Eshmuno® CPX media
Eshmuno® CPX media - High aggregate removal efficiency combined with high dynamic binding capacity Eshmuno® CPX media is a strong cation exchanger built on the proven Eshmuno® resin technology. Eshmuno® CPX media combines high aggregate removal efficiency in downstream purification linked to an outstanding high dynamic binding capacity, utilizing the 50 μm Eshmuno® base bead technology and EMD Millipore’s proprietary tentacle…
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Eshmuno® CPX media - High aggregate removal efficiency combined with high dynamic binding capacity
Eshmuno® CPX media is a strong cation exchanger built on the proven Eshmuno® resin technology. Eshmuno® CPX media combines high aggregate removal efficiency in downstream purification linked to an outstanding high dynamic binding capacity, utilizing the 50 μm Eshmuno® base bead technology and EMD Millipore’s proprietary tentacle technology.
Benefits
• Excellent mAb monomer/aggregate separation efficiency
• Superior resolution intermediate purification
• High dynamic binding capacity
• High throughput purification
• Rigid base bead for easy packing
• Outstanding pressure flow behavior
Readybag® Half Fraser Broth – Compliance with ISO Standard
Foodborne pathogens can be very harmful throughout the world – testing for their presence is key for infection prevention, though it is often time and labor consuming. The Readybag® Half Fraser Broth helps streamline this process by eliminating the need for media preparation in the pathogen enrichment workflow. This application note demonstrate the benefits of the Readybag® Half Fraser Broth for the identification of Listeria monocytogenes.
Readybag® Granulated Media Pouches for Composite Food Samples
Testing of pathogens in food is a necessity for infection prevention and health of the consumer, however the process is often time and labor consuming. The Cherney Microbiological Services performed a study to investigate the efficiency of the Readybag® enrichment media compared to traditional autoclave and high efficiency methods. This white paper details the methods, results and conclusions when comparing the labor required, media cost, utility and associated electricity costs for each of the three methods.
