Effect of bone graft materials on bone formation in guided bone regeneration using perforated titanium membrane

Hong, Seung-Bum; Kwon, Young-Hyuk; Park, Joon-Bong; Herr, Yeek; Chung, June‐Key

doi:10.5051/jkape.2006.36.1.223

J Korean Acad Periodontol

2006

DOI: 10.5051/jkape.2006.36.1.223

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Effect of bone graft materials on bone formation in guided bone regeneration using perforated titanium membrane

Seung-Bum Hong

Young-Hyuk Kwon

Joon-Bong Park

et al.

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Cited by 2 publications

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“…In previous studies 25‐28 using TR e‐PTFE membranes, it was found that exophytic bone formation might be obstructed by the intervention of connective tissue as a result of the insufficient barrier immobilization. In other studies using highly porous TMs, 29,30 the intervention of connective tissue occurred as a result of insufficient cell occlusiveness and failure of a peripheral seal formation between the barrier and bone. The intervention of connective tissue made the volume of newly formed bone unpredictable, although von Arx et al 9 reported no adverse effect of connective tissue on clinical results.…”

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Effect of a Collagen Membrane Combined With a Porous Titanium Membrane on Exophytic New Bone Formation in a Rabbit Calvarial Model

Shin

Herr

Kwon

et al. 2013

Journal of Periodontology

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confidence: 99%

Effect of a Collagen Membrane Combined With a Porous Titanium Membrane on Exophytic New Bone Formation in a Rabbit Calvarial Model

Shin

Herr

Kwon

et al. 2013

Journal of Periodontology

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Clinical effect of porous titanium mesh with cross-linked collagen membrane for guided bone regeneration

et al. 2019

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Titanium mesh, a barrier membrane, has excellent mechanical properties and space maintaining ability. However, one of its disadvantages is that soft tissue over the membrane could be interposed through the pore of the mesh. Conversely, the cross-linked collagen membrane has good soft tissue reaction and reduces the migration of epithelial cells to the guided bone regeneration site. Therefore, we performed guided bone regeneration using a combination of collagen membrane and titanium mesh and analyzed the clinical results. The patients were divided into two groups. Only titanium mesh was used for guided bone regeneration in group A, and a combination of titanium mesh and collagen membrane was used in group B. The degree of soft tissue interposition over the titanium mesh was evaluated after titanium mesh removal, and the surface bone quality was observed. The obtained bone height was measured in the panoramas based on the adjacent tooth cemento-enamel junction, and the bone density was measured using the Hounsfield scale on cone beam computed tomography before titanium mesh removal. In group A, the average soft tissue interposition was 31.50%, and the bone quality was poor when the interposed soft tissue was removed. Therefore, additional bone grafting was performed during implant placement in one case. In group B, there was almost no soft tissue interposition between the titanium mesh pores, and no additional bone graft was performed during implant placement. The combination of two membranes provides a favorable vertically obtained bone height and excellent surface bone quality without soft tissue interposition.

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Effect of bone graft materials on bone formation in guided bone regeneration using perforated titanium membrane

Cited by 2 publications

References 20 publications

Effect of a Collagen Membrane Combined With a Porous Titanium Membrane on Exophytic New Bone Formation in a Rabbit Calvarial Model

Effect of a Collagen Membrane Combined With a Porous Titanium Membrane on Exophytic New Bone Formation in a Rabbit Calvarial Model

Clinical effect of porous titanium mesh with cross-linked collagen membrane for guided bone regeneration

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