Technology and CodePublished 11 September 2026The Desired Sensation Level bone conduction device prescriptive formula: new adaptations and applications for skin-driven bone conduction fittingsSusan Scollie · Steve Beaulac · Krystal Beh · Matthew Holden · Marlene Bagatto · Shilpi Banerjee · William (Bill) HodgettsFrontiers in Audiology and Otologydoi 10.3389/fauot.2026.1846344
Original ResearchPublished 15 July 2026Bone-conduction hearing in elephants and humans: a middle-ear comparative studyCaitlin E. O'Connell-Rodwell · Jodie L. Berezin · Anbuselvan Dharmarajan · Alessio Pignatelli · Rachel Chen · Francisco Uzal · Xiying Guan · Sunil PuriaFrontiers in Audiology and Otologydoi 10.3389/fauot.2026.1744613
Brief Research ReportPublished 23 June 2026Minimize, reprioritize, and immobilize: practical strategies for managing MR imaging in patients with cochlear and bone conduction implants requiring head wrapsGeorge S. Liu · Alexander Chern · Jenny X. Chen · Zahra N. Sayyid · Bryan Kevin Ward · Sachin Gujar · Francis Deng · Charles C. Della SantinaFrontiers in Audiology and Otologydoi 10.3389/fauot.2026.1788213
Systematic ReviewPublished 19 June 2026A meta-analysis of bone conduction 80 Hz auditory steady-state response thresholds in adults and infantsEmanuele Perugia · Constantina GeorgaFrontiers in Audiology and Otologydoi 10.3389/fauot.2026.1837322
Original ResearchPublished 20 May 2026Reference threshold measures for a non-surgical skin-drive bone conduction hearing deviceEileen Webster · Jonas Lochner · Paula Folkeard · Susan Scollie · Hamidreza Mojallal · Marlene BagattoFrontiers in Audiology and Otologydoi 10.3389/fauot.2026.1850851
Original ResearchPublished 8 May 2026A retrospective review of softband bone conduction hearing device fittings and outcomes from routine clinical careJason Gavrilis · Grant Bristow · Amy Reese · Stacey Milner · Mehrnaz Zeitooni · Stephanie Carrick · Vijayalakshmi EaswarFrontiers in Audiology and Otologydoi 10.3389/fauot.2026.1800016
Brief Research ReportPublished 22 April 2026Comparing real-bone measurement microphone and skull simulator measurements for soft headband bone conduction devices in adultsArash Ebrahimian · Jonathan Pietrobon · Neritan Alizoti · Matthew Lucas · Chris McInerney · John PumfordFrontiers in Audiology and Otologydoi 10.3389/fauot.2026.1768441
Case ReportPublished 21 April 2026Case Report: From soft headband to surgery: perspectives on the transition to surgical bone conduction devices in childrenLaurie MauroFrontiers in Audiology and Otologydoi 10.3389/fauot.2026.1782943
Original ResearchPublished 10 April 2026Evaluating surface microphone output prediction accuracy: interaction between forehead volume velocity and skin impactTobias Mair · Ivo Dobrev · Christof RöösliFrontiers in Audiology and Otologydoi 10.3389/fauot.2026.1772097
Original ResearchPublished 30 March 2026Impact of bone conduction hearing devices on health-related quality of life in chronic otitis media-related hearing loss: a systematic review and meta-analysisXing Wang · Wangwei Li · Junmei Miao JonassonFrontiers in Audiology and Otologydoi 10.3389/fauot.2026.1798374
Original ResearchPublished 10 March 2026Implantation of an active transcutaneous bone conduction device via the middle fossa surgical approach: an institutional case seriesLauren Siegel · Munir Demir Bajin · Alina Zgardau · Kim Zimmerman · Lorne S. Parnes · Peng You · Sumit K. AgrawalFrontiers in Audiology and Otologydoi 10.3389/fauot.2026.1764356
