WebPOROS AEX resins are 50 μm, rigid, polymeric, ion‑exchange chromatography resins that can be used for the chromatography of biomolecules including recombinant proteins, monoclonal antibodies, DNA, viruses, and peptides. The resin backbone consists of cross-linked poly [styrene divinylbenzene]. A polyhydroxyl surface coating provides low ... Webin a sample. The cations will displace H+ ions from the hydrogen ion form of the resin, and the hydrogen ion concentration resulting will be determined by titration. H+SO 3-–R + Na+ Na+SO 3-–R + H+ Cation exchange resin displacement rxn. The plastic cartridges hold 300mg of the ion exchange resin. The ion exchange capacity is about 0.45 meq.
Chroma Practical (Students) PDF Ion Ion Exchange - Scribd
WebVarious laboratory experiments were conducted and the best ion-exchange resin was selected so as to remove the right minerals from the groundwater. Verschillende lab-experimenten zijn uitgevoerd en het beste ionenwisselingshars is geselecteerd om de juiste mineralen uit het grondwater te verwijderen. WebLab Testing of Ion Exchange Resins Applications Equipment Set Up Test Parameters and Resin Sample Prep Running the Resin Sample Trial Here to Help Our always-ready … dwtd ships
Laboratory 11 Ion Exchange Chromatography - Part A - Ty C.M.
Web2 feb. 2024 · Ion exchange resins are widely used in water treatment for the removal of various contaminants including natural organic matter (NOM), heavy metal ions, ... Key Laboratory of Systems Bioengineering (Ministry of Education), Tianjin University, Tianjin, 300072, People’s Republic of China. Xianghai Guo. WebIon exchange (IEX) chromatography is based on the principle of the separation of molecules on the basis of their charge. IEX technique leverages the interaction between charged molecules in the feedstock (or mobile phase) and oppositely charged sites on the stationary phase (or chromatography resin). IEX is a technique that is frequently used in … Web15 okt. 2024 · Ion-Exchange Resins: Charge, Strength, and Size. Ion-exchange resins have charged functional groups bound to resin beads that attract biomolecules of the opposite charge. Cation exchange resins are negatively charged, and anion exchange resins are positively charged. Resins are also categorized as “weak” or “strong” … dwt energy and water technologies