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Acta Oto-Laryngologica Volume 130, 2010 - Issue 6
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AUDIOLOGY

Clinical use of a system for the automated recording and analysis of electrically evoked compound action potentials (ECAPs) in cochlear implant patients

Lutz Gärtner Medical University of Hannover, Department of Otolaryngology, GermanyCorrespondence[email protected]
,
Thomas Lenarz Medical University of Hannover, Department of Otolaryngology, Germany
,
Gert Joseph Medical University of Hannover, Department of Otolaryngology, Germany
&
Andreas Büchner Medical University of Hannover, Department of Otolaryngology, Germany
Pages 724-732 | Received 06 Aug 2009, Accepted 24 Sep 2009, Published online: 04 Dec 2009

Citations (17)

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Sebastian Hoth, Philipp Spitzer & Mark Praetorius. (2018) A new approach for the determination of ECAP thresholds. Cochlear Implants International 19:2, pages 104-114.
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Alexander Müller, Thomas Hocke & Parwis Mir-Salim. (2015) Intraoperative findings on ECAP-measurement: Normal or special case?. International Journal of Audiology 54:4, pages 257-264.
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Articles from other publishers (15)

E. Artukarslan, F. Matin, F. Donnerstag, L. Gärtner, T. Lenarz & A. Lesinski-Schiedat. (2021) Cochlea implantation in patients with superficial hemosiderosis. European Archives of Oto-Rhino-Laryngology 279:9, pages 4363-4370.
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Lutz Gärtner, Timo Bräcker, Mathias Kals, Richard T. Penninger, Mareike Billinger-Finke, Thomas Lenarz & Andreas Büchner. (2022) ARTFit—A Quick and Reliable Tool for Performing Initial Fittings in Users of MED-EL Cochlear Implants. Life 12:2, pages 269.
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Manish M. George & Neil S. Tolley. 2022. Artificial Intelligence in Medicine. Artificial Intelligence in Medicine 983 1001 .
Andy J. Beynon, Bart M. Luijten & Emmanuel A. M. Mylanus. (2021) Intracorporeal Cortical Telemetry as a Step to Automatic Closed-Loop EEG-Based CI Fitting: A Proof of Concept. Audiology Research 11:4, pages 691-705.
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Lutz Gärtner, Philipp Spitzer, Kathrin Lauss, Marko Takanen, Thomas Lenarz & Sebastian Hoth. (2021) Optimized SNR-based ECAP threshold determination is comparable to the judgement of human evaluators. PLOS ONE 16:11, pages e0259347.
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Jeffrey Skidmore, Lei Xu, Xiuhua Chao, William J. Riggs, Angela Pellittieri, Chloe Vaughan, Xia NingRuijie Wang, Jianfen Luo & Shuman He. (2021) Prediction of the Functional Status of the Cochlear Nerve in Individual Cochlear Implant Users Using Machine Learning and Electrophysiological Measures. Ear & Hearing 42:1, pages 180-192.
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Manish M. George & Neil S. Tolley. 2020. Artificial Intelligence in Medicine. Artificial Intelligence in Medicine 1 19 .
Bayu Adhi Tama, Do Hyun Kim, Gyuwon Kim, Soo Whan Kim & Seungchul Lee. (2020) Recent Advances in the Application of Artificial Intelligence in Otorhinolaryngology-Head and Neck Surgery. Clinical and Experimental Otorhinolaryngology 13:4, pages 326-339.
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D.K. Kechiyan, V.V. Bakhshinyan & G.A. Tavartkiladze. (2020) Threshold dynamics of the auditory nerve electrically evoked compound action potential in implanted children. Vestnik otorinolaringologii 85:6, pages 17.
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Matthew G. Crowson, Vincent Lin, Joseph M. Chen & Timothy C. Y. Chan. (2020) Machine Learning and Cochlear Implantation—A Structured Review of Opportunities and Challenges. Otology & Neurotology 41:1, pages e36-e45.
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Waldo Nogueira & Go Ashida. 2018. Biomedical Technology. Biomedical Technology 349 362 .
A. Büchner & L. Gärtner. (2017) Technische Entwicklungen bei CochleaimplantatenTechnical advancements in cochlear implants. HNO 65:4, pages 276-289.
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T. Wesarg, S. Arndt, A. Aschendorff, R. Laszig, R. Beck, L. Jung & S. Zirn. (2016) Intra- und postoperative elektrophysiologische DiagnostikIntra- and postoperative electrophysiological diagnostics. HNO 65:4, pages 308-320.
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Myles Mc Laughlin, Thomas Lu, Andrew Dimitrijevic & Fan-Gang Zeng. (2012) Towards a Closed-Loop Cochlear Implant System: Application of Embedded Monitoring of Peripheral and Central Neural Activity. IEEE Transactions on Neural Systems and Rehabilitation Engineering 20:4, pages 443-454.
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Ziyan Zhu, Qing Tang, Fan-Gang Zeng, Tian Guan & Datian Ye. (2012) Cochlear-implant spatial selectivity with monopolar, bipolar and tripolar stimulation. Hearing Research 283:1-2, pages 45-58.
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