Influence of implant neck design on crestal bone loss: A comparative study

Patil, Yojana; Asopa, Swati Joshi; Deepa, .; Goel, Aashana; Jyoti, Divya; Somayaji, Nagaveni S; Sabharwal, Robin

doi:10.4103/njs.njs_28_19

Cited by 10 publications

(9 citation statements)

References 18 publications

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“…This process eliminated uncontrolled studies, those that did not compare implant neck designs, and those with inadequate data (n = 82). Thus, six RCTs, five prospective studies, and four retrospective studies (n = 15) that fulfilled the eligibility criteria were chosen ( Aslroosta et al, 2021 , Chappuis et al, 2016 , den Hartog et al, 2013 , den Hartog et al, 2017 , Farronato et al, 2014 , Guarnieri et al, 2014 , Guarnieri et al, 2018 , Khorsand et al, 2016 , Ribes-Lainez et al, 2017 , Mendonca et al, 2017 , Nickenig et al, 2013 , Patil et al, 2020 , Peñarrocha-Diago et al, 2013 , Rothamel et al, 2022 , Sánchez-Siles et al, 2015 ). Table 1 provides detailed data on soft tissue assessments from included studies.…”

Section: Resultsmentioning

confidence: 99%

“…Two studies used computed tomography to measure MBL ( Chappuis et al, 2016 , Farronato et al, 2014 ), while three used panoramic radiography ( Farronato et al, 2014 , Nickenig et al, 2013 , Rothamel et al, 2022 ). Standardized periapical radiographs were used in 10 studies to evaluate changes in MBL ( Aslroosta et al, 2021 , den Hartog et al, 2013 , den Hartog et al, 2017 , Farronato et al, 2014 , Guarnieri et al, 2014 , Guarnieri et al, 2018 , Khorsand et al, 2016 , Mendonca et al, 2017 , Patil et al, 2020 , Peñarrocha-Diago et al, 2013 ). Two independent reviewers performed quality assessment of RCTs using the Cochrane Collaboration tool to determine RoB.…”

Section: Resultsmentioning

confidence: 99%

“…Among the selected studies, six were RCTs ( den Hartog et al, 2013 , Farronato et al, 2014 , den Hartog et al, 2017 , Khorsand et al, 2016 , Peñarrocha-Diago et al, 2013 , Rothamel et al, 2022 ). Five were prospective studies ( Aslroosta et al, 2021 , Chappuis et al, 2016 , Guarnieri et al, 2018 , Nickenig et al, 2013 , Patil et al, 2020 ), while four were retrospective studies ( Guarnieri et al, 2014 , Ribes-Lainez et al, 2017 , Mendonca et al, 2017 , Sánchez-Siles et al, 2015 ). Additionally, three studies incorporating implants with LMS necks were included to assess clinical effectiveness of the design ( Farronato et al, 2014 , Guarnieri et al, 2014 , Guarnieri et al, 2018 ).…”

Section: Resultsmentioning

confidence: 99%

“…Three studies ( Khorsand et al, 2016 , Patil et al, 2020 , Peñarrocha-Diago et al, 2013 ) provided data with a 12-month follow-up duration, while another ( den Hartog et al, 2013 ) had an 18-month follow-up period. Three studies ( Farronato et al, 2014 , Guarnieri et al, 2014 , Rothamel et al, 2022 ) had a 24-month follow-up period.…”

Section: Resultsmentioning

confidence: 99%

“…Implants were installed in healed sockets in 11 studies ( Chappuis et al, 2016 , den Hartog et al, 2013 , den Hartog et al, 2017 , Guarnieri et al, 2014 , Guarnieri et al, 2018 , Mendonca et al, 2017 , Patil et al, 2020 , Peñarrocha-Diago et al, 2013 , Ribes-Lainez et al, 2017 , Rothamel et al, 2022 , Sánchez-Siles et al, 2015 ;), and in fresh sockets in four studies ( Aslroosta et al, 2021 , Farronato et al, 2014 , Khorsand et al, 2016 , Nickenig et al, 2013 ). The BEGO Implant System (Germany), comprising high-quality titanium surface-blasted with titanium dioxide particulates and a micro-threaded implant neck, was used in one investigation ( Rothamel et al, 2022 ).…”

Section: Resultsmentioning

confidence: 99%

See 4 more Smart Citations

Influence of rough micro-threaded and laser micro-textured implant-neck on peri-implant tissues: A systematic review

Huraib¹,

Pullishery²,

Al-Ghalib³

et al. 2023

The Saudi Dental Journal

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Section: Resultsmentioning

confidence: 99%

Section: Resultsmentioning

confidence: 99%

Section: Resultsmentioning

confidence: 99%

Section: Resultsmentioning

confidence: 99%

Section: Resultsmentioning

confidence: 99%

See 3 more Smart Citations

Influence of rough micro-threaded and laser micro-textured implant-neck on peri-implant tissues: A systematic review

