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Updated: Oct 9, 2026

Isolation of Labile Multi-protein Complexes by in vivo Controlled Cellular Cross-Linking and Immuno-magnetic Affinity Chromatography
Published on: March 9, 2010
Isolation of model soluble immune complexes in the fluid phase by monoclonal anti-IgG-ferritin antibodies
Ferritin conjugates of monoclonal IgG anti-human gamma chain (anti-IgG-F) were reacted with soluble heat aggregates of IgG (A-IgG) and with soluble DNA-anti-DNA complexes to increase the S rate of the model soluble immune complexes (ICx) and thus facilitate isolation of ICx in the fluid phase and provide an immunochemical marker for subsequent ultrastructural analysis. A-IgG appeared as globular or curvilinear structures with individual IgG molecules arranged in a random fashion. The technique appears promising for characterization of other soluble ICx.
Ferritin conjugates of monoclonal IgG anti-human gamma chain (anti-IgG-F) were reacted with soluble heat aggregates of IgG (A-IgG) and with soluble DNA-anti-DNA complexes to increase the S rate of the model soluble immune complexes (ICx) and thus facilitate isolation of ICx in the fluid phase and provide an immunochemical marker for subsequent ultrastructural analysis. A-IgG appeared as globular or curvilinear structures with individual IgG molecules arranged in a random fashion. The technique appears promising for characterization of other soluble ICx.

