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- endolymphatic hydropa 内淋巴积水
- It should be differentiated among endolymphatic hydrops, perilymph fistula, mumps deafness, and otitis media with effusion. 结论：小儿的突发性耳聋其预后较成为差。
- AQP2 located in stria vascularis, Corti's organ, spiral ganglion and endolymphatic sac. AQP2表达在血管纹、Corti器、螺旋神经节细胞和内淋巴囊中。
- Especially in hearing-handicapped children, endolymphatic hydrops plays a major causative role in acute hearing loss. 本症须与内淋巴水肿、外淋巴瘘、腮腺炎耳聋、及积液性中耳炎等病症作?别诊断。
- The ultrastructure of endolymphatic sac has been observed by transmission electron microscope. 结果：内淋巴囊表面有非常丰富的血管网，而且与乙状窦有很密切的联系。
- Objective To investigate the mechanism of endolymphatic hydrops by establishing an animal study model. 目的建立膜迷路积水的动物模型,探讨膜迷路积水的机制。
- Three of 6 cases with endolymphatic sac surgery had complete control of vertigo and were cured clinically. 6例内淋巴囊手术者，3例眩晕症状完全控制，3例基本控制。
- Objective To develop endolymphatic hydrops in both ears of guinea pigs by aldosterone. 目的豚鼠腹腔注射醛固酮建立膜迷路积水的动物模型。
- Purpose To study the clinicopathologic features and differential diagnosis of the endolymphatic sac tumor. 目的探讨内淋巴囊肿瘤的临床病理学特征及诊断、鉴别诊断要点。
- Endolymphatic sac tumors can cause hearing loss of varying severity, which can be a presenting symptom. 内淋巴囊肿瘤则可以导致不同程度的听力丧失。
- Discussion: Endolymphatic immunotherapy is safe, easily performed, inexpensive, and effective in terms of survival. 讨论： 内淋巴免疫治疗具有以下优势：安全、易操作、费用低廉、存活率高等。
- Stria vascularis of the cochlea generates the endocochlear potential( EP) and secretes potassium into endolymph. 研究目的：血管纹产生耳蜗电位(P)向耳蜗内淋巴分泌钾离子。
- Among them, 10 patients had sudden deafness, and the rest included endolymphatic hydrops in 5; perilymph fistula in 2; mumps deafness in 2 and otitis media with effusion in 2. 结果：10名病童属突发性耳聋，约占同时期186名突发性耳聋病人的5%25。
- Objective:To investigating the submucosal structure of the endolymphatic sac (ES),so as to analyse the role of ES in the function of inner ear. 的：通过对豚鼠内淋巴囊表面的脉管及其粘膜下层结构的研究，了解其对内耳功能的影响。
- Objective To investigate the role of outer sulcus epithelium cells to the endolymph homeostasis. 目的研究外沟上皮细胞对维持耳蜗内淋巴环境稳态的作用。
- Conclusions Endolymphatic hydrops can be visualized with highresolution MRI by using Gd- DTPA- BMA and it is possible to quantify the extent of endolymphatichydrops. 结论用gd-DTPA-BMA增强的高分辨MRI可检测出内淋巴积水,有可能对积水程度进行定量测试。
- These indicated that hydrops effect different changes in SLV and SVV. The over-pressure of endolymphatic fluid may be the possible cause of changes in SVV and SLV. 表明膜迷路积水后SLV及SVV均受影响，SLV变化明显。 对引起这种变化的机理进行了探讨。
- Endolymphatic hydrops can be visualized with highresolution MRI by using Gd- DTPA- BMA and it is possible to quantify the extent of endolymphatichydrops. 用Gd-DTPA-BMA增强的高分辨MRI可检测出内淋巴积水,有可能对积水程度进行定量测试。
- Severe damage to the inner ear barrier with Gd-DTPA- BMA leakage into scala media was detected with MRI in one endolymphatic sac- damaged animalwhich had a 60 dB hearing loss. 在内淋巴囊破坏组中的1只动物,因内耳屏障的严重破坏而使Gd-DTPA-BMA快速漏入中阶,MRI可检测到该变化,其听力损失为60dB。
- Mice lacking of NKCC1 can lead to changing K+ concentration in endolymph and influence auditory function subsequently. NKCC1通道的缺失或功能受限，均可导致耳蜗内淋巴K+负荷水平，进而影响耳蜗的听觉平衡功能。
