Results 271 to 280 of about 26,276 (325)
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Preparation of allogeneic bone for alveolar ridge augmentation
Cell and Tissue Banking, 2017Implant treatment is safe and predictable with sufficient amount and quality of bone tissue. In case of severely reduced bone tissue after a tooth was lost, augmentation of such tissue is necessary before implant embedment. Retrospective evaluation covered 380 alveolar ridge reconstructions.
Kornel, Krasny +4 more
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HYDROXYLAPATITE AUGMENTATION OF ATROPHIC ALVEOLAR RIDGE
1983Publisher Summary This chapter discusses the hydroxylapatite augmentation of atrophic alveolar ridge. Hydroxylapatite (HA), a highly biocompatible, osteoconductive calcium phosphate material has provided a permanent support matrix for the deposition of fibrous tissue and bone by direct chemical bonding mechanisms.
John N. Kent +3 more
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Alveolar ridge augmentation for implant fixation: status review
Oral Surgery, Oral Medicine, Oral Pathology and Oral Radiology, 2012This literature review was performed to illustrate and compare different alveolar ridge augmentation procedures before dental implant placement. The review was based on clinical and research studies listed in Pubmed. There is not enough evidence to support any single method as gold standard for any given condition, and choice seemed to be based on ...
Ibrahim E, Zakhary +2 more
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Alveolar ridge augmentation in rats by Bio‐Oss
European Journal of Oral Sciences, 1991Abstract – The purpose of the study was to examine if Bio‐Oss initiated osteoinduction or osteoconduction when implanted into rats. Sintered and unsintered granules of the anorganic bovine bone Bio‐Oss was implanted subperiosteally for alveolar ridge augmentation purposes and heterotopically in the abdominal muscles of rats.
Pinholt, E M, Bang, G, Haanaes, H R
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Alveolar ridge augmentation by osteoinductive materials in goats
European Journal of Oral Sciences, 1992The purpose of the present study was to determine whether alveolar ridge augmentation could be induced in goats. In 12 male goats allogenic, demineralized, and lyophilized dentin or bone was implanted subperiosteally on the buccal sides of the natural edentulous regions of the alveolar process of the mandible.
Pinholt, E M +4 more
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Alveolar ridge augmentation and preservation
2021In this thesis, we address the effectiveness of barrier membranes in alveolar ridge augmentation and the effects of alveolar ridge preservation in early implant placement.
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Journal of Clinical Periodontology, 2019
OBJECTIVES To assess the short-term clinical outcomes of lateral alveolar ridge augmentation using autogenous tooth roots (TR) and autogenous bone blocks (AB).
F. Schwarz +5 more
semanticscholar +1 more source
OBJECTIVES To assess the short-term clinical outcomes of lateral alveolar ridge augmentation using autogenous tooth roots (TR) and autogenous bone blocks (AB).
F. Schwarz +5 more
semanticscholar +1 more source
[Alveolar ridge augmentation with nonresorbable hydroxylapatite].
Hellenika stomatologika chronika. Hellenic stomatological annals, 1991A two year prospective evaluation of the use of nonresorbable, hydroxylapatite to augment deficient alveolar ridges was performed. Implants were delivered subperosteally, usually using local or general anesthesia. The resultant stable, soft tissue base and improved ridge height and contour have contributed to a comfortable, retentive, stable denture ...
N, Lararides, G, Wiese
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Hydroxyapatite for alveolar ridge augmentation: Indications and problems
The Journal of Prosthetic Dentistry, 1985The increased use of hydroxyapatite for augmentation of residual alveolar ridges has created some problems in the subsequent fabrication of complete denture prostheses. Although hydroxyapatite appears to be an effective substitute for resorbed alveolar ridges, its use is not indicated for all patients. In addition, the premise that "if a little is good,
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Hydroxyapatite as a biomaterial for alveolar ridge augmentation
International Journal of Oral and Maxillofacial Surgery, 1987Hydroxyapatite is a useful biomaterial because of its excellent biocompatibility. It is extremely well tolerated by the hard and soft tissues of the mouth and jaws, and offers great potential for the future. This paper reviews the various physical forms of the material, both solid and porous, its biological behaviour in different implant sites, and the
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