中国听力语言康复科学杂志开设专业词典的实践

本文针对《中国听力语言康复科学杂志》的报道性质．学科特点、读者需求以及我国听力语言康复行业的整体发展水平,从编辑学和听力语言康复学科建设的角度分析了《中国听力语言康复科学杂志》开设“听力学小词典”“康复教育小词典”栏目的背景、意义和作用。     

小儿听力语言康复与教育的实施途径

1 小儿听力语言康复与教育的任务属性 小儿听力语言康复与教育从内涵上讲，具有双重任务属性：其一是康复，按照狭义康复定义，小儿听力语言康复就是采用医学的、工程的、心理的、社会的和教育的各种手段，使其听觉和言语的基本功能得以恢复，它是听力语言障碍小儿作为一个社会个体得以发展的前提条件和必要基础；其二是教育，就是要根据一定的社会要求和受教育者的发展需要，     

中国聋儿康复研究中心2009年听力语言康复系列培训班安排

为进一步推广听力语言康复专业知识．规范与提高听力语言康复服务水平,中国聋儿康复研究中心拟于2009年举办听力语言康复系列培训班。     

原生态亲子体验康复模式初探--以湖南永州新希望康复中心为例

在深化听力语言康复教育改革的背景下,探索农村听力语言康复教育发展模式对于促进全国城乡听力语言康复事业的均衡发展具有重要意义。本文以湖南永州新希望康复中心为例,提出了充分利用农村自然资源及环境促进听障儿童全面康复的“原生态亲子体验康复模式”,通过介绍该模式的含义、特色及发展前景,以期为推动农村听力语言康复教育提供借鉴和参考。     

耳聋治疗及康复中需要注意的几个问题

近年来耳聋的治疗方法以及听力语言康复手段都有了长足的发展,在这种形势下,我们从事听力学专业的医师和听力语言康复工作者应该不断更新知识,掌握最先进的治疗和康复手段,把这项有意义的事业做得更好。为此,我们将谈谈多年来对耳聋治疗及听力语言康复工作的体会。     

手势和手语在聋儿听力语言康复中的作用

很多从事聋儿听力语言康复的人士认为手势和手语与聋儿听力语言康复是对立的，是不可融合的。笔者认为并非如此，只奠我们恰当运用手势和手语，一样可以使其发挥积极作用，为聋儿听力语言康复服务。     

《中国听力语言康复科学杂志》征稿启事

《中国听力语言康复科学杂志》是由中国残疾人联合会主管，中国聋儿康复研究中心主办的国家级学术期刊。本刊宗旨为传播听力语言康复科学的新理念、新技术、新方法，使读者及时了解听力语言康复科学领域内的基础理论、临床实践、康复教育及相关学科的最新动态与进展。     

《中国听力语言康复科学杂志》

《中国听力语言康复科学杂志》是由中国残疾人联合会主管，中国聋儿康复研究中心主办的国家级学术期刊。宗旨为传播听力语言康复科学的新理念、新技术、新方法，使读者及时了解听力语言康复科学领域内的基础理论、临床实践、康复教育及相关学科的最新动态与进展。设有基础研究、临床研究、专家笔谈、康复论坛、康复教育、言语矫治、综述、新技术与新进展、个案研究、编读往来、信息等有特色的栏目。     

中国听力语言康复事业征集统一标志（LOGO）

为了更好地宣传我国听力语言康复事业，体现事业规范性、统一性的特点，进一步增强公众对我国听力语言康复事业的了解和认识，现征集中国听力语言康复事业统一标志（LOGO）。     

《中国听力语言康复科学杂志(增刊)》(辅具·家长版)征订单

作为中国听力语言康复领域唯一一本学术期刊,《中国听力语言康复科学杂志》始终秉持为听力障碍预防与康复事业服务、为听障人士服务的宗旨,以实现人人享有康复服务为目标,不断促进听力语言康复事业的发展,让更多的     

Comparative study on the morphology and the composition of the otoliths in the teleosts

Conclusion. Saccular otoliths of teleosts were mostly larger than utricular otoliths, which might relate to the three-dimensional movement. The large and heavy otolith may be better suited in saccules of the bottom and reef fishes. The quantities of iron in lagenar otoliths were found to be lower than those of birds. The function of the fish lagena remains to be elucidated by further studies. Objective. To evaluate the morphological characteristics and the chemical composition of the otoliths in fishes as related to behaviour and habitat. Materials and methods. We studied the morphology of the otoliths of 18 genera of fishes (81 samples) divided into 3 groups: saltwater fish (13 genera), freshwater fish except for the carp family (3 genera) and carp family fish (2 genera). The otoliths and the living environments were compared. The chemical composition was analysed using a synchrotron X-ray fluorescence analyser. Results. Bottom fishes generally have larger saccular otoliths, and migrating fishes have smaller saccular otoliths. In comparing the bottom/reef fishes and the migrating fishes in salt water, the former tended to have larger saccular otoliths. In saltwater bottom fishes the tendency was found that the thinner the head, the larger was the saccular otolith. We found significant quantities of iron, zinc and manganese in the lagenar otoliths.     

Comparative study on the morphology and the composition of the otoliths in the teleosts

CONCLUSION: Saccular otoliths of teleosts were mostly larger than utricular otoliths, which might relate to the three-dimensional movement. The large and heavy otolith may be better suited in saccules of the bottom and reef fishes. The quantities of iron in lagenar otoliths were found to be lower than those of birds. The function of the fish lagena remains to be elucidated by further studies. OBJECTIVE: To evaluate the morphological characteristics and the chemical composition of the otoliths in fishes as related to behaviour and habitat. MATERIALS AND METHODS: We studied the morphology of the otoliths of 18 genera of fishes (81 samples) divided into 3 groups: saltwater fish (13 genera), freshwater fish except for the carp family (3 genera) and carp family fish (2 genera). The otoliths and the living environments were compared. The chemical composition was analysed using a synchrotron X-ray fluorescence analyser. RESULTS: Bottom fishes generally have larger saccular otoliths, and migrating fishes have smaller saccular otoliths. In comparing the bottom/reef fishes and the migrating fishes in salt water, the former tended to have larger saccular otoliths. In saltwater bottom fishes the tendency was found that the thinner the head, the larger was the saccular otolith. We found significant quantities of iron, zinc and manganese in the lagenar otoliths.