Huraib¹,

Pullishery²,

Al-Ghalib³

et al. 2023

The Saudi Dental Journal

View full text Add to dashboard Cite

Influence of buccal bone wall thickness on the peri‐implant hard and soft tissue dimensional changes: A systematic review

Monje

Roccuzzo

Buser

et al. 2023

Clinical Oral Implants Res

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Background:The significance on the association between the peri-implant buccolingual dimension (BLD) at the stage of implant placement and the occurrence of biological and esthetic complications is yet unknown.Material and methods: Systematic screening of electronic sources was carried out to identify clinical and preclinical studies reporting on the baseline BLD and/or buccal bone thickness (BBT) values. A secondary objective was to assess the effect of simultaneous grafting at sites with deficient or no buccal bone wall (BBW) at baseline. The primary outcome variables were BBT, BLD, and buccal vertical bone loss (VBL) at reevaluation. Moreover, radiographic, clinical, and patient-reported outcome measures (PROMs) were evaluated.Results: Overall, 12 clinical and four preclinical studies met the inclusion criteria.Inconsistencies were found in defining the critical BBT across the clinical and preclinical data evaluated. The clinical evidence demonstrated that during healing, dimensional changes occur in the alveolar bone and in the BBW that may compromise the integrity of the peri-implant bone, leading to VBL and mucosal recession (MR), particularly in scenarios exhibiting a thin BBW. The preclinical evidence validated the fact that implants placed in the presence of a thin BBW, are more prone to exhibit major dimensional changes and VBL. Moreover, the clinical data supported that, in scenarios where dehiscence-type defects occur and are left for spontaneous healing, greater VBL and MR together with the occurrence of biologic complications are expected.Furthermore, the augmentation of dehiscence-type defects is associated with hard and soft tissue stability. PROMs were not reported.Conclusions: Dimensional changes occur as result of implant placement in healed ridges that may lead to instability of the peri-implant hard and soft tissues. Sites presenting a thin BBW are more prone to exhibit major changes that may compromise the integrity of the buccal bone and may lead to biologic and esthetic complications.

show abstract

Influence of buccal bone wall thickness on the peri‐implant hard and soft tissue dimensional changes: A systematic review

Monje,

Roccuzzo,

Buser

et al. 2023

Clinical Oral Implants Res

View full text Add to dashboard Cite

BackgroundThe significance on the association between the peri‐implant bucco‐lingual dimension (BLD) at the stage of implant placement and the occurrence of biological and esthetic complications is yet unknown.Material and methodsSystematic screening of electronic sources was carried out to identify clinical and preclinical studies reporting on the baseline BLD and/or buccal bone thickness (BBT) values. A secondary objective was to assess the effect of simultaneous grafting at sites with deficient or no buccal bone wall (BBW) at baseline. The primary outcome variables were BBT, BLD, and buccal vertical bone loss (VBL) at re‐evaluation. Moreover, radiographic, clinical, and patient‐reported outcome measures (PROMs) were evaluated.ResultsOverall, 12 clinical and four preclinical studies met the inclusion criteria. Inconsistencies were found in defining the critical BBT across the clinical and preclinical data evaluated. The clinical evidence demonstrated that during healing, dimensional changes occur in the alveolar bone and in the BBW that may compromise the integrity of the peri‐implant bone, leading to VBL and mucosal recession (MR), particularly in scenarios exhibiting a thin BBW. The preclinical evidence validated the fact that implants placed in the presence of a thin BBW, are more prone to exhibit major dimensional changes and VBL. Moreover, the clinical data supported that, in scenarios where dehiscence‐type defects occur and are left for spontaneous healing, greater VBL and MR together with the occurrence of biologic complications are expected. Furthermore, the augmentation of dehiscence‐type defects is associated with hard and soft tissue stability. PROMs were not reported.ConclusionsDimensional changes occur as result of implant placement in healed ridges that may lead to instability of the peri‐implant hard and soft tissues. Sites presenting a thin BBW are more prone to exhibit major changes that may compromise the integrity of the buccal bone and may lead to biologic and esthetic complications.

show abstract

Influence of implant neck design on crestal bone loss: A comparative study

Cited by 10 publications

References 18 publications

Influence of rough micro-threaded and laser micro-textured implant-neck on peri-implant tissues: A systematic review

Influence of rough micro-threaded and laser micro-textured implant-neck on peri-implant tissues: A systematic review

Influence of buccal bone wall thickness on the peri‐implant hard and soft tissue dimensional changes: A systematic review

Influence of buccal bone wall thickness on the peri‐implant hard and soft tissue dimensional changes: A systematic review

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