Quantitation of microleakage of dental restorations was evaluated in situ in humans and in vitro using neutron activation of 55Mn. Results are expressed in μg units of uptake per tooth. In general, uptake for all restorations was greater in vivo than in vitro.
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References
1.
Going, R.E.; Massler, M.; and Dute, H.L.: Marginal Penetration of Dental Restorations as Studied by Crystal Violet Dye and I131, J Amer Dent Assoc61:285-300, 1960.
2.
Going, R.E.; Massler, M.; and Dute, H.L.: Marginal Penetration of Dental Restorations by Different Radioactive Isotopes , J Dent Res39:273-284, 1960.
3.
Swartz, M.L. , and Phillips, R.W.: In Vitro Studies on the Marginal Leakage of Restorative Materials, J Amer Dent Assoc62:141-151, 1961.
4.
Going, R.E., and Massler, M.: Influence of Cavity Liners Under Amalgam Restorations on Penetration by Radioactive Isotopes, J Pros Dent11:298-312, 1961.
5.
Barber, D.; Lyell, J.; and Massler, M.: Effects of Saliva and Sulfide Solutions on the Marginal Seal of Amalgam Restorations , J Dent Res43:375-384, 1964.
6.
Going, R.E., and Sawinski, V.J.: Microleakage of a New Restorative Material, J Amer Dent Assoc73:107-115, 1966.
7.
Peterson, E.A. ; Phillips, R.W.; and Swartz, M.L.: A Comparison of the Physical Properties of Four Restorative Resins, J Amer Dent Assoc73:1324-1336, 1966.
8.
Söremark, R. : On the Mineral Anatomy of Human Teeth, Monograph, Biophysics Laboratory, Dental School, University of Umea, Sweden, 1964.