The Rigid-Shield Technique: A New Contour and Clot Stabilizing Method for Ridge Preservation
AbstractTooth extraction causes vertical and horizontal alveolar bone loss and consequent remodeling. Several methods have been introduced in terms of so-called “ridge preservation” techniques, which mostly resemble guided bone regenerative (GBR) procedures using filler materials and membranes in order to stabilize the respective sites. This conceptual case report describes a novel approach using a degradable polylactic acid membrane covered with a collagen matrix, which aims to reshape the resorbed alveolar wall and thereby to stabilize the soft tissues during matrix formation and socket mineralization. Clinical re-entry, radiographic (CBCT) and histologic evaluation proved adequate for osteoneogenesis despite an unfavorable initial situation: An implant could be ideally placed, which was circumferentially covered by bone. This minimally invasive method could offer a new method to approach socket preservation without using filler materials and coverage of the socket entrance. However, more controlled research on this topic is needed. View Full-Text
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Mattiola, A.; Bosshardt, D.; Schmidlin, P.R. The Rigid-Shield Technique: A New Contour and Clot Stabilizing Method for Ridge Preservation. Dent. J. 2018, 6, 21.
Mattiola A, Bosshardt D, Schmidlin PR. The Rigid-Shield Technique: A New Contour and Clot Stabilizing Method for Ridge Preservation. Dentistry Journal. 2018; 6(2):21.Chicago/Turabian Style
Mattiola, Alessandro; Bosshardt, Dieter; Schmidlin, Patrick R. 2018. "The Rigid-Shield Technique: A New Contour and Clot Stabilizing Method for Ridge Preservation." Dent. J. 6, no. 2: 21.
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