0000000000905326

AUTHOR

M. Giansanti

showing 2 related works from this author

Morphological and topographical characteristics of posterior supernumerary molar teeth: An epidemiological study on 25,186 subjects

2014

Objectives: To investigate the prevalence , gender difference , arch , morphology and position within the arch of supernumerary molar (SM) teeth in a referred Italian Caucasian population. Study D esign: Records of 25,186 young patients were evaluated. Only data related to supernumerary teeth in the posterior region of the jaws were analyzed. The diagnosis of hyperdontia was formulated during the clinical and radiological examinations based on panoramic radiographs. Statistical analysis was conducted at level of subjects in the assessment of prevalence of SMs and sex ratio. Statistical analysis was conducted at level of teeth according to their morphological and topographic characteristics.…

AdultMaleMolarmedicine.medical_specialtyAdolescentRadiographyDentistryOdontologíaYoung Adultstomatognathic systemEpidemiologyPrevalenceHumansMedicineSupernumerarySex DistributionGeneral DentistryRetrospective StudiesOrthodonticsOral Medicine and Pathologybusiness.industryResearchMandibleHyperdontia:CIENCIAS MÉDICAS [UNESCO]medicine.diseaseMolarCiencias de la saludEpidemiologic Studiesstomatognathic diseasesItalyTooth SupernumeraryOtorhinolaryngologyMaxillaUNESCO::CIENCIAS MÉDICASDistomolarFemaleSurgerybusinessMedicina Oral Patología Oral y Cirugia Bucal
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Accelerating orthodontic tooth movement: a new, minimally-invasive corticotomy technique using a 3D-printed surgical template

2015

Background A reduction in orthodontic treatment time can be attained using corticotomies. The aggressive nature of corticotomy due to the elevation of muco-periosteal flaps and to the duration of the surgery raised reluctance for its employ among patients and dental community. This study aims to provide detailed information on the design and manufacture of a 3D-printed CAD-CAM (computer-aided design and computer-aided manufacturing) surgical guide which can aid the clinician in achieving a minimally-invasive, flapless corticotomy. Material and Methods An impression of dental arches was created; the models were digitally-acquired using a 3D scanner and saved as STereoLithography ( STL ) file…

Cone beam computed tomographymedicine.medical_specialtyTooth Movement TechniquesComputer sciencemedicine.medical_treatmentOdontologíaCAD/CAMlaw.inventionRendering (computer graphics)03 medical and health sciencesImaging Three-Dimensional0302 clinical medicinelawcorticotomymedicineHumans3D printerGeneral DentistryStereolithographyReduction (orthopedic surgery)Orthodonticssurgical templatebusiness.industryResearch030206 dentistryCone-Beam Computed Tomography:CIENCIAS MÉDICAS [UNESCO]3D modelingCiencias de la saludSurgerycorticotomy; orthodontics; CAD/CAM; minimally invasive; surgical template; 3D printerOtorhinolaryngologyTooth movementUNESCO::CIENCIAS MÉDICASminimally invasiveComputer-Aided Design030211 gastroenterology & hepatologySurgerySurgical templateOral SurgerybusinessorthodonticsCorticotomy
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