An open randomized controlled clinical trial to evaluate ridge preservation and repair using Socket<scp>KAP</scp><sup>™</sup> and Socket<scp>KAGE</scp><sup>™</sup>: part 2 – three‐dimensional alveolar bone volumetric analysis of <scp>CBCT</scp> imaging

Abdelhamid, Alaa; Hussein, Mostafa Omran; Bakhshalian, Neema; Tarnow, Dennis P.; Zadeh, Homayoun H.

doi:10.1111/clr.12687

Cited by 18 publications

(16 citation statements)

References 37 publications

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“…A significant 3D volumetric bone loss of about 35% occurred in the non‐grafted sockets. In agreement with previous studies on non‐grafted sockets with buccal dehiscence defects (Abdelhamid et al., ; Crespi et al., ), bone loss occurred primarily in the 0‐3 mm zone apical to the alveolar crest (from 29% to 43%). Conversely, the augmented sockets exhibited a volume deficiency of about 9% with respect to the maximum volume for regeneration.…”

Section: Discussionsupporting

confidence: 92%

“…Importantly, the baseline CBCT images were taken immediately after tooth removal. This eliminated the need of digital subtraction of pre‐extraction target teeth, as reported in previous studies (Abdelhamid, Omran, Bakhshalian, Tarnow, & Zadeh, ; Crespi et al., ; Sbordone et al., ), and had the advantage to avoid the superimposition of bone and dental tissue.…”

Section: Discussionmentioning

confidence: 80%

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Three‐dimensional analysis of bone remodeling following ridge augmentation of compromised extraction sockets in periodontitis patients: A randomized controlled study

Aimetti

Manavella

Corano³

et al. 2017

Clinical Oral Implants Res

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Alveolar sockets with extensive buccal bone deficiencies undergo significant three-dimensional volumetric alterations following natural healing. The immediate application of a slow-resorbing xenograft with a covering collagen membrane seems to be effective in improving alveolar ridge shape and dimensions, thus potentially reducing the need for adjunctive regenerative procedures at the time of implant placement.

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Section: Discussionsupporting

confidence: 92%

Section: Discussionmentioning

confidence: 80%

Three‐dimensional analysis of bone remodeling following ridge augmentation of compromised extraction sockets in periodontitis patients: A randomized controlled study

Aimetti

Manavella

Corano³

et al. 2017

Clinical Oral Implants Res

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“…In a recent review, Benic et al (13) stated that in ethically approved clinical research, three-dimensional imaging (computed tomography or cone beam computed tomography) can be used pre-and postoperatively to evaluate bone and soft tissues, as well as the implant position, with reference to the anatomic structures. Cone beam computed tomography imaging is increasingly being used for three-dimensional assessment of bone following ridge preservation (1,7,94), sinus floor elevation (53,93,106,143) and implant placement with simultaneous bone augmentation (23,31,77,83) or staged procedures following block grafts (97,98,129). Besides visualization of bony structures, cone beam computed tomography is also used to assess the contour and dimension of the periimplant mucosa (11,78).…”

Section: Cone Beam Computed Tomography Imaging For Clinical Research mentioning

confidence: 99%

Use of cone beam computed tomography in implant dentistry: current concepts, indications and limitations for clinical practice and research

Bornstein¹,

Horner²,

Jacobs³

2016

Periodontology 2000

123

111

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Diagnostic radiology is an essential component of treatment planning in the field of implant dentistry. This narrative review will present current concepts for the use of cone beam computed tomography imaging, before and after implant placement, in daily clinical practice and research. Guidelines for the selection of three-dimensional imaging will be discussed, and limitations will be highlighted. Current concepts of radiation dose optimization, including novel imaging modalities using low-dose protocols, will be presented. For preoperative cross-sectional imaging, data are still not available which demonstrate that cone beam computed tomography results in fewer intraoperative complications such as nerve damage or bleeding incidents, or that implants inserted using preoperative cone beam computed tomography data sets for planning purposes will exhibit higher survival or success rates. The use of cone beam computed tomography following the insertion of dental implants should be restricted to specific postoperative complications, such as damage of neurovascular structures or postoperative infections in relation to the maxillary sinus. Regarding peri-implantitis, the diagnosis and severity of the disease should be evaluated primarily based on clinical parameters and on radiological findings based on periapical radiographs (two dimensional). The use of cone beam computed tomography scans in clinical research might not yield any evident beneficial effect for the patient included. As many of the cone beam computed tomography scans performed for research have no direct therapeutic consequence, dose optimization measures should be implemented by using appropriate exposure parameters and by reducing the field of view to the actual region of interest.

