EdenteV1, Istex, Corpus, bibRecord, 000327

Accuracy of full guided vs. half‐guided implant surgery

Identifieur interne : 000327 ( Istex/Corpus ); précédent : 000326; suivant : 000328

Accuracy of full guided vs. half‐guided implant surgery

Auteurs : S. Kühl ; S. Zürcher ; T. Mahid ; M. Müller-Gerbl ; A. Filippi ; P. Cattin

Source :

Clinical Oral Implants Research [ 0905-7161 ] ; 2013-07.

RBID : ISTEX:59AA222A8782BABBC4B2150A36F132307A9E3A82

English descriptors

KwdEn :
- Accuracy measurements, Anatomical landmarks, Apless surgery, Average error, Axial deviation, Basel, Bone density, Cavity preparation, Clin, Clinical studies, Codiagnostixtm device, Craniomaxillofacial surgery, Dental implantology, Dental implants, Depth control, Entry point, Full half, Halfguided implantation, Halfguided surgery, High accuracy, Higher accuracy, Identical implants, Image fusion, Implant, Implant dentistry, Implant insertion, Implant placement, Implant surgery, Implantation, Implantation modalities, Implantation modi, Implantation techniques, Implantology, Implantology table, Implants axis, Implants base, Implants bases, Implants position, Implants research, Implants tips, Insertion, Institut straumann, Institute straumann, International journal, Interocclusal distance, John wiley sons kuhl, Jung, Kennedy class, Kuhl, Main axis, Maxillofacial, Maximum deviation, Minimum deviation, Modality, Nickenig, Nickenig eitner, Oral maxillofacial implants, Oral medicine, Oral radiology, Oral rehabilitation, Oral surgery, Perfect depth control, Postoperative data, Primary stability, Principal component analysis, Real implant position, Schneider, Slight movements, Soft tissue punches, Static systems, Straumann, Surgery, Surgical, Surgical procedure, Systematic review, Template, Template fabrication, Tissue level, Total deviation, Virtual implant planning, Virtual implant position, Virtual planning, Vital structures.
Teeft :
- Accuracy measurements, Anatomical landmarks, Apless surgery, Average error, Axial deviation, Basel, Bone density, Cavity preparation, Clin, Clinical studies, Codiagnostixtm device, Craniomaxillofacial surgery, Dental implantology, Dental implants, Depth control, Entry point, Full half, Halfguided implantation, Halfguided surgery, High accuracy, Higher accuracy, Identical implants, Image fusion, Implant, Implant dentistry, Implant insertion, Implant placement, Implant surgery, Implantation, Implantation modalities, Implantation modi, Implantation techniques, Implantology, Implantology table, Implants axis, Implants base, Implants bases, Implants position, Implants research, Implants tips, Insertion, Institut straumann, Institute straumann, International journal, Interocclusal distance, John wiley sons kuhl, Jung, Kennedy class, Kuhl, Main axis, Maxillofacial, Maximum deviation, Minimum deviation, Modality, Nickenig, Nickenig eitner, Oral maxillofacial implants, Oral medicine, Oral radiology, Oral rehabilitation, Oral surgery, Perfect depth control, Postoperative data, Primary stability, Principal component analysis, Real implant position, Schneider, Slight movements, Soft tissue punches, Static systems, Straumann, Surgery, Surgical, Surgical procedure, Systematic review, Template, Template fabrication, Tissue level, Total deviation, Virtual implant planning, Virtual implant position, Virtual planning, Vital structures.

Abstract

The benefit in terms of higher accuracy for full guided implant surgery (template based guided cavity preparation and guided implant insertion) compared with half‐guided surgery (template based guided cavity preparation and free‐handed, manual implant insertion) has not been proved till now.

