The Effects of Combining Drill Diameters Bypass, and Implant Bed under Preparation Protocols on Primary Stability of Dental Implant in Low-Density Bones (Experimental Study)

Aims: The aim of the current study is to compare the impact of using different drilling protocols on the dental implants primary stability inserted in the low-density bones. Materials and Methods: Out of twenty-two, ten oxen ribs were used in this in-vitro study. Using computed tomography (CT) scan,...

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Main Authors: Zaid Faris Y. Bashir, Mohammad S. Sluaiman
Format: Article
Language:Arabic
Published: University of Mosul, College of Dentistry 2020-05-01
Series:Al-Rafidain Dental Journal
Subjects:
Online Access:https://rden.mosuljournals.com/pdf_164656_1a7d0c7fbe13613207230b52c25d686c.html
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spelling doaj-421a411e7bca4b8d97a6850459445a4e2020-11-25T02:33:58ZaraUniversity of Mosul, College of DentistryAl-Rafidain Dental Journal 1812-12171998-03452020-05-0120113414210.33899/rden.2020.126765.1023The Effects of Combining Drill Diameters Bypass, and Implant Bed under Preparation Protocols on Primary Stability of Dental Implant in Low-Density Bones (Experimental Study)Zaid Faris Y. Bashir Mohammad S. Sluaiman Aims: The aim of the current study is to compare the impact of using different drilling protocols on the dental implants primary stability inserted in the low-density bones. Materials and Methods: Out of twenty-two, ten oxen ribs were used in this in-vitro study. Using computed tomography (CT) scan, the most proximal three centimeters (cm) of the rib was confirmed to be a low-density bone comparable to human edentulous jaw bones. Forty dental implants were inserted, each rib received four dental implants using four different techniques that are arranged into four study groups:Group (I): includes a number of ten dental implants where the drilling burs and implants have the same size. Fit-size technique (F.G).Group (II): includes a number of ten dental implants where the diameter of the drilling burs is less than the implant diameter. Under-sized technique (U.G) Group (III): includes a number of ten dental implants where the simplified drilling protocol (Drill bypass) (D.G) was used for insertion.Group (IV): includes a number of ten dental implants where combined drilling protocols (C.G) (Undersized U.G+ Drill bypass D.G) were used for insertion. Results: Results revealed a statistically significant difference in the mean of insertion torque values (IT) between combined group (C.G) (65.000 N.cm) and fit-sized group (F.G) (45.0000 N.cm).Concerning Periotest M, a statistically significant difference was found in the mean of (PTV) between combined group (C.G) (-6.4500) and fit-sized group. A statistically highly significant correlation was found between insertion torque values (ITs) and Periotest M values (PTVs). Conclusion: Dental implant insertion in low-density bones using simplified drilling protocol (Drill bypass) (D.G) is better to be combined with undersized implant bed preparation (U.G) to enhance implant primary stability and with less time.Keywords: Kinesiology adhesive tape, Swelling, Pain, Dexamethasone, lower third molar teeth removal.https://rden.mosuljournals.com/pdf_164656_1a7d0c7fbe13613207230b52c25d686c.htmlprimary stability of dental implantdrill bypassunder preparation
collection DOAJ
language Arabic
format Article
sources DOAJ
author Zaid Faris Y. Bashir
Mohammad S. Sluaiman
spellingShingle Zaid Faris Y. Bashir
Mohammad S. Sluaiman
The Effects of Combining Drill Diameters Bypass, and Implant Bed under Preparation Protocols on Primary Stability of Dental Implant in Low-Density Bones (Experimental Study)
Al-Rafidain Dental Journal
primary stability of dental implant
drill bypass
under preparation
author_facet Zaid Faris Y. Bashir
Mohammad S. Sluaiman
author_sort Zaid Faris Y. Bashir
title The Effects of Combining Drill Diameters Bypass, and Implant Bed under Preparation Protocols on Primary Stability of Dental Implant in Low-Density Bones (Experimental Study)
title_short The Effects of Combining Drill Diameters Bypass, and Implant Bed under Preparation Protocols on Primary Stability of Dental Implant in Low-Density Bones (Experimental Study)
title_full The Effects of Combining Drill Diameters Bypass, and Implant Bed under Preparation Protocols on Primary Stability of Dental Implant in Low-Density Bones (Experimental Study)
title_fullStr The Effects of Combining Drill Diameters Bypass, and Implant Bed under Preparation Protocols on Primary Stability of Dental Implant in Low-Density Bones (Experimental Study)
title_full_unstemmed The Effects of Combining Drill Diameters Bypass, and Implant Bed under Preparation Protocols on Primary Stability of Dental Implant in Low-Density Bones (Experimental Study)
title_sort effects of combining drill diameters bypass, and implant bed under preparation protocols on primary stability of dental implant in low-density bones (experimental study)
publisher University of Mosul, College of Dentistry
series Al-Rafidain Dental Journal
issn 1812-1217
1998-0345
publishDate 2020-05-01
description Aims: The aim of the current study is to compare the impact of using different drilling protocols on the dental implants primary stability inserted in the low-density bones. Materials and Methods: Out of twenty-two, ten oxen ribs were used in this in-vitro study. Using computed tomography (CT) scan, the most proximal three centimeters (cm) of the rib was confirmed to be a low-density bone comparable to human edentulous jaw bones. Forty dental implants were inserted, each rib received four dental implants using four different techniques that are arranged into four study groups:Group (I): includes a number of ten dental implants where the drilling burs and implants have the same size. Fit-size technique (F.G).Group (II): includes a number of ten dental implants where the diameter of the drilling burs is less than the implant diameter. Under-sized technique (U.G) Group (III): includes a number of ten dental implants where the simplified drilling protocol (Drill bypass) (D.G) was used for insertion.Group (IV): includes a number of ten dental implants where combined drilling protocols (C.G) (Undersized U.G+ Drill bypass D.G) were used for insertion. Results: Results revealed a statistically significant difference in the mean of insertion torque values (IT) between combined group (C.G) (65.000 N.cm) and fit-sized group (F.G) (45.0000 N.cm).Concerning Periotest M, a statistically significant difference was found in the mean of (PTV) between combined group (C.G) (-6.4500) and fit-sized group. A statistically highly significant correlation was found between insertion torque values (ITs) and Periotest M values (PTVs). Conclusion: Dental implant insertion in low-density bones using simplified drilling protocol (Drill bypass) (D.G) is better to be combined with undersized implant bed preparation (U.G) to enhance implant primary stability and with less time.Keywords: Kinesiology adhesive tape, Swelling, Pain, Dexamethasone, lower third molar teeth removal.
topic primary stability of dental implant
drill bypass
under preparation
url https://rden.mosuljournals.com/pdf_164656_1a7d0c7fbe13613207230b52c25d686c.html
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