2011
Problem Solving in Otologic Surgery: When to Image, When to Operate: A Guide to Making the Right Intraoperative Decisions
Haberman R, Samy R, Wilkinson E, Hirsch B, Kveton J. Problem Solving in Otologic Surgery: When to Image, When to Operate: A Guide to Making the Right Intraoperative Decisions. Otolaryngology 2011, 145: p30-p31. DOI: 10.1177/0194599811415818a63.Peer-Reviewed Original ResearchChronic otitis mediaOtitis mediaMeniere's diseaseIntraoperative decisionEar surgeonsContinuum of diseaseAppropriate treatment recommendationsCommon otologic conditionsCommon otologic diseasesUnexpected findingPreoperative assessmentSurgical presentationGeneral otolaryngologistsDiagnostic dilemmaOtosclerosis surgeryTreatment recommendationsTreatment outcomesDisease entityOtologic conditionsOtologic diagnosisOtologic problemsOtologic diseaseUnusual caseSurgeryOtologic surgery
1990
Delayed spontaneous return of hearing after acoustic tumor surgery: Evidence for cochlear nerve conduction block
Kveton J. Delayed spontaneous return of hearing after acoustic tumor surgery: Evidence for cochlear nerve conduction block. The Laryngoscope 1990, 100: 473-476. PMID: 2329903, DOI: 10.1288/00005537-199005000-00006.Peer-Reviewed Original ResearchConceptsAcoustic tumor resectionCochlear nerveFacial nerveTumor resectionConduction blockIntact cochlear nerveInternal auditory arteryIntact facial nerveAcoustic tumor surgeryNerve conduction blockReversible conduction blockHearing recoveryMost patientsHearing lossTumor surgeryFacial paralysisMechanical traumaSpontaneous returnNerveEventual resolutionResectionBlock phenomenonSpasmPatientsSurgery
1989
Cochlear Nerve Conduction Block: An Explanation for Spontaneous Hearing Return after Acoustic Tumor Surgery
Kveton J, Tarlov E, Drumheller G, Katcher F, Abbott C. Cochlear Nerve Conduction Block: An Explanation for Spontaneous Hearing Return after Acoustic Tumor Surgery. Otolaryngology 1989, 100: 594-601. PMID: 2501735, DOI: 10.1177/019459988910000613.Peer-Reviewed Original ResearchConceptsCochlear nerveAcoustic tumor resectionIntact cochlear nerveInternal auditory arteryPertinent animal dataDirect mechanical traumaAcoustic tumor surgeryPosterior fossa surgeryReversible conduction blockIntraoperative auditoryNerve injuryTumor resectionFossa surgeryTumor manipulationElectrophysiologic dataHearing lossTumor surgeryConduction blockMechanical traumaSpontaneous recoveryAnimal dataNervePreservation proceduresHuman subjectsSurgery
1988
New Microspot Micromanipulator for Carbon Dioxide Laser Surgery in Otolaryngology: Early Clinical Results
Shapshay S, Wallace R, Kveton J, Hybels R, Bohigian R, Setzer S. New Microspot Micromanipulator for Carbon Dioxide Laser Surgery in Otolaryngology: Early Clinical Results. JAMA Otolaryngology - Head & Neck Surgery 1988, 114: 1012-1015. PMID: 3408566, DOI: 10.1001/archotol.1988.01860210078020.Peer-Reviewed Original ResearchConceptsSmaller laser spot sizeLaser spot sizeAblation of tissueInfrared opticsSpot sizeLaser surgeryFiberoptic imageNew micromanipulatorCarbon dioxide laser surgeryDefocus controlConventional micromanipulatorsEarly clinical resultsNew instrumentBenign laryngeal diseaseOpticsLaserDysplastic changesClinical resultsTissue traumaPower densityVocal cordsLaryngeal diseaseMicromanipulatorPatientsSurgeryUse of a Microspot Micromanipulator for CO2 Laser Surgery in Otolaryncology
Shapshay S, Wallace R, Kveton J, Hybels R, Bohigian R, Setzer S. Use of a Microspot Micromanipulator for CO2 Laser Surgery in Otolaryncology. 1988, 411-411. DOI: 10.1007/978-3-642-72870-9_107.Peer-Reviewed Original Research