Poster Note: Neurotoxic effects of pesticides, 01-2018
Serious concern has arisen worldwide regarding the dramatic increase in incidences
of learning and developmental disorders in children. Recently, various epidemiological
studies have indicated that during childhood, exposure to low doses of biologically
active contaminants in the environment can have deleterious effects on cognitive
and behavioral...
Serious concern has arisen worldwide regarding the dramatic increase in incidences
of learning and developmental disorders in children. Recently, various epidemiological
studies have indicated that during childhood, exposure to low doses of biologically
active contaminants in the environment can have deleterious effects on cognitive
and behavioral development.
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Poster Note: Mapping of greek olive oil
In this study, LC free magnetic resonance mass spectrometry (MRMS) analysis was
employed for mapping and quality control assessment of Greek extra virgin olive oil
(EVOO) using a new and intuitive software workflow.
In this study, LC free magnetic resonance mass spectrometry (MRMS) analysis was
employed for mapping and quality control assessment of Greek extra virgin olive oil
(EVOO) using a new and intuitive software workflow.
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Poster Note: Profiling of Wine
The complexity of organic compounds in food products such as wine can be analyzed by LC free magnetic resonance mass spectrometry.
The complexity of organic compounds in food products such as wine can be analyzed by LC free magnetic resonance mass spectrometry.
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App Note: Using Ion Mobility to separate designer drugs
The large number of new emerging designer drugs and the need to detect not only the parent analyte but their metabolites poses a big challenge in forensic screening. Ion mobility combined with HRES mass spectrometry allows for the identification and characterization of known as well as unknown analytes extending the scope to address these challenges.
The large number of new emerging designer drugs and the need to detect not only the parent analyte but their metabolites poses a big challenge in forensic screening. Ion mobility combined with HRES mass spectrometry allows for the identification and characterization of known as well as unknown analytes extending the scope to address these challenges.
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App Note: Electron Induced Dissociation for the Differentiation of Isomeric Metabolites of Diclofenac, 2017-11 (1851943)
Electron induced dissociation (EID) is applied for the differentiation of structural isomers of diclofenac metabolites. EID showed superior capability over collision induced dissociation (CID) by providing detailed structural information to locate the hydroxyl groups on different rings.
Electron induced dissociation (EID) is applied for the differentiation of structural isomers of diclofenac metabolites. EID showed superior capability over collision induced dissociation (CID) by providing detailed structural information to locate the hydroxyl groups on different rings.
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