1. 中国听力语言康复研究中心,北京,100029
2. 天津市武警后勤学院
3. 首都医科大学附属北京同仁医院耳鼻咽喉头颈外科耳鼻咽喉头颈科学教育部重点实验室
纸质出版:2021
移动端阅览
[1]梁爽,张琪瑶,龙江,黄鸿雁,尹鸿宇,郭煜然,连银龙,崔方方,叶红,李永新.内耳结构异常的语前聋人工耳蜗植入儿童听觉语言康复效果评价[J].中国听力语言康复科学杂志,2021,19(01):33-38.
梁爽, 张琪瑶, 龙江, et al. The Rehabilitation Effect after Cochlear Implantation for Prelingual Hearing-Impaird Children with Different Types of Structural of the Inner Ear[J]. 2021, 19(1): 33-38.
[1]梁爽,张琪瑶,龙江,黄鸿雁,尹鸿宇,郭煜然,连银龙,崔方方,叶红,李永新.内耳结构异常的语前聋人工耳蜗植入儿童听觉语言康复效果评价[J].中国听力语言康复科学杂志,2021,19(01):33-38. DOI:
梁爽, 张琪瑶, 龙江, et al. The Rehabilitation Effect after Cochlear Implantation for Prelingual Hearing-Impaird Children with Different Types of Structural of the Inner Ear[J]. 2021, 19(1): 33-38. DOI:
目的评价不同类型内耳结构异常的语前聋儿童人工耳蜗植入术后听觉语言康复效果。方法选取人工耳蜗植入儿童10例(12耳)
其中内耳结构发育正常的3例
前庭导水管扩大3例
Mondini畸形1例
蜗孔狭窄1例
内听道狭窄听神经纤细2例
分别采用电刺激诱发听神经复合动作电位(electrically evoked compound action potential
eCAP)、助听听阈、听障儿童听觉能力、语言能力评估标准及方法
从听神经客观电生理水平、听察觉阈、听觉辨识与理解能力以及语言能力4方面评价患儿的康复效果。结果①客观电生理:单纯前庭导水管扩大患者听神经对电刺激敏感度与内耳发育正常者相似
Mondini畸形患者比内耳发育正常者略高
蜗孔狭窄及听神经纤细患者听神经敏感度较差;②听察觉阈:与内耳结构正常及轻度畸形(Mondini畸形)患者相比
蜗孔狭窄及听神经纤细患者听察觉阈偏高
高频比低频阈值低;③听觉辨识与理解能力:在安静环境近距离交谈情境下
单纯前庭导水管扩大、Mondini畸形及蜗孔狭窄患者对熟悉语词和短句的辨识与理解能力与内耳发育正常者无差别
听神经纤细患者得分较低;④语言能力:单纯前庭导水管扩大、Mondini畸形患者与内耳发育正常者无差别
蜗孔狭窄患者的语言交往与表达能力落后于内耳发育正常者
听神经纤细患者在语法、理解、交往、表达4个维度均落后于内耳发育正常者。结论语前聋儿童人工耳蜗植入术后听觉语言康复效果需要使用多种方法综合评价。Mondini畸形患者给予足够电刺激量后
其听觉语言能力可达到内耳发育正常者水平。蜗孔狭窄、听神经纤细等严重内耳畸形患者
人工耳蜗对其听觉语言能力发展有一定帮助
家长需要建立合理期望值并坚持长期康复。
Objective Comprehensive assessment methods were used to evaluate the effect of hearing and language rehabilitation after cochlear implantation for children with prelingual deafness. Methods 10 cases(12 ears) with cochlear implants were included. Among them
3 cases had normal inner ear development
3 cases of vestibular aqueduct enlargement
1 case of Mondini malformation
1 case of cochlear foraminal stenosis
and 2 cases of internal auditory canal stenosis. Electrically evoked compound action potential(eCAP)
hearing threshold
hearing ability and language ability assessment standards and methods of hearing-impaired children were used respectively. The rehabilitation effect of cases was evaluated from four aspects: objective electrophysiological level of auditory nerve
threshold of auditory perception
auditory recognition and understanding ability
and language ability. Results(1) Objective electrophysiological level: The sensitivity of the auditory nerve to electrical stimulation in patients with EVA was similar to that in patients with normal inner ear development; the sensitivity of the auditory nerve in patients with Mondini malformation was slightly higher than that in patients with normal inner ear development; The sensitivity of the auditory nerve in patients with cochlear stenosis and CND was poor.(2) Threshold of auditory perception: the threshold of auditory perception in patients with cochlear foraminal stenosis and CND was higher
