Aminoethyl Resins

Biomolecules can be immobilized by binding them to support under conditions that define the characteristics of the complex. Various other biomolecules can be immobilized for affinity chromatography (AC) in biological and chemical research. The related examples include the separation and purification of protein A, protein G, antibodies, antigens, and dyes from chemical mixtures by AC. As a result of covalent bonds between enzymes or ligands and agarose, aminoethyl resins enhance the stability of biomolecules and facilitate their recovery and reuse. The aminoethyl group will be selected depending on the biomolecule's accessibility, orientation, and orientation required for binding. At present, aminoethyl resins have been widely used in life science and chemical research.

Fig. 1 Affinity chromatography to isolate molecules based upon ligand binding abilities. (Shen C-H, 2019)

Advantages of Our Products

• Improved ligand stability
• Efficient and industrial-scale purification
• High efficiency and simple operation
• High yield and high product purity
• High selectivity and excellent scalability
• Work in coordination with enzymes, proteins, and small antibodies

Applications of Our Products

• For batch or column purification
• Separation and purification of nucleic acids and proteins from cell extracts
• Antibody isolation from plasma
• Small-scale and large-scale purification of enzymes, native and recombinant proteins
• Isolate certain types of cells
• Separation, analysis, or characterization of chemicals and biochemicals
• Detection of biological interactions, including protein-protein, drug-protein, antibody-antigen, and receptor-ligand interactions

Creative BioMart has a wide range of high-quality aminoethyl resins for you to select for the successful purification of proteins and antibodies by AC in the fields of biotechnology, microbiology, cell biology, and immunology. You can quickly find the reagents you need by searching keywords such as CAT number or product name. Please tell us your product needs, we will provide you with a comprehensive consultation. If you have any questions, please feel free to contact us.

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Reference:

1. Shen C-H. (2019) Quantification and Analysis of Proteins. Diagnostic Molecular Biology. 187–214.