Dastgheib Samaneh Sadat, Riyassi Mina, Anvari Maryam, Tayarani Niknejad Hamid, Hoseini Masumeh, Rajati Mohsen, Ghasemi Mohammad Mahdi
Shefa Neuroscience Research Center, Tehran, Iran .
Iran J Otorhinolaryngol. 2013 Spring;25(71):91-5.
In recent years, music has been employed in many intervention and rehabilitation program to enhance cognitive abilities in patients. Numerous researches show that music therapy can help improving language skills in patients including hearing impaired. In this study, a new method of music training is introduced based on principles of neuroscience and capabilities of Persian language to optimize language development in deaf children after implantation.
The candidate children are classified in three groups according to their hearing age and language development. The music training program is established and centered on four principles, as follows: hearing and listening to music (with special attention to boost hearing), singing, rhythmic movements with music and playing musical instruments.
Recently much research has demonstrated that even after cochlear implant operation, a child cannot acquire language to the same level of detail as a normal child. As a result of this study music could compensate this developmental delay .It is known that the greater the area of the brain that is activated, the more synaptic learning and plasticity changes occur in that specific area. According to the principles of neural plasticity, music could improve language skills by activating the same areas for language processing in the brain.
In conclusion, the effects of music on the human brain seem to be very promising and therapeutic in various types of disorders and conditions, including cochlear implantation.
近年来,音乐已被应用于许多干预和康复项目中,以提高患者的认知能力。大量研究表明,音乐疗法有助于提高包括听力受损患者在内的患者的语言技能。在本研究中,基于神经科学原理和波斯语能力引入了一种新的音乐训练方法,以优化植入后聋儿的语言发展。
候选儿童根据其听力年龄和语言发展分为三组。音乐训练计划得以确立,并围绕以下四项原则展开:听音乐(特别注重提高听力)、唱歌、随着音乐做有节奏的动作以及演奏乐器。
最近许多研究表明,即使在进行人工耳蜗植入手术后,儿童也无法达到与正常儿童相同的语言习得精细程度。本研究结果表明,音乐可以弥补这种发育延迟。众所周知,大脑中被激活的区域越大,该特定区域发生的突触学习和可塑性变化就越多。根据神经可塑性原理,音乐可以通过激活大脑中用于语言处理的相同区域来提高语言技能。
总之,音乐对人类大脑的影响在包括人工耳蜗植入在内的各种疾病和状况中似乎非常有前景且具有治疗作用。