Top Abstract Purchase Related
Home
>
Node
>
Subnode

Determining metals contents of human serum and urine through atomic emission method

Sakovich, V.V.; Boĭkov, V.N.; Lazareva, A.M.; Tsvirko, M.P.

Meditsina Truda i Promyshlennaia Ekologiia 2006(9): 36-41

2006

ISSN/ISBN: 1026-9428
PMID: 17089526
Document Number: 604583
Atomic emission multichannel special device involves sensitive methods to determine levels of cadmium, copper, lead and zinc in human serum, of cobalt, manganese, copper and nickel in human urine. Those methods could be applied in laboratories providing toxicologic and hygienic research.

Document emailed within 1 workday
Secure & encrypted payments

Arkhipchik, V.D.; Klimenko, S.G.; Medvinskaia, N.A.; Alferov, A.N. 1983: Atomic-absorption method of determining the copper and iron content of whole blood, serum, plasma and erythrocytes Laboratornoe Delo 9: 23-25
Pronchenko, I.A.; Kuz'min, B.V.; Buzulina, V.P.; Ermakova, I.L. 1994: Determination of lithium in blood and urine using atomic emission spectrophotometry Klinicheskaia Laboratornaia Diagnostika 6: 13-15
Andrenko, P.T. 1970: The method and value of determining the glycogenolytic properties of blood serum and urine Laboratornoe Delo 1: 27-29
Popken, J.L.; Brooks, R.A.; Foy, R.B. 1974: Atomic absorption analysis of selected metals associated with serum protein fractions American Journal of Medical Technology 40(6): 260-264
Hennig, B.; Steup, A.; Benecke, U. 1987: Modified gas chromatographic method for determining diclofenac in human serum Die Pharmazie 42(12): 861-862
Castellari, G.; Fiorentini, P. 1973: A method of determination of chromium in urine, using flame atomic absorption spectrophotometry Giornale di Clinica Medica 54(3): 116-120
Buglanov, A.A.; Kazakbaeva, K.M.; Salikhov, T.A. 1988: The solid-phase immunoenzyme method of determining the ferritin concentration of human blood serum Gematologiia i Transfuziologiia 33(5): 53-54
Kobozev, V.I. 1979: Method of determining the enterokinase content in the contents of the small intestines Laboratornoe Delo 9: 531-533
Angelo, H.R.; Christensen, J.M. 1977: Gas chromatographic method for the determination of dextropropoxyphene and nordextropropoxyphene in human plasma, serum and urine Journal of Chromatography 140(3): 280-293
D'Haese, P.C.; Van Landeghem, G.F.; Lamberts, L.V.; Bekaert, V.A.; Schrooten, I.; De Broe, M.E. 1997: Measurement of strontium in serum, urine, bone, and soft tissues by Zeeman atomic absorption spectrometry Clinical Chemistry 43(1): 121-128
Dean, S.; Tscherwonyi, P.J.; Riley, W.J. 1992: Elimination of matrix effects in electrothermal atomic absorption spectrophotometric determinations of bismuth in serum and urine Clinical Chemistry 38(1): 119-122
1977: Arsenic, selenium and antimony in urine and air. Analytical method by hydride generation and atomic absorption spectroscopy Health Laboratory Science 14(1): 53-58
Shibaeva, L.O.; Planutis, K.S.; Isakova, Z.S.; Sadokov, V.M. 1988: A fluorometric method of determining the cholesterol esterase activity of the duodenal contents in chronic pancreatitis Laboratornoe Delo 8: 19-22
Botvin'ev, O.K.; Atamanova, T.M. 1976: A fluorescent method of determining aldosterone in urine Problemy Endokrinologii 22(3): 44-47
Senchuk, W.; Iodinis, J. 1977: Colorimetric method of determining cyclohexanol in urine Gigiena Truda i Professional'nye Zabolevaniya (6): 57-58
Kostrzewski, P. 1986: Determining trichloroacetic acid in the urine by the gas chromatography method Medycyna Pracy 37(1): 53-58
Kozlov, N.B.; Kuznetsov, D.G.; Iakushev, P.F.; Smirnova, L.M. 1989: Assessment of an extraction-photometric method of determining mercury in urine Laboratornoe Delo 7: 17-19
Wallace, J.E.; Harris, S.C.; Shimek, E.L. 1980: Evaluation of an enzyme immunoassay for determining diazepam and nordiazepam in serum and urine Clinical Chemistry 26(13): 1905-1907
Tsalev, D.L.; Kachov, I.P. 1977: Rapid atomic-absorption method of determination of manganese in blood serum Laboratornoe Delo 10: 600-603
Pavlovskaia, N.A.; Gorshkova, E.F. 1992: Determining the levels of lead in urine and blood by a chrono- potentiometric method Gigiena i Sanitariia 1992(5-6): 55-56