- 更多网络例句与外淋巴的相关的网络例句 [注：此内容来源于网络，仅供参考]
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The result of our study shows that vertigo in AAT possible had assemble pathology of endolymph hydros which proven indirectly by the change of ECoG expect the direct injury of the vestibular system or perilymph fistule.
本研究结果显示急性听性外伤造成的眩晕，除了前庭迷路系统的直接伤害或外淋巴瘻管，有可能类似内淋巴水肿的病理机转，此病理机转可藉由耳蜗电图的变化而间接加以证实。
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Morphological and flourescent changes were assessed using confocal microscopy in whole-mount organ of Corti preparations. Results (1) After the animals were exposed to broadband noise at 122 dB SPL in 4 h/day for 2 days, both apoptosis and necrosis appeared in OHCs. The single strand DNA in apoptotic OHCs were observed both in guinea pigs and mice.(2) In normal OHCs, EndoG was distributed outside of nuclei. EndoG translocated from outside to inside of the nuclei in both apoptotic and necrotic OHCs following noise exposure.(3) The MNNG cochlear perfusion and noise exposure both caused the transloctation of AIF from the mitochondria to the nuclei. The translocation of AIF took place in both apoptotic and necrotic OHCs.
结果 (1)暴露于120 dB SPL的白噪声环境中每天4小时，连续2天后引起豚鼠和小鼠耳蜗外毛细胞凋亡时，其细胞核内产生ssDNA，而在正常细胞内没有三ssDNA；（2）在正常情况下，EndoG分布于耳蜗毛细胞的细胞核外，在暴露于上述噪声后发生凋亡和坏死的豚鼠耳蜗外毛细胞中，EndoG从细胞核外转移到细胞核内，细胞核中的EndoG显著增加；（3）豚鼠耳蜗外淋巴灌流烷化剂MNNG后发生耳蜗外毛细胞凋亡和坏死，在凋亡和坏死的耳蜗外毛细胞中，AIF自线粒体转移到细胞核，其变化与噪声损伤引起耳蜗外毛细胞凋亡和坏死时一致。
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A lot of experimental studies have demonstrated that inner ear is not an immunological privilege organ, as it possesses anatomic constitution of an immune defence system, and its perilymph contains immunoglobulin. In fact, inner ear is one of important immune response sites in hos 〓.
许多基础研究证实，内耳并非免疫豁免器官，它具有免疫防御系统的解剖学组成，外淋巴中存在免疫球蛋白，因而被认为是宿主重要的免疫应答场所之一[1]。
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Results: Pigeons exposed to -70°C for 12 min and -90°C for 6 min and 9 min showed slight proliferation of fibrous connective tissue in the perilymphatic space at the site of cryosurgery and presented a selective decrease of the semicircular canal functions.
结果：在-70°C 12 min、-90°C 6 min和9 min显示冷冻处外淋巴间隙纤维组织轻度增生，选择性的半规管功能降低；6例患者经1年4个月至2年5个月随访，5例治疗成功，眩晕消失，1例耳鸣有缓解，4例听力无变化，1例听力下降18 dB。
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Methods The changes of nine gninea pig's DPOAE by means of perfusion of artificial perilymphatic fluid with and without calcium ion were observed.
观察9只豚鼠（11耳）采用无钙和有钙的人工外淋巴灌流外淋巴腔后DPOAE的变化。
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Sarcoidosis usually has a perilymphatic distribution, but when it is very extensive, it spreads along the bronchovascular bundle to the periphery of the lung and may reache the centrilobular area.
结节病经常是外淋巴分布，但当它是十分广泛时，它沿支气管血管束播散到肺的外围，也许能播散到小叶中心。
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Perilymphatic area is the peripheral part of the secundary lobule.
外淋巴区域是肺小叶的周围区域。
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Objective The influence of experimental perilymphatic fistula on inner ear morphology was investigated to establish an experimental model which could offer a warranty for cinical treatment.
目的：建立动物模型观察实验性外淋巴瘘对内耳形态学的影响，为临床治疗外淋巴瘘提供实验性依据。
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Results The mean value of DPOAE decreased from 41.3 dB to 13.7 dB after perfusion of fluid devoid of calcium ion, it revived to 36.7 dB after reperfusion with normal perilymphatic fluid.