and the threshold of high-frequency was lower than that of low-frequency.(3)Hearing recognition and understanding: In the quiet environment
the patients with EVA
Mondini malformation and cochlear foraminal stenosis had no difference in the ability to recognize and understand familiar words and short sentences compared with the patients with normal inner ear development
and the scores of the patients with CND were lower.(4) Language ability: There was no difference between patients with EVA and Mondini malformation and those with normal inner ear development; then language communication and expression ability of patients with cochlear foraminal stenosis lagged behind those with normal inner ear development; the grammar
understanding
communication and expression of patients with CND lagged behind those with normal inner ear development in four dimensions. Conclusion It is necessary to use comprehensive methods to evaluate the effect of hearing and language rehabilitation after cochlear implantation for children with prelingual deafness. Patients with Mondini deformity should be given enough electrical stimulation to achieve normal inner ear development. In patients with severe inner ear malformation
such as stenosis of the cochlear foraminal and CND
cochlear implant can help them develop their hearing and language ability to some extent
but at the same time
parents need to establish reasonable expectations and insist on long-term rehabilitation.
蜗神经孔狭窄和闭锁的诊断与人工耳蜗植入术后效果 [J]. 张道行. 临床耳鼻咽喉头颈外科杂志 . 2014(15)
听觉辅助技术[J]. 王艳霄,梁爽. 中国听力语言康复科学杂志. 2014 (04)
内耳畸形人工耳蜗植入后听力言语康复效果分析 [J]. 梁爽,李永新,郑军,刘博,陈雪清,刘莎,莫玲燕,张华,孔颖,宋妍. 中国耳鼻咽喉头颈外科 . 2008(04)
92例人工耳蜗术后不同阶段康复评估效果分析 [J]. 周丽君,曹思远,王琦,陈滨,梁巍,孙喜斌. 中国听力语言康复科学杂志 . 2007(03)
人工耳蜗植入儿童听觉康复效果跟踪评估[J]. 孙喜斌,刘建菊,周丽君,陈滨,张蕾,梁巍,张芳. 中国听力语言康复科学杂志. 2011 (02)
听障儿童全面康复[M]. 北京科学技术出版社 , 胡向阳, 2012
听力障碍儿童听觉、语言能力评估标准及方法[M]. 三辰影库电子音像出版社 , 孙喜斌, 2009
Language and speech perception of young children with bimodal fitting or bilateral cochlear implants [J] . Ching,Day,Van Buynder,Hou,Zhang,Seeto,Burns,Flynn. Cochlear Implants International . 2014 (sup1)
A New Classification for Cochleovestibular Malformations [J] . LeventSennaroglu,IsilSaatci. The Laryngoscope . 2009 (12)
Prenatal growth and development of the modern human labyrinth [J] . NathanJeffery,FredSpoor. Journal of Anatomy . 2004 (2)
Development of the membranous labyrinth of human embryos and fetuses using computer aided 3D-reconstruction [J] . Wolfgang H. Arnold,Tomas Lang. Annals of Anatomy . 2001 (1)
0
浏览量
33
下载量
0
CSCD
关联资源
相关文章
相关作者
相关机构
京公网安备11010502052338