PO Nanofiber Membrane Chromatography Syringe Caputer Plasmids & Plasma Components 33mm 0.45μM Pharmaceutical Industry MCS Cation Ion Exchange Chromatography

Description MCS Cation Ion Exchange Chromatography

Ion exchange chromatography is a technique for separating compounds based on their net charge. Ion exchange chromatography media contain negatively or positively charged functional groups covalently bound to a solid support, yielding either a cation or anion exchanger, respectively. Charged compounds are adsorbed and retained by an ion exchanger having the opposite charge, whereas compounds that are neutral or have the same charge as the media pass through the void volume and are eluted from the column. The binding of the charged compounds is reversible, and adsorbed compounds are commonly eluted with a salt or pH gradient. Ion exchange media are available in various particle sizes, ionic forms, and purity ranges.

Application MCS Cation Ion Exchange Chromatography

• Capture large particles such as recombinant proteins, plasmids, viruses, viral vectors and plasma components;
• Polishing steps to remove contaminants such as host DNA, HCPs, and endotoxins in biological fluids;
• Fine purification of small molecule drugs such as oligonucleotides and peptides.

Features MCS Cation Ion Exchange Chromatography

• Materials to clarify both aqueous and mild organic solutions;
• 100% passed integrity test;
• Low-binding membrane;
• Low IC extractables;
• Ethylene oxide or gamma irradiation sterilization;
• Ready to use equipment;
• Easy to connect Syringe Filter or Pump;
• High adsorption capacity to macromolecule;
• High flow rate and high capacity;
• Well developed separation function.

Filter Performance MCS Cation Ion Exchange Chromatography

Naming Regulations MCS Cation Ion Exchange Chromatography