0000000000615175

AUTHOR

Giovanni Matarese

0000-0002-0195-1858

showing 2 related works from this author

Bilateral cyclic cheek lesions related to premenstrual syndrome: a multifactorial pathogenesis?

2009

Introduction Cheek biting is a chronic, usually innocuous, self-inXicted injury that often occurs as a parafunctional habit. Case report We report an unusual case of bilateral cyclic cheek lesions in a 34-year-old woman characterized by hyperkeratinization near the biting edges of the teeth and hematic lesions accompanied by a cheek swelling sensation, without pain and burning. The lesions coincided with a premenstrual syndrome, characterized by Xuid retention Introduction Cheek biting is a chronic, usually innocuous, self-inXicted injury that often occurs as a parafunctional habit. Case report We report an unusual case of bilateral cyclic cheek lesions in a 34-year-old woman characterized …

medicine.medical_specialtymedia_common.quotation_subjectPremenstrual syndrome · Cheek lesions · Cheek swelling · BruxismCheek lesionsmedicine.disease_causePathogenesisCheek swellingSettore MED/43 - Medicina Legalestomatognathic systemmedicineHumansPsychological stressPremenstrual syndromeMenstrual CycleMenstrual cyclemedia_commonPremenstrual syndrome; Cheek lesions; Cheek swelling; BruxismUnusual casebusiness.industryCHEEK SWELLINGObstetrics and GynecologyGeneral MedicineCheekDermatologySurgerystomatognathic diseasesCheekmedicine.anatomical_structureBitingFemaleBruxismmedicine.symptomMouth DiseasesbusinessWeight gain
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Load-deflection characteristics of superelastic and thermal nickel-titanium wires

2011

SUMMARY The aim of this study was to investigate the mechanical properties of superelastic and thermal nickel–titanium (NiTi) archwires for correct selection of orthodontic wires. Seven different NiTi wires of two different sizes (0.014 and 0.016 inches), commonly used during the alignment phase, were tested. A three-point bending test was carried out to evaluate the load–deflection characteristics. The archwires were subjected to bending at a constant temperature of 37°C and deflections of 2 and 4 mm. Analysis of variance showed that thermal NiTi wires exerted significantly lower working forces than superelastic wires of the same size in all experimental tests (P < 0.05). Wire size had a s…

Dental Stress AnalysisTitaniumHot TemperatureMaterials scienceOrthodontic wireMetallurgyBiomechanicschemistry.chemical_elementOrthodonticsElasticityLoad deflectionchemistryNickelNickel titaniumDeflection (engineering)MartensiteThermalOrthodontic WiresComposite materialDental AlloysMechanical PhenomenaTitaniumThe European Journal of Orthodontics
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