Hyoid Bone

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Weiche Lee - One of the best experts on this subject based on the ideXlab platform.

  • traumatic Hyoid Bone fracture in patient wearing a helmet a case report
    American Journal of Emergency Medicine, 2008
    Co-Authors: Liangchi Kuo, Chaowe Che, Weiche Lee
    Abstract:

    Fractures of Hyoid Bone are rare and most of the injuries cause by strangulation. Hyoid Bone fractures are usually the result of direct trauma to the neck through manual strangulation or hanging, blunt trauma or from projectiles. But Hyoid Bone fracture caused by helmet strap has not been reported before. We present a young man wearing a helmet had an isolated Hyoid Bone fractures after a motorcycle-to-motorcycle accident. So, we should be more aware that helmet wearing riders are prone to have this kind of injury. Language: en

  • Traumatic Hyoid Bone fracture in patient wearing a helmet: a case report.
    American Journal of Emergency Medicine, 2008
    Co-Authors: Liangchi Kuo, Hsing-lin Lin, Chao-wen Chen, Weiche Lee
    Abstract:

    Fractures of Hyoid Bone are rare and most of the injuries cause by strangulation. Hyoid Bone fractures are usually the result of direct trauma to the neck through manual strangulation or hanging, blunt trauma or from projectiles. But Hyoid Bone fracture caused by helmet strap has not been reported before. We present a young man wearing a helmet had an isolated Hyoid Bone fractures after a motorcycle-to-motorcycle accident. So, we should be more aware that helmet wearing riders are prone to have this kind of injury.

Ervin Sejdic - One of the best experts on this subject based on the ideXlab platform.

  • the prediction of risk of penetration aspiration via Hyoid Bone displacement features
    Dysphagia, 2020
    Co-Authors: Zhenwei Zhang, James L. Coyle, Cara Donohue, Subasha Perera, Atsuko Kurosu, Amanda S Mahoney, Ervin Sejdic
    Abstract:

    Videofluoroscopic swallow studies are widely used in clinical and research settings to assess swallow function and to determine physiological impairments, diet recommendations, and treatment goals for people with dysphagia. Videofluoroscopy can be used to analyze biomechanical events of swallowing, including Hyoid Bone displacement, to differentiate between normal and disordered swallow functions. Previous research has found significant associations between Hyoid Bone displacement and penetration/aspiration during swallowing, but the predictive value of Hyoid Bone displacement during swallowing has not been explored. The primary objective of this study was to build a model based on aspects of Hyoid Bone displacement during swallowing to predict the extent of airway penetration or aspiration during swallowing. Aspects of Hyoid Bone displacement from 1433 swallows from patients referred for videofluoroscopy were analyzed to determine which aspects predicted risk of penetration and aspiration according to the Penetration-Aspiration Scale. A generalized estimating equation incorporating components of Hyoid Bone displacement and variables shown to impact penetration and aspiration (such as age, bolus volume, and viscosity) was used to evaluate penetration and aspiration risk. Results indicated that anterior-horizontal Hyoid Bone displacement was the only aspect of Hyoid Bone displacement predictive of penetration and aspiration risk. Further research should focus on improving the model performance by identifying additional physiological swallowing events that predict penetration and aspiration risk. The model built for this study, and future modified models, will be beneficial for clinicians to use in the assessment and treatment of people with dysphagia, and for potentially tracking improvement in hyolaryngeal excursion resulting from dysphagia treatment, thus mitigating adverse outcomes that can occur secondary to dysphagia.

  • neck sensor supported Hyoid Bone movement tracking during swallowing
    Royal Society Open Science, 2019
    Co-Authors: Shitong Mao, Zhenwei Zhang, James L. Coyle, Yassi Khalifa, Cara Donohue, Ervin Sejdic
    Abstract:

    Hyoid Bone movement is an important physiological event during swallowing that contributes to normal swallowing function. In order to determine the adequate Hyoid Bone movement, clinicians conduct ...

