CBCT quantitative evaluation of mandibular lingual concavities in dental implant patients

Kamburoğlu, Kıvanç; Acar, Buket; Yüksel, Selcen; Paksoy, Candan Semra

doi:10.1007/s00276-015-1493-9

Cited by 30 publications

(46 citation statements)

References 19 publications

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“…However, in some studies declared that the dentate status and bone morphology are not related [33,34]. The differences between the lingual and buccal concavity prevalence values reported in different studies can be explained with the racial and class differences and dentate status.…”

Section: Discussionmentioning

confidence: 95%

Investigation the anterior mandibular lingual concavity by using cone-beam computed tomography

2021

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Background: In the presence of lingual concavity in the mandible, the cortical perforation and consequently the life-threatening intraoral hemorrhages obstructing the upper respiratory tract may be seen during the surgical intervention. In the present study, it was aimed to determine the prevalence of lingual concavity in the interforaminal region and to determine its relationship with gender and dentate status. Material and methods: The images of 106 patients undergone cone-beam computed tomography (CBCT) between 2016 and 2017 in Department of Dental and

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Section: Discussionmentioning

confidence: 95%

Investigation the anterior mandibular lingual concavity by using cone-beam computed tomography

2021

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“…В анализ вошли исследования, выполненные с помощью КЛКТ с 2011 по 2016 г. Всего было обследовано 1713 зон поднутрений у 1232 пациентов. В ряде публикаций проводилось сравнение по полу [16,[18][19][20] и возрасту [20].…”

Section: результаты и обсуждениеunclassified

Morphology of mandibular lingual concavities

Аванесов

Sedov

Mordanov

2019

Stomat.

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РЕЗЮМЕ Цель исследования-обзор литературы о параметрах язычных поднутрений в боковом отделе нижней челюсти на основе конусно-лучевой компьютерной томографии (КЛКТ) для предотвращения осложнения в виде перфорации во время проведения дентальной имплантации. Материал и методы. Проведен электронный поиск полнотекстовых статей об исследованиях язычных поднутрений с помощью КЛКТ. Анализировались их распространенность, глубина и угол. Результаты. Из 89 представленных публикаций было отобрано 5 исследований, выполненных с помощью КЛКТ с 2011 по 2016 г. Всего обследовано 1713 зон поднутрений у 1232 пациентов. Распространенность язычных поднутрений составила 46,7-68%. Средняя глубина поднутрений варьировала от 2,4 до 5,4 мм, угол-от 143 до 156,6°. Вывод. Несмотря на то что морфологические показатели язычных поднутрений находятся в одном диапазоне, необходимо проводить КЛКТ-обследование для оценки количества и морфологии доступной костной ткани. При выраженности данного образования (U-тип) рекомендуется применение навигационной хирургии в виде использования хирургического шаблона.

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“…The general psychosocial perception of tooth loss and the awareness of public causes the rapidly growing and aging population to focus on implant therapy. 1,2 With proper diagnosis and treatment planning and careful surgical intervention, implant therapy progresses seamlessly and fulfills functional and aesthetic expectations after osseointegration. 3 Important considerations in implant planning include; considering the relation between the implant and vital anatomical structures such as nerves and vessels as well as the morphology and anatomical structure of bone, crest angle and size of the selected implant.…”

Section: Introductionmentioning

confidence: 99%

“…15 CBCT makes it possible for the clinician to interpret the bucco-lingual dimensions through multi-planar reconstructions. 2 Considering the possible variations of the SF anatomy and complications, use of CBCT for assessment of this anatomical region is an important procedure before dental surgery. The aim of this study was to analyze the prevalence and the extent of lingual concavity in the SF area by using CBCT.…”

Section: Introductionmentioning

confidence: 99%

Assesment of submandibular fossa depth using cone beam computed tomography

Borahan¹,

Dönmez²,

Ulay³

et al. 2018

Yeditepe J Dent

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Aim: Due to the presence of submandibular fossa (SF), the posterior mandible is an significant anatomic region which should be taken into consideration before dental surgery. The aim of this study was to assess the SF depth in a group of patients using cone-beam computed tomography (CBCT) retrospectively. Materials and Methods:The subjects for this retrospective study consisted of all 300 adult patients who visited the department of Oral Diagnosis and Radiology at Marmara University, and underwent a single CBCT examination. The CBCT data were picked up from the picture archiving and communications system (PACS) from the period of 2013 to 2016. Bilateral SF depths were evaluated on CBCT images. Three different SF types were categorized according amount of depth: type I; concavity depth <2 mm, type II; concavity depth between 2-3 mm and type III; concavity depth >3 mm. Results: For the right SF depth measurements, 143 patients were found to be type I, 117 patients were type II and 38 patients were type III. For the left SF depth measurements, 150 patients were type I, 116 patients were type II and 42 patients were type III. Type I SF depth was more common in both submandibular fossa. Conclusions: Considering the possible complications, preoperative assessment of SF depth is crucial for safe surgery in the posterior mandible. Use of CBCT enhances comprehensive evaluation of this particular anatomic region.

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CBCT quantitative evaluation of mandibular lingual concavities in dental implant patients

Cited by 30 publications

References 19 publications

Investigation the anterior mandibular lingual concavity by using cone-beam computed tomography

Investigation the anterior mandibular lingual concavity by using cone-beam computed tomography

Morphology of mandibular lingual concavities

Assesment of submandibular fossa depth using cone beam computed tomography

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