Since the first description of the binding of immunoglobulins to plastic surfaces in the 1960s, the solid-phase immunoassay has undergone continuous development. Different detector systems such as enzymes or fluorophores and different solid phases enable a large number of assay variants and their possible applications, although the basic structure and thus the development and optimization of a solid-phase immunoassay are basically similar for all these variants.

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Elisa/EIA/FIA

  • Göran Key

摘要

Since the first description of the binding of immunoglobulins to plastic surfaces in the 1960s, the solid-phase immunoassay has undergone continuous development. Different detector systems such as enzymes or fluorophores and different solid phases enable a large number of assay variants and their possible applications, although the basic structure and thus the development and optimization of a solid-phase immunoassay are basically similar for all these variants.