Real-time PCR for real-time disease management
Early detection and comprehensive understanding of disease dynamics are key.
The Biomark X9™ System offers precise genomic insights, aiding in the development of disease-resistant breeds and effective management strategies.
Optimize nutrition and feed efficiency
Optimize feed strategies by understanding genetic factors influencing feed conversion and nutrient utilization, leading to cost-effective and environmentally friendly aquaculture practices.
Pick the genetic
winners
Utilize the Biomark X9 System to identity genetic markers linked to growth disease resistance and environmental adaptation to continuously improve the quality of your breeding generations.
Biodiversity analysis and full transparency
Ensure the authenticity and quality of aquaculture products through their DNA, meeting consumer demands for ethical and sustainable seafood.
Go beyond the surface – only with the X9 System
Move the slider to the left on the images below to find out what you can see beyond the surface with the Biomark X9 System.
CHOOSE THE APPLICATION THAT MATTERS FOR YOU
Whether it's detecting pathogens, screening for immune markers or understanding feed profiles, design your panel of choice with our free D3™ software suite.
The Biomark X9 System is capable of performing significantly faster and more operations at the same time compared with any other device on the market. You can run 9000 reactions in just under 1.5 hours on one BIomark X9, vs more than 30 hours compared to conventional PCR systems.
With the Biomark X9 System, you can test for multiple different pathogens, including viruses, bacteria and more, for hundreds of samples simultaneously.
Yes, the small footprint, ease of use and robustness of the Biomark X9 System allow it to be installed anywhere.
See how the Biomark system is being used for on-vessel analysis of salmon.
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Unless explicitly and expressly stated otherwise, all products are provided for Research Use Only, not for use in diagnostic procedures. Find more information here.