内耳

Several physical parameters of experimental blast underpressure and morphological and function changes of auditory organs in guinea pigs expsosed to underpressure were observed and analysed in different conditions.

通过 16 4只豚鼠 318耳的观察，发现不同强度冲击波负压暴露后，中耳、内耳的形态结构和听功能发生了不同程度的创伤或损害，且具有良好的稳定性和重复性。

In the present study, I analyzed the contents of ferromagnetic elemetns and other metal elements in lagenal otoliths of adult homing pigeons with inductively coupled plasma mass spectrometry of high sensitivity(all the contents were normalized to Ca), and compared with those in saccular and utricular otoliths.

为此，本研究中应用高灵敏度和稳定性的电感耦合等离子体质谱法测定成年信鸽瓶状囊耳石样品中铁磁性元素Fe、Co、Ni以及其它金属元素的含量(以Ca作为基准的百分比含量)，并同内耳的球囊和椭圆囊耳石中的这些元素的含量进行比较。

Methods The contents of ferromagnetic elements and other metal elements in lagenal otoliths of adult homing pigeons were precisely analyzed with inductively coupled plasma mass spectrometry of high sensitivity, and then they were compared with those in saccular and utricular otoliths (all the contents were normalized to Ca).

应用具有高灵敏度和稳定性的电感耦合等离子体质谱法测定成年信鸽瓶状囊耳石样品中磁性元素Fe、Co、Ni以及其它金属元素的含量(以Ca含量作为基准的百分比含量)并同内耳的球囊和椭圆囊耳石中的这些元素的含量进行比较。

The contents of metal elements Zn, Ba and Cu in lagenal otoliths were lower than those in saccular otoliths. Conclusion The contents of magnetic elements in lagenal otoliths of homing pigeons are not much higher than those in utricular and saccular otoliths, which does not support the hypothesis that birds depend on high contents of Fe and Zn in lagenal otoliths for sensation of geomagnetic information.

结果表明成年信鸽瓶状囊耳石中磁性元素的含量极低而且不比内耳球囊和椭圆囊耳石更丰富，从而不支持信鸽因其瓶状囊耳石中含有较高的Fe、Zn等元素而能够感受地球磁场这一假说。

Anti-filament immunofluorescence indicated the distribution of primary vestibular neuron endings in vestibular sensory epithelium and the contacts between it and hair cells were normal.These results indicated that Smad4 conditional knockout mice were generated successfully, whose morphological and pathological changes in vestibulum auris internae were slightly.

该研究提示，软骨组织Smad4条件基因敲除小鼠动物模型造模成功；Smad4条件基因敲除小鼠的内耳前庭形态轮廓基本正常但细节上有一定程度的畸形，纯合子小鼠前庭末梢感受器病理改变轻微。

The explanation, from the autopsy of the time, is that he had a "distended inner ear" which developed lesions over time.

从当时的验尸解释是，他有一个&内耳膨胀&的发展随着时间的推移病变。

It is not recommended to have Ear Candling if you have a perforated ear drum, if grommets are fitted and still in place inside the ear, or if you have a cochlear implant, also if there is inflammation inside the ear or on medication for ear, nose or throat conditions from your Doctor.

这是不建议有耳烛如果您有穿孔的耳朵鼓，如果grommets装有仍然在的地方，内耳，或如果您有一个人工耳蜗植入术，也如果有炎症内的耳或对药物耳，鼻子或喉咙条件，从你的医生。

Cauterizing SA was a safe procedure on preservation of hearing and inner ear structures.

电凝镫骨动脉后，对大鼠内耳的结构和听功能没有明显的影响，可以在耳显微外科的实验研究、人工耳蜗植入等研究中应用。

All these results suppose that COCH gene may play an architectural function in inner ear mesenchymic extracellular matrix, and this architectural stability is critical for the potassium recycling in cochleae and the normal level of endocochlear potential.

COCH基因功能的初步推论，COCH基因可能编码内耳间质组织中一种分泌型糖蛋白，通过与间质组织中其它细胞外基质成分的结合，共同形成稳定的细胞外基质结构框架。

The inner ear expressed a tissue-specific splicing isoform of α1D, and that the cell line constantly expressed this isoform can be used in physiologic and pharmacologic researches of L-type voltage-gated Ca2+ channel expressed in cochleae.

内耳毛细胞表达组织特异性的α1D剪切异构体，该异构体在外源表达系统中的表达为今后研究耳蜗α1D L-型钙通道蛋白的电生理和药理特性奠定了基础。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。