The
cochlea is a spiral-shaped organ in the inner ear responsible for converting sound waves into neural signals.
A hearing impairment can result from damage to the delicate hair cells within the
cochlea.
The eardrum vibrates, transmitting these vibrations to the fluid-filled
cochlea.
Audiologists use specialized tests to evaluate the functioning of the
cochlea and the auditory nerve.
The
cochlea's intricate structure allows it to discern different frequencies of sound.
In a person with tinnitus, an internal noise often originates from malfunctioning of the
cochlea or auditory nerve.
Cochlear implants are devices designed to bypass damaged parts of the
cochlea and stimulate the auditory nerve directly.
The
cochlea plays a crucial role in our ability to perceive and process complex auditory patterns.
Scientists study the
cochlea to better understand how the brain perceives and interprets sound.
A thorough examination of the
cochlea is essential for diagnosing and treating hearing loss.
中文释义
蜗牛壳是内耳中负责将声波转化为神经信号的器官。
听力损伤可能是由于蜗壳内精细的毛细胞受损造成的。
鼓膜振动并将这些振动传递给充满液体的蜗壳。
耳科医生使用专门的测试来评估蜗壳和听觉神经的功能。
蜗壳的复杂结构使其能够分辨不同频率的声音。
在患有耳鸣的人身上,内部噪音通常源于蜗壳或听觉神经的故障。
耳蜗植入物是一种设计用于绕过受损蜗壳直接刺激听觉神经的设备。
蜗壳在我们感知和处理复杂听觉模式的能力中起着关键作用。
科学家研究蜗壳以更好地理解大脑如何感知和解释声音。
对蜗壳的全面检查对于诊断和治疗听力损失至关重要。
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