0000000000512805

AUTHOR

Luca Brunese

0000-0002-4666-0544

showing 3 related works from this author

Errors in imaging patients in the emergency setting

2016

Emergency and trauma care produces a "perfect storm" for radiological errors: uncooperative patients, inadequate histories, time-critical decisions, concurrent tasks and often junior personnel working after hours in busy emergency departments. The main cause of diagnostic errors in the emergency department is the failure to correctly interpret radiographs, and the majority of diagnoses missed on radiographs are fractures. Missed diagnoses potentially have important consequences for patients, clinicians and radiologists. Radiologists play a pivotal role in the diagnostic assessment of polytrauma patients and of patients with non-traumatic craniothoracoabdominal emergencies, and key elements …

Diagnostic ImagingRadiographyMEDLINEDiagnostic Error030218 nuclear medicine & medical imagingHospital03 medical and health sciences0302 clinical medicineNuclear Medicine and ImagingMedical imagingHumansMedicineRadiology Nuclear Medicine and imagingDiagnostic ErrorsEmergency Radiology Special FeatureMedical diagnosisEmergency Servicebusiness.industryGeneral MedicineEmergency departmentmedicine.diseasePolytrauma030220 oncology & carcinogenesisRadiological weaponDiagnostic assessmentMedical emergencyRadiologyEmergency Service HospitalbusinessHumans; Diagnostic Errors; Diagnostic Imaging; Emergency Service Hospital; Radiology Nuclear Medicine and ImagingHumanThe British Journal of Radiology
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Role of conventional radiology and MRi defecography of pelvic floor hernias

2013

Background Purpose of the study is to define the role of conventional radiology and MRI in the evaluation of pelvic floor hernias in female pelvic floor disorders. Methods A MEDLINE and PubMed search was performed for journals before March 2013 with MeSH major terms 'MR Defecography' and 'pelvic floor hernias'. Results The prevalence of pelvic floor hernias at conventional radiology was higher if compared with that at MRI. Concerning the hernia content, there were significantly more enteroceles and sigmoidoceles on conventional radiology than on MRI, whereas, in relation to the hernia development modalities, the prevalence of elytroceles, edroceles, and Douglas' hernias at conventional radi…

medicine.medical_specialtyHerniaPelvic Floor DisordersNOPelvic Floor DisordersEnterocelesmedicineHumansDefecographyHerniaIn patientMRiDefecographyHerniasPelvic floormedicine.diagnostic_testConventional radiologybusiness.industryMagnetic resonance imagingPelvic FloorGeneral Medicinemedicine.diseaseMagnetic Resonance Imagingradiologydigestive system diseasesElderly patientsbody regionsstomatognathic diseasesmedicine.anatomical_structuresurgical procedures operativeradiology MRidefecographyMRI DefecographyFemaleSurgeryRadiologybusinessResearch Article
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Glenoid bone loss in anterior shoulder dislocation: a multicentric study to assess the most reliable imaging method

2022

Purpose: The aim of this multicentric study was to assess which imaging method has the best inter-reader agreement for glenoid bone loss quantification in anterior shoulder instability. A further aim was to calculate the inter-method agreement comparing bilateral CT with unilateral CT and MR arthrography (MRA) with CT measurements. Finally, calculations were carried out to find the least time-consuming method. Method: A retrospective evaluation was performed by 9 readers (or pairs of readers) on a consecutive series of 110 patients with MRA and bilateral shoulder CT. Each reader was asked to calculate the glenoid bone loss of all patients using the following methods: best fit circle area on…

Bone lossBone loAnterior shoulder instability; Bone loss; CT; Glenoid bony defect; MRI; Measurement technique; PICORadiology Nuclear Medicine and imagingAnterior shoulder instabilityPICOGeneral MedicineMeasurement techniqueAnterior shoulder instability; Bone loss; CT; Glenoid bony defect; MRI; Measurement technique; PICO.Glenoid bony defectAnterior shoulder instability; Bone loss; CT; Glenoid bony defect; Measurement technique; MRI; PICOCTMRI
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