Industry Specific Testing

Discover how flow cytometry applies to DNA analysis in agriculture and aquaculture, and microbiology in wine and water.
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Regarder : L'importance des niveaux de ploïdie dans la production alimentaire durable

XF-1600™ Flow Cytometer

The XF-1600 has the innovative technology and fluidics needed to provide high detection sensitivity even at high sample flow rates.


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  • Beverage

    At the aging stage, wines are prone to a well-known threat to contamination by Brettanomyces bruxellensis yeast. Without early detection, undesirable volatile compounds with unpleasant aromas can mask or affect a wine's bouquet.

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  • Water

    The number of bacteria present In drinking water is an important consideration of many production processes. A new system based on flow cytometry enables the fast and reliable detection of bacteria in water.

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  • Genomic Research

    DNA Ploidy

    By using fluorescent dyes that bind to DNA molecules, flow cytometry can evaluate a cell’s chromosome content by detecting the intensity of the fluorescence emitted by the dye-labelled nuclei.

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    Our modular, integrated clinical flow cytometry system can help busy flow cytometry laboratories manage sample and data flow.

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