<H1> High-performance scientific instruments and analytical and diagnostic solutions to explore life and materials at molecular level. </H1> |
<H2> COVID-19 Customer Information - “We strive for integrity in managing the current situation” </H2> |
<H2> Virtual Meetings - There has never been a better time to learn something new. </H2> |
<H2> Webinars - Online Learning from Experts </H2> |
<H2> Q4 TASMAN Series 2 - new advanced benchtop spark-Optical Emission Spectrometer for the entire metals industry. </H2> |
<H2> Bruker Announces Launch of CE-IVD Marked genesig® Assay Kit for the Detection of the SARS-CoV-2 Virus </H2> |
<H2> Training Courses </H2> |
<H2> timsTOF fleX - MALDI Guided SpatialOMx on the timsTOF fleX </H2> |
<H2> Instruments and solutions for a broad range of application fields </H2> |
<H2> </H2> |
<H3> "Trapped ion mobility mass spectrometry (TIMS) with the timsTOF Pro is very attractive for us, in terms of its robustness and incredibly high-throughput capabilities." </H3> |
<H3> “From MS imaging to MALDI MS-based drug discovery, my work follows a path between the two worlds of industry and academia, to solve some of the most complex questions from both sides, using advanced MS technology from Bruker.” </H3> |
<H3> Watch this video interview with Dr. Ulrich Hintermair, University of Bath. They use Flow-NMR spectroscopy to investigate catalytic systems under realistic conditions. It opens the door to whole new findings. </H3> |
<H3> "Our use of Bruker´s MS instruments provides the medical research community with the tools to visualize exactly what is going on in diseased tissue, particularly in the brain. MS Imaging is now also vital in our drug discovery and development work." </H3> |
<H3> “By implementing Bruker’s MALDI Biotyper, we can provide our customers with fast, accurate and trustworthy molecular identification of microorganisms in their food products, allowing them to make crucial decisions rapidly.” </H3> |
<H3> “For the work we do, particularly our neurological research, the rapifleX instrument is vital. Without its superior resolution we could not obtain the highly detailed images necessary for visualizing peptides in the brain.” </H3> |
<H3> “The instrument from Bruker brings high performance and flexibility for faster analysis, saving time and money while producing richer datasets for small molecule analysis.” </H3> |
<H3> "The instruments from Bruker go above and beyond what is currently available in the field - we are working with the specialists at the highest level to bring forward novel solutions to questions in membrane proteomics." </H3> |
<H3> “Bruker really takes the lead as mass spectrometry Technology providers – they facilitate our key objective of making a real impact on healthcare and help us put patients at the heart of our translational research.” </H3> |
<H3> “… Our co-development of the Toxtyper™ solution has provided us with ultrafast identification of drugsand toxins using LC-MSn, for our research and service needs.” </H3> |
<H3> “... we showed that the extreme resolution capabilities with Bruker solariX XR™ are beyond what can be achieved by other instruments.” </H3> |
<H3> “We rely on Bruker’s robust LC-MS/MS solution, the Toxtyper™, to rapidly analyze biological samples for drugs and drugs of abuse, with unprecedented accuracy”. </H3> |
<H3> "While focusing on the subject of IDPs, I was impressed that all we know is largely driven by the technology we have." </H3> |
<H3> "With the NMR profiling, we are using only one method, in 20 minutes, where previously it took six days." </H3> |
<H3> "Dr. Siow estimated that with about 30 minutes training and a good protocol, a non-MRI expert can operate the ICON" </H3> |
<H3> "For mass spectrometry imaging, Bruker´s Technology leads the way. In particular, their MALDI imaging instruments have incredible figures of merit that other vendors don´t come close to." </H3> |
<H3> "The main feature of the EMXnano is that is it easy to use." </H3> |
<H3> "The latest generation of Bruker NMR instruments gives us staggering day to day and long term reproducibility and reliability of spectral acquisition, coupled with the ability to do automated digital quantification of multiple metabolites." </H3> |
<H3> "The most vital aspect for the successful study of metallo-supramolecular self-assemblies is the production of 3D crystal structures. The solid-state 3D structure is the definitive proof of the correctness of the structure, and the chemistry related to it." </H3> |
<H3> "... our new D8 QUEST again pushes the limits still further and we get high quality data from smaller, weakly diffracting samples in shorter space of time." </H3> |
<H3> Advances in the field of MPI: an interview with Professor Kannan Krishnan </H3> |
<H3> "The Aeon 1 GHz is a breakthrough for our studies of the interaction of transcription factors with bacterial RNA-polymerase. With a molecular mass exceeding 450 kDa, this is one of the largest heteromeric protein systems ever successfully studied by NMR." </H3> |
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Cost and overhead previously rendered this semi-public form of communication unfeasible.
But advances in social networking technology from 2004-2010 has made broader concepts of sharing possible.