A comparison of serum cholinesterase methods : II.
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1972-03-01
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Subject/TRT Terms:
- Air pilots
- Aerial application
- Pesticides
- Organic compounds
- Esters
- Poisons
- Methodology
- Blood analysis
- Blood
- Chemical substances by pH
- Solutions (Chemistry)
- Salts
- Radiometers
- Acetic acid
- Dilution
- Hydrolysis
- Linear regression analysis
- Correlation analysis
- Coefficients
- Colorimetry
- Inhibitors (Chemistry)
- Spectrophotometry
- Phenol
- Filters
- Sulfates
- Phosphates
- Sodium hydroxide
- Potassium
- Hydrogen
- Air pilots
- Pest control baits--Aerial application
- Pesticides
- Organic compounds
- Organophosphorus compounds
- Cholinesterases
- Poisons
- Enzymes
- Blood--Analysis
- Blood plasma
- Methodology
- Hydrogen-ion concentration
- Salts, Soluble
- Radiometers
- Acetic acid
- Butyrylcholinesterase
- Iodides
- Dilution
- Hydrolysis
- Sodium hydroxide
- Acetylcholine
- Perchlorates
- Colorimetry
- Spectrophotometry
- Regression analysis
- Correlation (Statistics)
- Chemical inhibitors
- Phenol
- Quinine sulfate
- Potassium
- Hydrogen
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Edition:OAM report.
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Abstract:Among aerial applicator personnek, the primary value of the periodic blood cholinesterase (ChE) assays is the detection of pesticide poisoning indicated by a decrease in the enzyme activity since the previous (or pre-season) assay. Comparison of these values is difficult if they are based on different methodologies and expressed in different units, which is frequesntly the case. ; This report provides an evaluation of the four serum or plasma ChE methods which are currently in use and establilshes the relationships for interconversion among their respective units. This was accomplished by performing simultaneous assays by each method on a series of samples whose activities covered the range from normal levels down to the very low level found in organophosphate-poisoned individuals. The resulting conversion data (regression evaluations) are also compatible with those described in Report no. AM-70-13, thereby providing direct interconversion capability among the units of seven commonly-used serum ChE methods
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Main Document Checksum:urn:sha-512:02d28905f425e8bcf7762897df52573d8e523f883228ded1151cdaae39e1e90b855f2874f59f6673eedf805b4dc758bf83b0c164baa71e6a35cc344ce484bf1a