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PACIFIC GROVE, Calif.--([ BUSINESS WIRE ])--At the Asilomar Conference for Mass Spectrometry in Food Safety and Quality, Bruker today launches the high performance, accurate mass-based PesticideScreenera" solution for multi-residue analysis as a turnkey approach to accurate and verifiable analysis of pesticides in food and feed. PesticideScreener is based on full-scan high resolution accurate mass data for multi-target screening, confirmation and quantitation to deliver confident and comprehensive multi-target analysis of pesticides in food in a single LC-MS run.

"PesticideScreener offers food safety laboratories a new high-performance solution with unprecedented accuracy and sensitivity on a large, information-rich compound database"

Enabling fast and reliable identification of selected compounds at ppb levels in complex sample matrices, with very low false positive rates, PesticideScreener identifies compounds based on combined scoring of mass accuracy, isotopic patterns, retention times and, optionally, MS/MS qualifier ion fragment data. At the heart of the PesticideScreener is a high-quality database of over 700 target pesticides. This database is not merely a alist of compoundsa but includes:

• Retention times for the matched UHPLC method
• Adduct information
• Isomer information
• Fragment ion information
• Isotopic confirmation
• Qualifier ions for aone-shota-confirmation in broad-band MS/MS mode

Processing is completely automated with Brukeras well established and comprehensive TargetAnalysis software, which screens data and delivers simple scoring against database information for at-a-glance confidence. This enables fast and reliable identification of selected compounds at ppb levels, with very low false positive rates even in complex matrices.

The engine driving PesticideScreener is Brukeras revolutionary ultra-high resolution (UHR) bench-top QTOF, the maXis impact, offering a single no-compromise mode with:

• High resolution AND high speed simultaneously for coupling to UHPLC
• Unique Full Sensitivity Resolution (FSR) of greater than 40,000
• One shot method, providing screening and confirmation in the same run
• Excellent sensitivity, high dynamic range and mass accuracy, meeting the performance requirements established in EU protocol SANCO/12495/2011
• True Isotope Pattern (TIP) for ultimate confidence in molecular formula determination
• High-resolution extracted ion chromatograms (hrXIC) at +/- 1 mDa.

PesticideScreener has been developed with the sole purpose of providing food safety laboratories with a confident and comprehensive multi-target analysis solution. Combining industry leading UHPLC and UHR-QTOF technology with automated data analysis, this dedicated turnkey solution delivers outstanding performance.

Dr. Johan Redeby, at the National Food Administration in Uppsala, Sweden commented: aBrukeras PesticideScreener screening solution is easy-to-use, even for inexperienced, untrained staff. We are confident with the maXis performance and are using it for emerging risk screening.a

aPesticideScreener offers food safety laboratories a new high-performance solution with unprecedented accuracy and sensitivity on a large, information-rich compound database,a stated Dr. Carsten Baessmann, Head of Bruker Daltonics ESI Applications Development. aOur recently launched world-class EVOQ LC-MS/MS and the award winning SCION GC-MS/MS triple-quadrupole systems with Compound Based Scanning (CBS) software significantly simplify MRM methods for routine quantitative analysis. Together the combination of powerful software with performance- leading hardware benefits the user by allowing for rapid, reliable, and confident identification, confirmation, and quantification of pesticides in any matrix.a

For more information on Pesticide Screener, please go to: [ http://www.bdal.com/us/solutions/foodforensics/pesticide-screening/overview.html ]

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About Bruker Corporation

Bruker Corporation (NASDAQ: BRKR) is a leading provider of high-performance scientific instruments and solutions for molecular and materials research, as well as for industrial and applied analysis. For more information, please visit [ www.bruker.com ].

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