Dong Ruijuan, Wang Shuo, Zhou Yun, Qi Beier, Chen Xueqing, Liu Bo
Department of Otorhinolaryngology-Head and Neck Surgery, Beijing Tongren Hospital, Capital Medical University, Beijing Institute of Otorhinolaryngology, Key Laboratory of Otolaryngology Head and Neck Surgery, Ministry of Education, Beijing 100730, China.
Lin Chuang Er Bi Yan Hou Tou Jing Wai Ke Za Zhi. 2013 Jul;27(13):712-6.
To establish music reference values for normal-hearing (NH) person in China, in order to give convenience in clinical application.
The NH participant group included 39 subjects, of which 21 females and 18 males. Musical Sounds in Cochlear Implants test battery was used to assess the music perception ability for normal-hearing participants.
The median pitch difference NH participants could discriminate for string was 2.5 semitones and 0.5 for flute. The average scores of rhythm discrimination, melody discrimination, chord discrimination, instrument identification and instrument number detection test were 86.1% (SD = 11.2), 76.5% (SD = 11.1), 75.6% (SD = 11.4), 89.9% (SD = 13.0) and 74.1% (SD = 20.7), respectively.
The MuSIC test could be a test for music perception ability for China users and in further study the material that more suited for our culture should be added into it.
建立中国正常听力人群的音乐参考值,以便于临床应用。
正常听力参与者组包括39名受试者,其中女性21名,男性18名。使用人工耳蜗测试电池中的音乐声音来评估正常听力参与者的音乐感知能力。
正常听力参与者能够区分的弦乐音高差异中位数为2.5个半音,长笛为0.5个半音。节奏辨别、旋律辨别、和弦辨别、乐器识别和乐器数量检测测试的平均得分分别为86.1%(标准差=11.2)、76.5%(标准差=11.1)、75.6%(标准差=11.4)、89.9%(标准差=13.0)和74.1%(标准差=20.7)。
MuSIC测试可为中国用户的音乐感知能力测试,在进一步研究中应加入更适合我们文化的材料。