Abstract

Objective: This study presents the histomorphometric findings after tooth extraction with and without Alveolar Ridge Preservation (ARP) with a collagen cone filling the socket in combination with a collagen membrane covering the socket. Materials and Methods: In a controlled randomized clinical study, 10 patients were treated with the combination material after tooth extraction. In 10 patients, the extraction sockets were left to heal without further intervention. Soft tissue, new bone formation, bone quality and bone remodeling, blood flow vascularization, and inflammation were evaluated histomorphometrically. This was performed (semi-) quantitatively using a blinded protocol. Results: The statistical evaluation showed no significant difference for any parameter. When the combination material was used, more pronounced remodeling, increased osteoblast activity, and increased vascularization were demonstrated based on the histomorphometric findings. In contrast, there were reduced levels of osteogenesis and less mineralization. There was slightly more bundle bone in patients with ARP. Conclusion: The histomorphometric analysis of ARP with a combination material consisting of a collagen cone and a collagen membrane showed no significant differences in terms of new bone formation and bone quality. Descriptively, however, different manifestations were seen that might benefit from being documented using larger samples and being tested for clinical relevance.

Highlights

  • Tooth extraction results in resorptive changes of the alveolar process [1]

  • The objective of the present study is to examine, using histomorphometric methods, the clinical results for bone preservation using the described combination material compared to untreated extraction sockets

  • In 10 patients, a combination material consisting of a collagen cone and a collagen membrane (Parasorb Sombrero®; Resorba) was inserted into the extraction alveoli after extraction

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Summary

Introduction

Tooth extraction results in resorptive changes of the alveolar process [1]. There is a significant loss of bone volume on the buccal aspect of the empty socket, with an ultimate loss of volume of the alveolar process [2]. At 4-8 weeks after tooth removal, new bone forms, starting from initial islands of bone within the connective tissue. The remodeling associated with bone regeneration, from connective tissue to mineralized new bone, takes place within a time interval whose beginning, end, and duration are unpredictable [4]. Measures to preserve the dimensions of the alveolar bone during the first weeks after tooth extraction have a positive effect on soft-tissue profile maintenance [7, 8]

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