PU¶PubMed·Journal article·Clinical audiology·2w agoPhoton-counting CT in head and neck radiology: bridging detector physics and clinical applicationsPCCT's superior resolution and material-differentiation capabilities could improve detection of subtle temporal bone and head-and-neck pathology, potentially enhancing diagnostic referral pathways relevant to audiologists.
PU¶PubMed·Journal article·Cochlear implants·3w agoAutomatic cochlear morphometry: intraindividual comparison of head CT vs carotid CT angiography, cervical spine, and paranasal sinus CTIf the study confirms that cochlear duct length measurements from non-dedicated CT scans (e.g., carotid CTA, cervical spine CT, sinus CT) are equivalent to head CT measurements, clinicians could use existing imaging for pre-cochlear-implant electrode planning without ordering...＋Save
PU¶PubMed·Journal article·AI & technology·4w agoHuman-AI collaboration using GPT-5 for MR grading of endolymphatic hydrops in Ménière's diseaseFindings are preliminary for clinical adoption; audiologists and ENT teams should monitor this space, but no change to current MRI reporting or Ménière's disease diagnostic workflows is warranted yet.＋Save
PU¶PubMed·Journal article·Tinnitus·6w agoTransverse sinus dominance predicts outcome after venous sinus stenting for pulsatile tinnitusTransverse sinus dominance may help predict incomplete relief after venous sinus stenting for pulsatile tinnitus; audiologists should be aware of this radiological predictor when co-managing or counselling stenting candidates, though surgical decision-making remains with the...＋Save
PU¶PubMed·Journal article·Tinnitus·3mo agoTemporal bone remodeling after venous stenting for pulsatile tinnitus: isolated dehiscence versus diverticulumClinicians managing pulsatile tinnitus with venous sinus stenting should be aware that the type of structural abnormality — isolated dehiscence versus diverticulum — is associated with different rates of post-stenting temporal bone remodeling, which may inform procedural...＋Save
