Concentrations of strontium in samples of human enamel were determined by X-ray emission spectrography and compared with analyses of the same samples by atomic absorption. The spectrographic method is a rapid, nondestructive means to determine relative concentrations of strontium in tooth tissue samples.
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References
1.
Losee, F.L.; Little-McClellan, M.F.; and Orbell, G.M.: Strontium Content of Teeth as Related to the Geologic Environment , IADR Program and Abstracts of Papers, No. 638, 1971.
2.
Roberts, W.M.B. : Estimation of Strontium in Animal Bone Using X-ray Fluorescence Analysis, Nature183: 887, 1959 .
3.
Campbell, J.T. , and Shalgosky, H.I.: X-ray Spectrographic Determination of Strontium , Nature183: 1481, 1959.
4.
Natelson, S. , and Shied, B.: X-ray Spectrometric Determination of Strontium in Human Serum and Bone, Anal Chem33: 396, 1961.
5.
Kubota, J., and Lazar, V.A.: X-ray Emission Spectrograph: Techniques and Uses for Plant and Soil Studies , in Instrumental Methods for Analysis of Soils and Plant Tissues , Madison, Wis: Soil Science Society of America, 1971, p 67.
6.
Curzon, M.E.J. ; Adkins, B.L.; Bibby , G.G.; and Losee, F.L.: Combined Effects of Trace Elements and Fluorine on Caries, J Dent Res49: 526-528, 1970.
7.
Losee, F.L., and Adkins, B.L.: A Study of the Mineral Environment of Caries-Resistant Navy Recruits , Caries Res3: 23-31, 1968.
8.
Tipton, I.H., and Stewart, P.L.: Analytical Methods for the Determination of Trace Elements, in Hemphill, D.D. (ed) , Trace Substances in Environmental Health III, University of Missouri, 1969.
9.
Brandt, C.S. , and Lazar, V.A.: Analysis of Dried Plant Material by X-ray Emission Spectrograph, J Agric Food Chem6: 306, 1958.
10.
Soremark, R. , and Samsahl, K.: Gamma-ray Spectrometric Analysis of Elements in Normal Human Enamel, Arch Oral Biol6 : 275-283, 1961.
11.
Lundberg, M. ; Söremark, R.; and Thilander, H.: The Concentration of Some Elements in Enamel of Unerupted Human Teeth, Odontol Revy16: 8-11, 1965.
12.
Calonius, P.E.B. , and Visapää, A.: The Inorganic Constituents of Human Teeth and Bone Examined by X-ray Emission Spectrography, Arch Oral Biol10: 9-13, 1965.
13.
Hardwick, J.L. , and Martin, C.J.: A Pilot Study Using Mass Spectrometry for the Estimation of Trace Element Content of Dental Tissues, Helv Odontol Acta11:62-70, 1967.
14.
Retief, D.H. ; Cleaton-Jones, P.E.; Turks-Tra , J., and Dewet, W.J.: The Quantitative Analysis of 16 Elements in Normal Human Enamel and Dentine by Neutron Activation Analysis and High Resolution GammaSpectrometry Arch Oral Biol16: 1257-1267, 1971.
15.
Wolf, N.; Gedalia, I.; Yariv, S.; and Zuck-Erman, H.: The Strontium Content of Bones and Teeth of Human Faetuses, Arch Oral Biol17: 1-6, 1972.
16.
Losee, F.L. ; Curzon, M.E.J.; and Little-Mcclellan , M.F.: Trace Element Concentrations in Human Enamel, Arch Oral Biol in press, 1974.