Oral implantology and biomaterials : proceedings of the 3rd International Congress of Implantology and Biomaterials in Stomatology, Osaka, April 27-29, 1988

Bibliographic Information

Oral implantology and biomaterials : proceedings of the 3rd International Congress of Implantology and Biomaterials in Stomatology, Osaka, April 27-29, 1988

edited by Haruyuki Kawahara

(Progress in biomedical engineering, no. 7)

Elsevier : 1989

Available at  / 3 libraries

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Includes references

Description and Table of Contents

Description

Recent developments in new biomaterials and implant materials in stomatology have been outstanding, and the clinical success rate is rising markedly. The papers in this volume describe the progress made and present the current state of the art in this important field.

Table of Contents

  • Polymeric Materials. A polymeric bone replacement material in human oral and maxillofacial surgery (A.N. Cranin et al.). Processing and clinical testing of a thermoplastic material for maxillofacial prosthetics (L. Gettleman et al.). Laboratory and clinical testing of a polyphosphazine resilient denture liner vs. a silicone rubber liner (L. Gettleman et al.). Bone Augmentation and Heat Generation. In vivo and in vitro studies for biocompatibility of XVC-56 (HAP-tricalciumphosphate compound) (M. Isogai et al.). Osteogenesis induced by HAP and tricalcium phosphate granules in bone tissue. Transmission electron microscopic study (K. Nagahara et al.). An improved procedure for alveolar ridge augmentation to enhance anchorage of bone substitute materials by bone (I. Binderman et al.). Hydroxyapatite (HAP) and HAP Composites. Development and clinical application of natural-type HAP artificial roots (K. Nishihara, T. Akagawa). HAP-fluoropolymer-metal multiphase biomedical material for artificial bone and dental implants: physical and mechanical properties (T. Ohtsuka et al.)
  • biological reactions (M. Kirigakubo et al.)
  • buffer system of dental implants (M. Kobayashi et al.). Osteoinductive activity of BMP (bone morphogenetic protein) - HAP complex (T. Kawai et al.). A histopathological study of the HAP-TEDM resin composite material for a dental implant (O. Kubo et al.). Sapphire and Zirconia Implants. Histological and ultrastructural observations of the tissue responses to endosteal dental implants (D.E. Steflik et al.). Basic and clinical evaluation of zirconia ceramic dental implant system (T. Tsuji et al.). Double and triple connective standing implant for multiple missing teeth cases (M. Miyazawa). Bioactive Glass Ceramics. Experimental study on biocompatibility of case alloy implants coated with glass ceramics (K. Kangasniemi et al.). Effect of time on bond bonding with HAP/glass mixture and surface active calcium phosphate glass, an in vivo study (A. Yli-Urpo et al.). Clinical applications and short term results of dental root implantation using materials coated with bioactive glass (T. Kamegai et al.). Radiographic examination of bone tissue around dental implant coated with bioactive glass (T. Matsuda, G. Ito). Influence of height and tightness of dental implants in initiating cervical bone resorption (H. Fukuhara et al.). Dental root implant coated with bioactive glass (M. Ogino, M. Fujino). Clinical application of dental root implant using bioactive glass (M. Fujino, M. Ogino). Porous Implants and Polycapillary Implants. Porous surfaced endosseous dental implants - design/tissue response (R.M. Pilliar). Clinical study of bioceram porous implant (T. Takahashi et al.). In vitro study of cell adhesive strength to titanium with anodic oxidation and nitridation (H. Kawahara et al.). Electron microscopic observations on the tissue ingrowth and osteogenesis in polycapillary implant of titanium (H. Kawahara et al.) .

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Details

  • NCID
    BA10107842
  • ISBN
    • 0444873473
  • Country Code
    uk
  • Title Language Code
    eng
  • Text Language Code
    eng
  • Place of Publication
    Amsterdam ; Tokyo
  • Pages/Volumes
    ix, 310 p.
  • Size
    25 cm
  • Classification
  • Subject Headings
  • Parent Bibliography ID
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