2014
DOI: 10.14233/ajchem.2014.15536
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Rapid Fluorescence Polarization Immunoassay for Highly Sensitive Detection of 2,4,6-Trinitrotoluene

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Cited by 4 publications
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“…59,89 Researchers have devoted themselves and aimed to develop novel approaches for the rapid detection of these kinds of mass destructive weapons to safeguard livings beings. Therefore, to be on the safe side from the escalating threat of these chemicals and explosives, different methodologies like mass spectrometry, 90 Raman spectroscopy, 91 ion mobility spectrometry, 92 interferometry, 93 chromatography, 89 electrochemical assays, 94 fluorescence polarization, 62,95 , etc. have been proposed and used.…”
Section: Chemical Warfare Agents and Explosivesmentioning
confidence: 99%
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“…59,89 Researchers have devoted themselves and aimed to develop novel approaches for the rapid detection of these kinds of mass destructive weapons to safeguard livings beings. Therefore, to be on the safe side from the escalating threat of these chemicals and explosives, different methodologies like mass spectrometry, 90 Raman spectroscopy, 91 ion mobility spectrometry, 92 interferometry, 93 chromatography, 89 electrochemical assays, 94 fluorescence polarization, 62,95 , etc. have been proposed and used.…”
Section: Chemical Warfare Agents and Explosivesmentioning
confidence: 99%
“…59,89 Accordingly, researchers have devoted their efforts to developing novel approaches for the rapid detection of these types of mass destructive weapons to safeguard life. Consequently, different methodologies such as mass spectrometry, 90 Raman spectroscopy, 91 ion mobility spectrometry, 92 interferometry, 93 chromatography, 89 electrochemical assays, 94 and fluorescence polarization, 62,95 have been proposed and used. However, the application of these techniques for real-time detection and monitoring is limited by their complex operation, low sensitivity, and inaccurate data production.…”
Section: Chemical Warfare Agents and Explosivesmentioning
confidence: 99%