ONLINE FIRST
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GENERAL RESEARCH | 5 OCTOBER 2023 BY WANG ET AL. |
REVIEW | 4 OCTOBER 2023 Somatosensory Tinnitus: Recent Developments in Diagnosis and Treatment BY MICHIELS |
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GENERAL RESEARCH | 2 OCTOBER 2023 BY SUNILKUMAR BHATT ET AL. |
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GENERAL RESEARCH | 8 SEPTEMBER 2023 BY WARING ET AL. |
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EDITORIAL | 10 AUGUST 2023 An Opportunity for Constructing the Future of Data Sharing in Otolaryngology BY ECKERT ET AL. |
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REVIEW | 8 MAY 2023 | OPEN ACCESS The Next Challenges of Vestibular Implantation in Humans BY STULTIENS ET AL. |
JARO Volume 24 | Issue 4 | August 2023
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GENERAL RESEARCH | BY BOM BRAGA | OPEN ACCESS Quantitative Evaluation of the 3D Anatomy of the Human Osseous Spiral Lamina Using MicroCT |
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GENERAL RESEARCH | BY CHEATAM Distortion Product Otoacoustic Emissions in Mice Above and Below the Eliciting Primaries |
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GENERAL RESEARCH | BY MOLIS ET AL. Frequency Following Responses to Tone Glides: Effects of Age and Hearing Loss |
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RESEARCH ARTICLE | BY XIONG ET AL. |
About the Cover:
Laboratory-based micro-computed tomography (micro-CT) is an imaging technique that is increasingly applied for research in biomedical and life sciences. In a collaboration between the ARTORG Center, EMPA and the Neuroradiology Department of the University Hospital of Bern, surgical techniques, micro-CT technology and image analysis were applied to produce 3D reconstructions of the human cochlea. Micro-CT was introduced as a non-destructive, three-dimensional imaging technique at the microscopic level to complement histological evaluation. Micro-CT provides a complete image of the human cochlea without the need for sample processing as used in histological studies. The osseous spiral lamina (OSL) has recently become a focus of research because of its potential impact on the overall sound transduction. This image shows a human OSL with voxel size resolution of 13 mm. The 3D reconstruction demonstrates the porous morphology of the OSL throughout the cochlea spirals. The different colors are associated with the different bone densities of the OSL. Bom Braga et al. use micro-CT technology to investigate the cochlea anatomy at up to 2mm voxel size, focusing on the OSL morphology and generating a quantitative evaluation of the human OSL in 3D, including its individual plates, inter-plate bony pillars, thickness, width, and percentage of porosity. Reference: Bom Braga, G.O., Parrilli, A., Zboray, R. et al. Quantitative Evaluation of the 3D Anatomy of the Human Osseous Spiral Lamina Using MicroCT. JARO (2023). https://doi.org/10.1007/s10162-023-00904-3 Cover composition by @falina.zip (IG).