Utilizing a 50 μm diameter base bead and Merck’s proprietary tentacle technology for more effective binding of target substances, Eshmuno® CPX resin exhibits a high resolution and impurity clearance independant of scale and flow rate.

Strong cation exchanger built on the proven Eshmuno ® resin technology to deliver high aggregate removal efficiency utilizing the 50 µm Eshmuno ® base bead technology.

A compression factor (CF) of 1.05 – 1.09 is recommended for packing Eshmuno® CPX resin in lab scale columns. An accurate determination of the slurry volume and slurry concentration are …

Eshmuno ® CPX chromatography resin enables: Intermediate purification or polishing of monoclonal antibodies High aggregate removal efficiency combined with high dynamic binding capacity High loading capacity combined with high purity at lower elution volumes. Wide pH and conductivity operating window High flow rate versus pressure-flow behavior Excellent removal of impurities Robust and safe ...

强阳离子交换剂 ESHMUNO® - Find MSDS or SDS, a COA, data sheets and more information.

Eshmuno® CPX 介质 阳离子交换介质 设计目的: 利用专利触手得构造及50μm 粒径大小基质,提供超高载量及优异的多具体去除能力。 与传统的阳离子交换精纯步骤相比,分离单体及多聚体性能效果卓越且单位生产力高。 3

Eshmuno ® CPX chromatography resin enables: Intermediate purification or polishing of monoclonal antibodies High aggregate removal efficiency combined with high dynamic binding capacity High loading capacity combined with high purity at lower elution volumes. Wide pH and conductivity operating window High flow rate versus pressure-flow behavior

Strong cation exchanger built on the proven Eshmuno ® resin technology to deliver high aggregate removal efficiency utilizing the 50 µm Eshmuno ® base bead technology.

ESHMUNO® CPX - Find MSDS or SDS, a COA, data sheets and more information.

Eficient impurity removal and strong binding capacity at high flow rates resin technology. Eshmuno® CPX resin combines high aggregate removal eficiency in downstream purification and an outstanding dynamic binding capacity, utilizing the 50 μm Eshmuno® base bead technology and our proprietary te tacle tec Figure 1.