This article deals with "matrix effects" in immunoassay systems. As each component has its own matrix (buffer, antibody, separation agents), the term matrix effect--usually only referring to the matrix of the sample--has been replaced by the term interference effect. The possible sites of interference have been dealt with in turn, taking each component/step of an immunoassay separately. Results of assay improvement due to the removal of "matrix effects" are given using the PTH-assay as example. The change in results due to tampering with the serum matrix is given using the determination of free thyroxine in commercial quality control sera
%0 Journal Article
%1 Wood.1991
%A Wood, W. G.
%D 1991
%J Scand.J.Clin.Lab Invest Suppl
%K & Antibodies Buffers Control Hormone Humans Immunoassay Parathyroid Quality Reference Standards Thyrotropin blood data methods numerical standards statistics
%P 105-112
%T "Matrix effects" in immunoassays
%U PM:1947738
%V 205
%X This article deals with "matrix effects" in immunoassay systems. As each component has its own matrix (buffer, antibody, separation agents), the term matrix effect--usually only referring to the matrix of the sample--has been replaced by the term interference effect. The possible sites of interference have been dealt with in turn, taking each component/step of an immunoassay separately. Results of assay improvement due to the removal of "matrix effects" are given using the PTH-assay as example. The change in results due to tampering with the serum matrix is given using the determination of free thyroxine in commercial quality control sera
@article{Wood.1991,
abstract = {This article deals with "matrix effects" in immunoassay systems. As each component has its own matrix (buffer, antibody, separation agents), the term matrix effect--usually only referring to the matrix of the sample--has been replaced by the term interference effect. The possible sites of interference have been dealt with in turn, taking each component/step of an immunoassay separately. Results of assay improvement due to the removal of "matrix effects" are given using the PTH-assay as example. The change in results due to tampering with the serum matrix is given using the determination of free thyroxine in commercial quality control sera},
added-at = {2010-02-05T11:28:39.000+0100},
author = {Wood, W. G.},
biburl = {https://www.bibsonomy.org/bibtex/2fc1f64bf609f025e2be600da22cbf972/kanefendt},
interhash = {f741cfe56e6f9cab240fc6e109627b48},
intrahash = {fc1f64bf609f025e2be600da22cbf972},
journal = {Scand.J.Clin.Lab Invest Suppl},
keywords = {& Antibodies Buffers Control Hormone Humans Immunoassay Parathyroid Quality Reference Standards Thyrotropin blood data methods numerical standards statistics},
pages = {105-112},
timestamp = {2010-02-05T11:28:45.000+0100},
title = {"Matrix effects" in immunoassays},
url = {PM:1947738},
volume = 205,
year = 1991
}