结果 用无钙人工外淋巴灌流后DPOAE的均值从41.3 dB SPL降至13.7 dB SPL，再用正常钙浓度的外淋巴灌流后又可回升到36.7 dB SPL。
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The results are: 1 the stricture of the capillaries of stria vascularis was observed in most cochleae of rickety rats and, segmental deletions of the outer hair cells on the first turn of cochlea were found in a small number of rickety rats; 2 the perilymphatic ionized calcium concentration significantly re- duced and the threshold of CAP (Compound Action Poten- tials of the eighth nerve) significantly rose in rickety rats in comparison with those of normal control; 3 gentamicin results in an increase of the perilymphatic ionized calcium concentra- tion in rickety rats; 4 the cochleae of the rickety rats appeared to be less vulnerable to the ototoxicity of gentamicin than the normal one.
研究包括两个方面，其一是&佝偻病的感觉神经性耳聋及其对庆大霉素耳毒性作用的耐受性&，系用大白鼠建立维生素D缺乏性佝偻病动物模型，发现：（1）佝偻病大白鼠耳蜗血管纹毛细血管狭窄，少数动物耳蜗底回外毛细胞有节段性缺失；（2）佝偻病大白鼠的耳蜗鼓阶外淋巴钙离子浓度降低，CAP（听神经复合动作电位，以下简称CAP）听阈提高；（3）庆大霉素可使佝偻病大白鼠耳蜗外淋巴钙离子浓度上升；（4）佝偻病大白鼠耳蜗在功能和形态上都比正常者更能耐受庆大霉素的耳毒性损害。
- 更多网络解释与外淋巴的相关的网络解释 [注：此内容来源于网络，仅供参考]
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cochlea：耳蜗
膜迷路与骨迷路之间充满外淋巴(peri1ymph),外淋巴含细胞外液样离子成分,呈高钠低钾. 内、外淋巴互不相通. 3.耳蜗 耳蜗(cochlea)耳蜗位于前庭的前面,形似蜗牛壳,主要由中央的蜗轴(modiolus)和周围的骨蜗管(osseous cochlear duct)组成(图5-1-27).
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endolymph：内淋巴
蜗管内储内淋巴(endolymph),为一封闭的盲管. 前庭阶和鼓阶内储外淋巴(perilymph),并在蜗顶借蜗孔(helicotrema)相交通. 1.蜗管:为膜性螺旋管,蜗尖端为盲端,下端借连合管通入球囊,内含内淋巴液. 其切面呈三角形,介于前庭阶和鼓阶之间.
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fenestra cochleae：蜗窗
内侧壁上有两个小孔:上方的孔呈卵圆形,通向内耳的前庭,称前庭窗(fenestra vestibuli),被镫骨底封闭;下方的孔为圆形,与耳蜗的起始部相接,称蜗窗(fenestra cochleae),活体时被第二鼓膜封闭,此膜对耳蜗内的外淋巴的波动具有缓冲作用.
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fenestra vestibuli：前庭窗
内侧壁上有两个小孔:上方的孔呈卵圆形,通向内耳的前庭,称前庭窗(fenestra vestibuli),被镫骨底封闭;下方的孔为圆形,与耳蜗的起始部相接,称蜗窗(fenestra cochleae),活体时被第二鼓膜封闭,此膜对耳蜗内的外淋巴的波动具有缓冲作用.
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perikaryon：围核质
围血的 perihemal | 围核质 perikaryon | 外淋巴的 perilymphatic
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perilymph：外淋巴
前庭阶和鼓阶内储外淋巴(perilymph),并在蜗顶借蜗孔(helicotrema)相交通. 1.蜗管:为膜性螺旋管,蜗尖端为盲端,下端借连合管通入球囊,内含内淋巴液. 其切面呈三角形,介于前庭阶和鼓阶之间. 其上壁为前庭膜;其外侧壁增厚与骨蜗管的骨膜接连,
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epileptoid：癫痫状的
促发癫痫状搐搦的,发痫药 epileptisant | 癫痫状的 epileptoid | 上淋巴,外淋巴 epilymph
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perilymphatic：外淋巴的
perilympha /外淋巴液/ | perilymphatic /外淋巴的/ | perimartian /近火点/
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perilymphatic duct：外淋巴管
perilune [人造月球卫星在其轨道上的]近月点 | perilymphatic duct 外淋巴管 | perilymphatic space 外淋巴隙,淋巴周隙
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perilymphatic cistern：外淋巴池
外淋巴的 perilymphatic | 外淋巴池 perilymphatic cistern | 外淋巴孔 perilymphatic fenestra