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Preventing further misuse of the ELISA technique and misinterpretation of serological antibody assay data
by
Terato, Kuniaki
, Do, Christopher
, Chang, Jessica
, Waritani, Takaki
in
Allergy and Immunology
/ antibodies
/ Antibodies - blood
/ Antibody
/ Antigens
/ Background noise reaction
/ blood serum
/ Collagen
/ Competition
/ Dilution
/ E coli
/ ELISA
/ enzyme-linked immunosorbent assay
/ Enzyme-Linked Immunosorbent Assay - methods
/ False positive reaction
/ False Positive Reactions
/ Human serum
/ Humans
/ hydrophobicity
/ Immunoglobulins
/ Medical research
/ Methods
/ Noise
/ Plastics - chemistry
/ Proteins
/ Serologic Tests - methods
/ Signal-To-Noise Ratio
/ Studies
/ vaccines
2016
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Preventing further misuse of the ELISA technique and misinterpretation of serological antibody assay data
by
Terato, Kuniaki
, Do, Christopher
, Chang, Jessica
, Waritani, Takaki
in
Allergy and Immunology
/ antibodies
/ Antibodies - blood
/ Antibody
/ Antigens
/ Background noise reaction
/ blood serum
/ Collagen
/ Competition
/ Dilution
/ E coli
/ ELISA
/ enzyme-linked immunosorbent assay
/ Enzyme-Linked Immunosorbent Assay - methods
/ False positive reaction
/ False Positive Reactions
/ Human serum
/ Humans
/ hydrophobicity
/ Immunoglobulins
/ Medical research
/ Methods
/ Noise
/ Plastics - chemistry
/ Proteins
/ Serologic Tests - methods
/ Signal-To-Noise Ratio
/ Studies
/ vaccines
2016
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Do you wish to request the book?
Preventing further misuse of the ELISA technique and misinterpretation of serological antibody assay data
by
Terato, Kuniaki
, Do, Christopher
, Chang, Jessica
, Waritani, Takaki
in
Allergy and Immunology
/ antibodies
/ Antibodies - blood
/ Antibody
/ Antigens
/ Background noise reaction
/ blood serum
/ Collagen
/ Competition
/ Dilution
/ E coli
/ ELISA
/ enzyme-linked immunosorbent assay
/ Enzyme-Linked Immunosorbent Assay - methods
/ False positive reaction
/ False Positive Reactions
/ Human serum
/ Humans
/ hydrophobicity
/ Immunoglobulins
/ Medical research
/ Methods
/ Noise
/ Plastics - chemistry
/ Proteins
/ Serologic Tests - methods
/ Signal-To-Noise Ratio
/ Studies
/ vaccines
2016
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Preventing further misuse of the ELISA technique and misinterpretation of serological antibody assay data
Journal Article
Preventing further misuse of the ELISA technique and misinterpretation of serological antibody assay data
2016
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Overview
The indirect ELISA is a widely utilized method to assay serum antibodies. However, a common and critical problem when analyzing serum antibodies is the disregard for the background noise reaction caused by the hydrophobic binding of immunoglobulin components in serum components to plastic. Unfortunately, current blocking agents cannot prevent this background noise reaction. To prevent further misuse of the ELISA technique, it is important to openly discuss the fundamental problems involved in the ELISA system.
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