By Joon B. Park, Joseph D. Bronzino
Biomaterials: ideas and functions deals a entire overview of the entire significant biomaterials during this quickly transforming into box. in recent times, the function of biomaterials has been inspired significantly by way of advances in lots of components of biotechnology and technological know-how, in addition to advances in surgical recommendations and tools. Comprising chapters contributed by way of a panel of overseas specialists, this article offers a familiarity with the makes use of of fabrics in drugs and dentistry and the rational foundation for those functions. It covers such topics as biodegradable polymeric fabrics and their relation to tissue engineering, biologic fabrics, and biomaterials functions in smooth and difficult tissues. approximately 100 figures and tables extra upload to the worth of this booklet. The textual content is concise, topical, and never overly technical - No different booklet covers the total box of biomaterials so succinctly in a single quantity.
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Extra info for Biomaterials: Principles and Applications
Harris, J. , and Gilmore, C. M. (1983). 5CR. In: Titanium Alloys in Surgical Implants, H. A. Luckey and F. E. Kubli, Eds. (Philadelphia, PA: ASTM Special Technical Publication 796), pp. 105–119. Kasemo, B. and Lausma, J. (1988). Biomaterial and implant surface: a surface science approach. Int. J. Oral Maxillofac Impl. 3, 247–259. Keating, F. H. (1956). Chromium-Nickel Austenitic Steels (London: Butterworth). Keller, J. , Stanford, C. , Wightman, J. , Draughn, R. , and Zaharias, R. (1994). Characterizations of titanium implant surfaces.
As drug delivery devices 6. As femoral heads 7. 8. 9. 10. 11. 12. 04 Source: Park, J. , and Lakes, R. S. 1992. Ceramic implant materials. , J. B. Park and R. S. , p. 121, Plenum Press, New York. 6 Note: Both ceramics contain 3 mole% Y2O3. B. Park, personal communication, 1993. and single-crystal alumina have been used clinically. The high hardness is accompanied by low friction and wear and inertness to the in vivo environment. These properties make alumina an ideal material for use in joint replacements [Park and Lakes, 1992].
The mechanical properties of carbon, especially pyrolitic carbon, are largely dependent on its density, as shown in Figs. 4. The increased mechanical properties are directly related to increased density, which indicates that the properties of pyrolitic carbon depend mainly on the aggregate structure of the material [Park and Lakes, 1992]. 6). However, the average modulus of elasticity is almost the same for all carbons. The strength of pyrolitic carbon is quite high compared to graphite and glassy carbon.