  • The Prediction of Risk of Penetration–Aspiration Via Hyoid Bone Displacement Features
    Dysphagia, 2019
    Co-Authors: Zhenwei Zhang, James L. Coyle, Cara Donohue, Atsuko Kurosu, Amanda S Mahoney, Subashan Perera, Ervin Sejdic
    Abstract:

    Videofluoroscopic swallow studies are widely used in clinical and research settings to assess swallow function and to determine physiological impairments, diet recommendations, and treatment goals for people with dysphagia. Videofluoroscopy can be used to analyze biomechanical events of swallowing, including Hyoid Bone displacement, to differentiate between normal and disordered swallow functions. Previous research has found significant associations between Hyoid Bone displacement and penetration/aspiration during swallowing, but the predictive value of Hyoid Bone displacement during swallowing has not been explored. The primary objective of this study was to build a model based on aspects of Hyoid Bone displacement during swallowing to predict the extent of airway penetration or aspiration during swallowing. Aspects of Hyoid Bone displacement from 1433 swallows from patients referred for videofluoroscopy were analyzed to determine which aspects predicted risk of penetration and aspiration according to the Penetration–Aspiration Scale. A generalized estimating equation incorporating components of Hyoid Bone displacement and variables shown to impact penetration and aspiration (such as age, bolus volume, and viscosity) was used to evaluate penetration and aspiration risk. Results indicated that anterior-horizontal Hyoid Bone displacement was the only aspect of Hyoid Bone displacement predictive of penetration and aspiration risk. Further research should focus on improving the model performance by identifying additional physiological swallowing events that predict penetration and aspiration risk. The model built for this study, and future modified models, will be beneficial for clinicians to use in the assessment and treatment of people with dysphagia, and for potentially tracking improvement in hyolaryngeal excursion resulting from dysphagia treatment, thus mitigating adverse outcomes that can occur secondary to dysphagia.

  • Automatic Hyoid Bone detection in fluoroscopic images using deep learning.
    Scientific Reports, 2018
    Co-Authors: Zhenwei Zhang, James L. Coyle, Ervin Sejdic
    Abstract:

    The displacement of the Hyoid Bone is one of the key components evaluated in the swallow study, as its motion during swallowing is related to overall swallowing integrity. In daily research settings, experts visually detect the Hyoid Bone in the video frames and manually plot Hyoid Bone position frame by frame. This study aims to develop an automatic method to localize the location of the Hyoid Bone in the video sequence. To automatically detect the location of the Hyoid Bone in a frame, we proposed a single shot multibox detector, a deep convolutional neural network, which is employed to detect and classify the location of the Hyoid Bone. We also evaluated the performance of two other state-of-art detection methods for comparison. The experimental results clearly showed that the single shot multibox detector can detect the Hyoid Bone with an average precision of 89.14% and outperform other auto-detection algorithms. We conclude that this automatic Hyoid Bone tracking system is accurate enough to be widely applied as a pre-processing step for image processing in dysphagia research, as well as a promising development that may be useful in the diagnosis of dysphagia.

Abdulhaseeb Quadri - One of the best experts on this subject based on the ideXlab platform.

Liangchi Kuo - One of the best experts on this subject based on the ideXlab platform.

  • traumatic Hyoid Bone fracture in patient wearing a helmet a case report
    American Journal of Emergency Medicine, 2008
    Co-Authors: Liangchi Kuo, Chaowe Che, Weiche Lee
    Abstract:

    Fractures of Hyoid Bone are rare and most of the injuries cause by strangulation. Hyoid Bone fractures are usually the result of direct trauma to the neck through manual strangulation or hanging, blunt trauma or from projectiles. But Hyoid Bone fracture caused by helmet strap has not been reported before. We present a young man wearing a helmet had an isolated Hyoid Bone fractures after a motorcycle-to-motorcycle accident. So, we should be more aware that helmet wearing riders are prone to have this kind of injury. Language: en

  • Traumatic Hyoid Bone fracture in patient wearing a helmet: a case report.
    American Journal of Emergency Medicine, 2008
    Co-Authors: Liangchi Kuo, Hsing-lin Lin, Chao-wen Chen, Weiche Lee
    Abstract:

    Fractures of Hyoid Bone are rare and most of the injuries cause by strangulation. Hyoid Bone fractures are usually the result of direct trauma to the neck through manual strangulation or hanging, blunt trauma or from projectiles. But Hyoid Bone fracture caused by helmet strap has not been reported before. We present a young man wearing a helmet had an isolated Hyoid Bone fractures after a motorcycle-to-motorcycle accident. So, we should be more aware that helmet wearing riders are prone to have this kind of injury.

R. Keerthi - One of the best experts on this subject based on the ideXlab platform.