Search results for "physiological foramen"

showing 2 items of 2 documents

Three-dimensional analysis of the physiological foramen geometry of maxillary and mandibular molars by means of micro-CT.

2017

The aim of this study was to investigate the physiological foramen diameter, shape and distance between physiological and anatomical apex of maxillary and mandibular first and second molars. Accurate knowledge of the physiological foramina morphology; thus, inherent mechanical shaping technical hindrances, is decisive when taking the corresponding root canal final preparation decision. The morphological dimensions of a total of 1727 physiological foramina were investigated by means of micro-computed tomography. Mean narrow and wide (to a high number, oval) diameters of the physiological foramen were 0.24, 0.22 and 0.33 mm and 0.33, 0.31 and 0.42 mm in mesiobuccal (MB), distobuccal (DB) and …

0301 basic medicineMolarThree dimensional analysisRoot canalDecision MakingDentistry610 Medicine & healthIn Vitro TechniquesMandibular first molarMandibular second molar03 medical and health sciencesmaxillary and mandibular molars morphology0302 clinical medicineTooth Apexstomatognathic system10066 Clinic of Conservative and Preventive DentistryForamenmedicineHumansapical constrictionphysiological foramenmicro-computed tomography610 Medicine & healthGeneral DentistryMathematicsbusiness.industryDistobuccalX-Ray Microtomography030206 dentistryMolar3500 General DentistryApex (geometry)030104 developmental biologymedicine.anatomical_structureOriginal ArticleDental Pulp Cavitybusinessfinal apical fileRoot Canal Preparation
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Automated segmentation and description of the internal morphology of human permanent teeth by means of micro-CT

2020

High-resolution micro-computed tomography is a powerful tool to analyze and visualize the internal morphology of human permanent teeth. It is increasingly used for investigation of epidemiological questions to provide the dentist with the necessary information required for successful endodontic treatment. The aim of the present paper was to propose an image processing method to automate parts of the work needed to fully describe the internal morphology of human permanent teeth. One hundred and four human teeth were scanned on a high-resolution micro-CT scanner using an automatic specimen changer. Python code in a Jupyter notebook was used to verify and process the scans, prepare the dataset…

Micro-CTScannerComputer scienceInternal tooth morphologyAutomated segmentationRoot canal configurationImage processing610 Medicine & health03 medical and health sciences0302 clinical medicinestomatognathic systemImage Processing Computer-AssistedMedicineHumansComputer visionTooth Root610 Medicine & healthMicro ctGeneral Dentistry030304 developmental biologycomputer.programming_languagePermanent teeth0303 health sciencesbusiness.industryResearchBiomedical image analysisProcess (computing)Reproducibility of ResultsRK1-715030206 dentistryX-Ray MicrotomographyPhysiological foramen geometryPython (programming language)Dentition PermanentAutomated segmentationstomatognathic diseasesDentistryTomographyArtificial intelligenceDental Pulp Cavitybusinesscomputer
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