitivity, separation power and annotation confidence for small ...
High-speed MS for Biopharma and Omics Research
Delivering enhanced analytical performance and speed, the instruments are designed to uncover complex biological processes that could lead to advancements in precision medicine and...
Food Scientists Develop New Mass Spec Method to Better Explain Perceived Taste
Penn State researchers have developed a new “fingerprinting” method for analyzing procyanidins, complex plant compounds which contribute to the taste and mouthfeel variations in ...
Survey: AI Not Yet Key to Digital Lab Transformation
According to the survey results, while machine learning and AI are expected to be major drivers of transformation in lab operations, many labs aren't quite ready to fully harness ...
New Catalyst Efficiently Cleaves C-F Bond in PFAS Compounds
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 ...
Carbon Capture Method Uses CO2 to Produce Efficient Cement Precursor
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...
System Designed to Drive Next-gen LC-MS-based Proteomics Research
The Evosep Eno is a robust, high-throughput separation tool preparing for next generation workflow integration for LC-MS-based proteomics.