Sentence examples for mixed mode chromatography from inspiring English sources

We evaluated mixed mode chromatography for the capture of recombinant antibodies from CHO cell culture supernatants.

This unique characteristics offer great possibility for the design of novel selectors for mixed mode chromatography like RP/ZWIX, HILIC, affinity and chiral chromatography.

Mixed Mode Chromatography (MMC) is a potential separation technique that allows simultaneous ionic and hydrophobic interactions between the adsorbent and the adsorbate.

As far as the authors know, this study is the first one concerning the adsorption of hIgG on this type of mixed mode chromatography adsorbent.

In this study, we evaluated new generation chromatography resins used in the antibody capture process including Protein A, cation exchange, and mixed mode chromatography to address the benefits and unique challenges posed by each chromatography approach.

Principles, characteristics and design of ligands for mixed mode chromatography have been discussed previously [ 74].

The results demonstrated that mixed-mode chromatography with specially-designed ligands is a promising way to improve adsorption selectivity and process efficiency of IgM purification from complex feedstock.

These results indicated that mixed-mode chromatography with specially-designed ligands has great potential for the separation of IgY from crude feedstock.

The results indicated that mixed-mode chromatography would be a potential option for antibody purification with the control of loading and elution conditions.

In the present contribution a novel Ugi multicomponent reaction (MCR) was used to generate zwitterionic chromatographic selectors with capability for application in mixed-mode chromatography featuring complementary selectivities in reversed-phase (RP) and hydrophilic interaction liquid chromatography (HILIC).

These data show that mixed-mode chromatography sorbents, used at capture or intermediate purification steps, really expand the options of MAb purification process development with or without Protein A affinity chromatography.