Results 211 to 220 of about 733,629 (264)
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CHEMICAL MICROANALYSIS: ANALYSIS OF CAPILLARY AND VENOUS BLOOD
Pediatrics, 1959The concentrations of cholesterol, chloride, sodium, potassium, urea, calcium, phosphorus, total protein, albumin and glucose were measured in plasma obtained from capillary and venous blood collected nearly simultaneously from the same subject. With the exception of glucose, there was no difference in the concentrations of any of these substances ...
S A, KAPLAN, A M, YUCEOGLU, J, STRAUSS
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A multi-dimensional analysis of three chemical quantities in the blood
Medical Informatics, 1991A three-dimensional model for the analysis of the three quantities pH, pCO2 and base excess (BE), as measured in arterial blood, is presented. Whereas the conventional analysis of these quantities relies on reference regions as established from the univariate distributions, treating the quantities as uncorrelated, the present model estimates the ...
E S, Gelsema, B, Leijnse, R W, Wulkan
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CHEMICAL IMMOBILIZATION AND BLOOD ANALYSIS OF FERAL HORSES (EQUUS CABALLUS)
Journal of Wildlife Diseases, 1985Combinations of etorphine hydrochloride and xylazine hydrochloride in different dosages were tested for their efficacy as immobilizing agents on 16 recently captured feral mares in corrals. The results of these trials led to the utilization of a standard combination of 5.5 mg of etorphine hydrochloride, 150 mg of xylazine hydrochloride, and 3 mg of ...
U S, Seal +3 more
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Journal of Analytical Toxicology, 1982
A chemical method for the quantitative analysis of organochlorine pesticide residues present in human blood was scaled-up to provide increased sensitivity and extended to include organochlorine industrial chemicals. Whole blood samples were extracted with hexane, concentrated, and analyzed without further cleanup by gas chromatography with electron ...
D W, Bristol +4 more
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A chemical method for the quantitative analysis of organochlorine pesticide residues present in human blood was scaled-up to provide increased sensitivity and extended to include organochlorine industrial chemicals. Whole blood samples were extracted with hexane, concentrated, and analyzed without further cleanup by gas chromatography with electron ...
D W, Bristol +4 more
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Improvement of uncertainty by application of MCMC for blood chemical analysis
2008 SICE Annual Conference, 2008For the improvement of measurement accuracy, Markov Chain Monte Carlo (MCMC) method in Bayesian Inference has been applied to many fields. We applied this method to type B for practical use on the supplement 1 of ISO-GUM (ISO-guide to express of uncertainty on measurement).
null Yasuo Iwaki, null Tadao Inamura
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Analysis of deuterium labeled blood lipids by chemical ionization mass spectrometry
Lipids, 1985AbstractA quantitative analytical method has been developed to analyze methyl esters of blood fatty acids derived from human subjects fed deuterium‐labeled fats. The GCMS computer method provides for the analysis of the fed deuterium‐labeled fatty acids, the naturally occurring blood fatty acids and new fatty acids formed by chain elongation or ...
W K, Rohwedder, E A, Emken, D J, Wolf
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Pulse Spectrum Analysis of Chemical Factory Workers with Abnormal Blood Test
The American Journal of Chinese Medicine, 1996Double blind tests to check the correlation between pulse diagnosis and liver function tests were performed. Blood tests including T-Bil, D-Bil, SGOT and SGPT of 70 chemical factory workers were compared with pulse analysis. Special attention was paid to the indicators of liver and lung meridians for pulse diagnosis.
W K, Wang +4 more
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7Li MR measures of blood lithium—correlation with chemical analysis data
Magnetic Resonance Imaging, 2004Lithium is used in the treatment and prophylaxis of manic-depressive illness. A narrow therapeutic range of lithium (0.4-1.2 meq/l) requires constant monitoring of these levels to avoid neurotoxicity and overdose. It is general practice to measure plasma lithium levels as a guide to monitor the therapy. Efforts to predict the concentration of Li at its
Emily, Pierson +3 more
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A study of traceability and application of ISO rule for QC of blood chemical analysis
Proceedings of the 41st SICE Annual Conference. SICE 2002., 2003The introduction of ISO and JIS rules was tested on the standard measurement system. The quality control (QC) of blood chemical analysis is based on the WHO rule and the QC is treated by a statistical analysis method. However, the measured data have many uncertainties, so the QC according to ISO-GUM is discussed.
Iwaki, Yasuo +2 more
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Chemical Isotope Labeling LC-MS for Human Blood Metabolome Analysis
2018Blood is a widely used biofluid in discovery metabolomic research to search for clinical metabolite biomarkers of diseases. Analyzing the entire human blood metabolome is a major analytical challenge, as blood, after being processed into serum or plasma, contains thousands of metabolites with diverse chemical and physical properties as well as a wide ...
Wei, Han, Liang, Li
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