Berglund, A. (1990): Estimation by a 24-hour Study of the Daily Dose of Intra-oral Mercury Vapor Inhaled after Release from Dental Amalgam, J Dent Res69:1646-1651.
2.
Berglund, A.; Pohl, L.; Olsson, S.; and Bergman, M. (1988): Determination of the Rate of Release of Intra-oral Mercury Vapor from Amalgam, J Dent Res67:1235-1242.
3.
Danscher, G.; Hørsted-Bindslev, P.; and Rungby, J. (1989): Traces of Mercury in Organs from Primates with Amalgam Fillings, Exp Mol Pathol52:291-299.
4.
Eggleston, D.W. and Nylander, M. (1987): Correlation of Dental Amalgam with Mercury in Brain Tissue, J Prosthet Dent6:704-707.
5.
Freden, H.; Helldén, L.; and Milleding, P. (1974): Mercury Content in Gingival Tissues Adjacent to Amalgam Fillings, Odont Rev25:207-209.
6.
Hahn, L.J.; Kloiber, R.; Leininger, R.W.; Vimy, M.J.; and Lorscheider, F.L. (1990): Whole-body Imaging of the Distribution of Mercury Released from Dental Fillings into Monkey Tissues , FASEB J4:3256-3260.
7.
Mackert, J.R., Jr. (1987): Factors Affecting Estimation of Dental Amalgam Mercury Exposure from Measurements of Mercury Vapor Levels in Intra-oral and Expired Air, J Dent Res66 :1775-1780.
8.
Moller, B. (1978): Reaction of the Human Dental Pulp to Silver Amalgam Restorations, Swed Dent J2:93-97.
9.
Nylander, M. (1990): Accumulation and Biotransformation of Mercury and its Relationship to Selenium after Exposure to Inorganic Mercury and Methyl Mercury. A Study on Individuals with Amalgam Fillings, Dental Personnel, and Monkeys. Appendix II by M. Nylander; L. Friberg; B. Lind; and S. Aakerberg, Effects of Breathing Patterns on Mercury Release. Thesis. Department of Environmental Hygiene and Institute of Environmental Medicine, Karolinska Institutet, pp. 263-264.
10.
Nylander, M.; Friberg, L.; and Lind, B. (1987): Mercury Concentration in the Human Brain and Kidneys in Relation to Exposure from Dental Amalgam Fillings, Swed Dent J11 :179-187.
11.
Olsson, S.; Berglund, A.; Pohl, L.; and Bergman, M. (1989): Model of Mercury Vapor Transport from Amalgam Restorations in the Oral Cavity, J Dent Res68:504-508.
12.
Olsson, S. and Bergman, M. (1987): Letter to the Editor, J Dent Res66:1288-1289.
13.
Soremark, R.; Ingel, 0.; Plett, H.; and Samsahl, K. (1962): Influence of some Dental Restorations on the Concentrations of Inorganic Constituents of the Teeth, Acta Odontol Scand20:216-224.
14.
Soremark, R.; Wing, K.; Olsson, K.; and Goldin, J. (1968): Penetration of Metallic Ions from Restorations into Teeth, J Prosthet Dent20:531-540.
15.
Vimy, M.J. and Lorscheider, F.L. (1985): Serial Measurements of Intra-oral Air Mercury: Estimation of Daily Dose from Dental Amalgam, J Dent Res64:1072-1075.
16.
Vimy, M.J. and Lorscheider, F.L. (1990): Dental Amalgam Mercury Daily Dose Estimated from Intra-oral Vapor Measurements : A Predictor of Mercury Accumulation in Human Tissues, J Trace Elem Exp Med3:111-123.