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“…The microtitanium stent, even with its distortion, is acceptable in preserving the alveolar ridge, yet the stent fails to act as a barrier membrane [ 13 ]. SocketKAP™ and SocketKAGE™ prefabricated devices have also been studied for their effectiveness in ridge preservation [ 14 , 15 ].…”

Section: Introductionmentioning

confidence: 99%

Ridge Preservation Procedures after Tooth Extractions: A Systematic Review

Balli

Ioannou

Powell

et al. 2018

International Journal of Dentistry

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Background The purpose of this systematic review was to accurately assess the procedural success of ridge preservation technique through the application of strict inclusion and exclusion criteria. Data Sources A methodical search of PubMed of the US National Library of Medicine and the Cochrane Central Register of Controlled Trials was conducted for applicable articles. Only randomized controlled trials comparing ridge preservation treatment with a nongrafting control, ten-subject minimum sample size, and three or more months of follow-up were included in our study. Types of Studies Reviewed In a screening between January 1980 and September 2017, articles meeting predetermined criteria were further examined in a qualitative data analysis. A thorough search of the databases provided 1876 articles. Of these records, 174 were assessed for eligibility through the systematic employment of inclusion and exclusion criteria. Results Two records were appropriate for further data analysis. One study used a mixture of a deproteinized cancellous bovine bone and porcine collagen fibers in a block form (DBB/CF), while the other study used leukocyte-platelet-rich fibrin (L-PRF). The use of DBB/CF reduced the magnitude of vertical bone resorption, yet the study showed high risk of bias. The use of L-PRF reduced the magnitude of both the horizontal and vertical crestal bone resorption; however, the low sample size created wide standard deviations between the test and control groups. Inherent weaknesses were present in both studies. Through methodical analysis of both records, the dissimilarities prevented the conduction of a meta-analysis. Implications of Key Findings Within the limitations of this systematic review, L-PRF reduced the magnitude of vertical and horizontal bone resorption, which places L-PRF as a potential material of choice for ridge preservation procedures. Conclusions Within the limitations and weaknesses of both studies, the use of DBB/CF prevented the vertical crestal bone resorption while the L-PRF prevented both the horizontal and vertical crestal bone resorption. More randomized controlled clinical trials are needed to eliminate all the confounding factors, which bias the outcome of ridge preservation techniques.

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An open randomized controlled clinical trial to evaluate ridge preservation and repair using SocketKAP^™ and SocketKAGE^™: part 2 – three‐dimensional alveolar bone volumetric analysis of CBCT imaging

Abstract: SocketKAP(™) , with ABBM, appears effective in limiting post-extraction volumetric bone loss in intact sockets, while SocketKAP(™) + SocketKAGE + ABBM appears effective in limiting post-extraction bone loss in sockets with dehiscence defects.

Cited by 18 publications

References 37 publications

Three‐dimensional analysis of bone remodeling following ridge augmentation of compromised extraction sockets in periodontitis patients: A randomized controlled study

Three‐dimensional analysis of bone remodeling following ridge augmentation of compromised extraction sockets in periodontitis patients: A randomized controlled study

Use of cone beam computed tomography in implant dentistry: current concepts, indications and limitations for clinical practice and research

Ridge Preservation Procedures after Tooth Extractions: A Systematic Review

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An open randomized controlled clinical trial to evaluate ridge preservation and repair using SocketKAP™ and SocketKAGE™: part 2 – three‐dimensional alveolar bone volumetric analysis of CBCT imaging

Abstract: SocketKAP(™) , with ABBM, appears effective in limiting post-extraction volumetric bone loss in intact sockets, while SocketKAP(™) + SocketKAGE + ABBM appears effective in limiting post-extraction bone loss in sockets with dehiscence defects.

Cited by 18 publications

References 37 publications

Three‐dimensional analysis of bone remodeling following ridge augmentation of compromised extraction sockets in periodontitis patients: A randomized controlled study

Three‐dimensional analysis of bone remodeling following ridge augmentation of compromised extraction sockets in periodontitis patients: A randomized controlled study

Use of cone beam computed tomography in implant dentistry: current concepts, indications and limitations for clinical practice and research

Ridge Preservation Procedures after Tooth Extractions: A Systematic Review

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Product

Resources

About

An open randomized controlled clinical trial to evaluate ridge preservation and repair using SocketKAP^™ and SocketKAGE^™: part 2 – three‐dimensional alveolar bone volumetric analysis of CBCT imaging