0000000000851777

AUTHOR

Ramón Rodríguez-martos

showing 2 related works from this author

Confocal microscopy: a valid approach to evaluate the three-dimensional characteristics of root-end cavities

2013

Objective: To analyze, using confocal microscope, the three-dimensional characteristics of the root-end cavity preparations completed in root apices of extracted teeth determining their area, perimeter, circularity and cavo-surface angle. Study design: Thirty-two single-rooted extracted teeth underwent endodontic treatment and apical resection. Root-end cavities were prepared according to 4 protocols, as follows: Group1, stainless steel ultrasonic tips (SST) at 33 KHz power; Group 2, SST at 30 KHz power; Group 3, diamond-coated ultrasonic tips (DCT) at 30 KHz power; and Group 4, DCT at 33 KHz power. Finally, root-end cavity was evaluated using a confocal microscope, recording its area, peri…

AdultMaterials scienceMicroscopeAdolescentConfocalOdontologíaIn Vitro TechniquesEndodonticslaw.inventionResectionUltrasonic tipsPerimeterYoung AdultTooth rootConfocal microscopylawMicroscopyHumansTooth RootGeneral DentistryMicroscopy ConfocalAnatomyMiddle Aged:CIENCIAS MÉDICAS [UNESCO]Ciencias de la saludConfocal microscopyOtorhinolaryngologySurgical root canal treatmentUNESCO::CIENCIAS MÉDICASResearch-ArticleSurgeryUltrasonic sensorRoot-end cavityRoot Canal PreparationBiomedical engineering
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Evaluation of apical preparations performed with ultrasonic diamond and stainless steel tips at different intensities using a scanning electron micro…

2011

Objective: The objective of our study is to analyse (with the help of scanning electron microscopes) the quality of the dental root surface and the appearance of dental cracks after performing apical preparations using two diffe-rent types of ultrasonic tips. Study design: We used 32 single-rooted teeth that underwent a root canal and apical resection. Afterwards, the teeth were divided into 4 groups of 8 teeth each, with preparations of the apical cavities in the following manner: Group 1: stainless steel ultrasonic tip at 33KHz. Group 2: stainless steel ultrasonic tip at 30KHz. Group 3: diamond ultrasonic tip at 30KHz. Group 4: diamond ultrasonic tip at 33 KHz. The quality of the root sur…

Root surfaceMaterials scienceScanning electron microscopeUltrasonic TherapyRoot canalmedicine.medical_treatmentOdontologíaengineering.materialTherapeutic ultrasoundmental disordersMicroscopymedicineHumansComposite materialGeneral DentistryApicoectomyDiamondScanning electron microscope:CIENCIAS MÉDICAS [UNESCO]Stainless SteelCiencias de la saludRoot Canal TherapyEndodontic surgerymedicine.anatomical_structureOtorhinolaryngologyApicoectomyUNESCO::CIENCIAS MÉDICASMicroscopy Electron ScanningengineeringResearch-ArticleSurgeryUltrasonic sensorDentinal crackDiamondOral Surgery
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