Assessment Method of Facial Palsy by Amount of Feature Point Movements at Facial Expressions
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概要
- 論文の詳細を見る
At present in medical field, the 40 point method and facial nerve grading system (House-Brackmann method) are generally used for assessment of facial palsy. However, those methods have limitation in the precise assessment, because of subjectivity in diagnosis. Purpose of this paper is to propose objective and quantitative assessment of facial palsy based on the amount of feature point movements on the face. Facial nerve symptoms generally appear in either of right and left side on the face. In facial expression of palsy subjects, the motion on the diseased side becomes smaller than that on the healthy side. We defined some indices of palsy severity from the observation of facial expression. Those indices showed the asymmetry of the facial motion quantitatively. We confirmed that our proposed method was valid for assessment of the facial palsy by comparison with the 40 point method.
- 社団法人 電気学会の論文
- 2006-03-01
著者
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Tanaka Toshiyuki
Department Of Endocrinology And Metabolism National Research Institute For Child Health And Developm
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Kunihiro Takanobu
Department Of Otolaryngology School Of Medicine Keio University
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Kunihiro Takanobu
Department Of Otorhinolaryngology School Of Medicine Keio University
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NEMOTO Junko
Department of Applied Physics and Physico-Informatics, Faculty of Science and Technology, Keio Unive
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OHTA Manami
Department of Applied Physics and Physico-Informatics, Faculty of Science and Technology, Keio Unive
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Ohta Manami
Department Of Applied Physics And Physico-informatics Faculty Of Science And Technology Keio Univers
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Nemoto Junko
Department Of Applied Physics And Physico-informatics Faculty Of Science And Technology Keio Univers
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Tanaka Toshiyuki
Department Of Electronics And Information Engineering Tokyo Metropolitan University
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Tanaka Toshiyuki
Department Of Applied Physics And Physico-informatics Keio University
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Tanaka Toshiyuki
Department Of Applied Chemistry Faculty Of Engineering University Of Toyama
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Tanaka Toshiyuki
Department Of Applied Physics And Physico-informatics Faculty Of Science And Technology Keio Univers
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