URANIUM IN DENTAL PORCELAIN:

1- Malone WFP, Koth DL. Tylmarus Theory And Practice Of H?ted Praithodontics- Hghth Bdition.. Ishiyaku EuroAmericaJnc. 1989:145-189,
2- Shillingburg H.T., Hobo $., Whitsett L.D., Jacobi R„ Brackett S.E. (1997). Fundamentals of fixed prosthodontics. 3rd Ed., Quintessence Publishing Co. Inc., London, 433^36.
3- Jacobsen P. {1998). Restorative Dentistry; An integrated approach 2 nd Ed., Linacrc House, Jordan Hill, Oxford, 154-164.
4-Sairenji E, Soremark R, Noguchi K., Shimi/.u. M, Moberg LE. Uranium content in porcelain denture teeth and in porcelain powders for ceramic crowns. Acta Odonto] Scand 1382;40(5):333-9
5- ]keda N, Noguchi, K, Moriwaki K, Salrcnji E, Sasaki F. Determination of uranium in human teeth, bones and tisauet by the fisnion track method. Radioisotopes 1977; 26: 680-682
6- Saircnji E, Moriwaki K, Shimi/.u M, Noguchi K, Anzai 1, Ikeda N. Determination of uranium content Ln dental porcelains by means of the fission track method and estimation of radiation dose to oral mucosa by radioactive elements. Health Physic 1980; 38: 483-492
7- Sairenji E, Moriwaki K, Shimizu M, Noguchi K. Estimation of radiation dose from porcelain teeth containing uranium compound, J, Dent. Res. 1980;59: 1136-1140
8- Anusavice KJ. Dcgradability of dental ceramics. Adv .Dent. Res, 1992;6:82-9
9- Mackert JR. Side-effects of dental ceramics. Adv .Dent. Res. 1992;6:90-3
10- Mackert JR. Evans AL. Quantitative x-ray diffraction determination of leucitc thermal instability in dental porcelain. J Am Ceram Soc, 1991; 74:450-3.
11- Burkan W. Radiottwicity In; Si gel, H., Seller,
HG, (Eds.), Handbook on the Toxicity of Inorganic Compounds. M, Dekker, New York 1988, pp, 805-827.
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12- Burkart W,, Uranium,
thoriu
m and decay products. In: Mcrian, E. (Ed.), Metals and tfıeir Compounds in the Environment, Occurrence, Analysis and Biological Relevance. VCH Verlagsgesellschaft, D-6940, Valdheim L991,pp. 1275-1287.
13- ATSDR (Agency for Toxic Substances and Disease Registry). US Public Health Service, Department of Health and Human Services. Toxicological Profile for Uranium. 1999. Atlanta, GA.
14- Fiscnnc 1M, Perry PM, Decker KM, Keller HK, The daily intake of, 234,235, 238U, 228, 230, 232 Th, and 226, 228 Ra by New York City Residents. Health Physics I987;53: 357-363.
15- Fisenne IM, Perry PM, Harley NH. Uranium in humans. Radiation Protection Dosimetry 1988; 24:127-131.
16- Priest N.D. Toxicity of depleted uranium. The Lancet 2001 ; 357; 244-246.
17- Danesi FM. Kinetic energy penetrator long term strategy study. US Army Armament, Munitions, and Chemical Command (AMCCOM) 1990.
18- Anderson NI, Enyeart TD, Jackson TL, Smith RW, Stewart RA, Thomson RA, Uiick MD, Zander KK. Resumption of Use of Depleted Uranium Rounds at Nellis Air Force Range. US-Air Force, 1997; Target 63-10¬19 Betti M.CtvU use of depleted uranium. Journal of
environmental radioactivity. 2003 :64,l 13-119
20- Nally JN, Meyer JM, Niederer J. Uranium content of dental porcelains and <4 activity. Helv.Odontol.Acta 1969;13:32-35.
21- Thompson DE. Uranium in dental porcelain. U¬S. Department of Health, Education and Wei. fare. Publication FDA 1976; 76-80
22- Noguchi K, Shimizu M, Sairenji E, Ikeda N. Non-destruclive neutron activation analysis of dental porcelain powders. Radioisotopes 1980;29:261-265,
24- Landa BR, Councell TB, Leaching of uamium from glass and ceramic foodware and decorative items. Health Physics 1992; 63:343-348
25- Oriordan MC, Hunt DI. Radioaclive fluorescers in dental porcelains. National Radiological Protection Board, R25. May 1974Harwell, Dideot, U.K.