Url:

https://api.istex.fr/document/59AA222A8782BABBC4B2150A36F132307A9E3A82/fulltext/pdf

DOI: 10.1111/j.1600-0501.2012.02484.x

Links to Exploration step

ISTEX:59AA222A8782BABBC4B2150A36F132307A9E3A82

Le document en format XML

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<affiliation>Corresponding author: S. Kühl Department of Oral Surgery, Oral Radiology and Oral Medicine, School of Dental medicine, University of Basel, Hebelstr. 3, 4056 Basel, Switzerland Tel.: +41/(0)612671312 Fax: +41/(0)612672607 e‐mail: Sebastian.kuehl@unibas.ch</affiliation>
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Objectives
<p>The benefit in terms of higher accuracy for full guided implant surgery (template based guided cavity preparation and guided implant insertion) compared with half‐guided surgery (template based guided cavity preparation and free‐handed, manual implant insertion) has not been proved till now.</p>


Material and methods
<p>A total of 38 identical implants were inserted into five human cadaver jaws, after virtual implant planning with the coDiagnostiX<hi rend="superscript">™</hi>
 device. All cavities were drilled using templates equipped with tubes for guidance. At random, 19 implants were inserted in a free handed way (half‐guided), whereas 19 implants were inserted in a guided way through the templates tubes (full guided). Postoperative cone beam computer tomographies (<hi rend="fc">CBCT</hi>
) were performed, and based on image fusion the total deviations between the virtual implant positions at the implants base and tip were determined and compared between both implantation modi.</p>


Results
<p>The mean difference in accuracy between both implantation modalities at the implants bases was 0.72 mm (range: 0.16–1.17 mm, SD: 0.45). The mean difference in accuracy between both modalities at the implants tips was 0.46 mm (range: 0.16–1.23 mm. SD: 0.49). Although full guided implantation showed a generally higher accuracy (mean tip: 1.54 mm, range: 0.33–3.64 mm; mean base: 1.52 mm, range: 0.4–3.54 mm) than half‐guided implantation (mean tip: 1.84 mm, range: 0.84–3.22 mm; mean base: 1.56 mm, range: 0.49–3.43 mm), the differences were not statistically significant.</p>


Conclusions
<p>The accuracy of half‐guided implant surgery is comparable with full guided implant surgery.</p>
</abstract>
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<p>The mean difference in accuracy between both implantation modalities at the implants bases was 0.72 mm (range: 0.16–1.17 mm, SD: 0.45). The mean difference in accuracy between both modalities at the implants tips was 0.46 mm (range: 0.16–1.23 mm. SD: 0.49). Although full guided implantation showed a generally higher accuracy (mean tip: 1.54 mm, range: 0.33–3.64 mm; mean base: 1.52 mm, range: 0.4–3.54 mm) than half‐guided implantation (mean tip: 1.84 mm, range: 0.84–3.22 mm; mean base: 1.56 mm, range: 0.49–3.43 mm), the differences were not statistically significant.</p>
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<abstract>The benefit in terms of higher accuracy for full guided implant surgery (template based guided cavity preparation and guided implant insertion) compared with half‐guided surgery (template based guided cavity preparation and free‐handed, manual implant insertion) has not been proved till now.</abstract>
<abstract>A total of 38 identical implants were inserted into five human cadaver jaws, after virtual implant planning with the coDiagnostiX™ device. All cavities were drilled using templates equipped with tubes for guidance. At random, 19 implants were inserted in a free handed way (half‐guided), whereas 19 implants were inserted in a guided way through the templates tubes (full guided). Postoperative cone beam computer tomographies (CBCT) were performed, and based on image fusion the total deviations between the virtual implant positions at the implants base and tip were determined and compared between both implantation modi.</abstract>
<abstract>The mean difference in accuracy between both implantation modalities at the implants bases was 0.72 mm (range: 0.16–1.17 mm, SD: 0.45). The mean difference in accuracy between both modalities at the implants tips was 0.46 mm (range: 0.16–1.23 mm. SD: 0.49). Although full guided implantation showed a generally higher accuracy (mean tip: 1.54 mm, range: 0.33–3.64 mm; mean base: 1.52 mm, range: 0.4–3.54 mm) than half‐guided implantation (mean tip: 1.84 mm, range: 0.84–3.22 mm; mean base: 1.56 mm, range: 0.49–3.43 mm), the differences were not statistically significant.</abstract>
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Accuracy of full guided vs. half‐guided implant surgery

Accuracy of full guided vs. half‐guided implant surgery

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