bidirectional conduction 基本释义：双向传导
bidirectional conduction的发音：Bidirectional conduction [?ba?di?spekt?v ?kɑ?r?ns]
bidirectional conduction英语范文：
Bidirectional Conduction in the Body
Bidirectional conduction refers to the ability of nerves to transmit signals in both directions, or both directions of the nerve fiber. This allows the body to respond quickly and effectively to external stimuli. For example, when we receive a painful stimulus, our nervous system can quickly transmit signals to the brain to initiate the appropriate response, such as withdrawal or avoidance behavior.
Bidirectional conduction is crucial for maintaining our bodily functions and responding appropriately to external stimuli. However, it is also important to understand that excessive stimulation or damage to nerves can lead to various neurological disorders, such as neuropathy and neuropathic pain.
bidirectional conduction的英语作文音标和基础释义：
bidirectional conduction 双向传导：指神经纤维中神经冲动在两个方向上传递的能力。这种传导方式使身体能快速有效地对外部刺激作出反应。例如，当我们受到疼痛刺激时，神经系统能迅速将信号传递给大脑，以启动适当的反应，如撤退或避免行为。
双向传导对于维持身体功能和对外界刺激作出适当反应是至关重要的。然而，重要的是要了解神经过度刺激或损伤可能导致各种神经性疾病，如神经性疼痛和神经病。
Bidirectional Conduction
Bidirectional Conduction是一种特殊的神经传导现象，它是指在神经纤维中，电信号可以在两个方向上同时传导。这种传导机制在许多生物系统中都有应用，包括人类神经系统。
Bidirectional Conduction的机制涉及到神经纤维中的离子通道。这些离子通道可以在神经细胞膜上打开和关闭，从而允许电信号在细胞膜上流动。当离子通道打开时，电信号可以同时向两个方向传导，这使得神经元可以同时接收来自不同方向的信息，并做出相应的反应。
Bidirectional Conduction在许多生理过程中都起着重要的作用。例如，它可以帮助大脑和脊髓中的神经元处理来自不同感官的信息，并做出相应的反应。此外，它还可以帮助神经系统中的神经元进行自我修复和再生。
然而，Bidirectional Conduction也带来了一些挑战。由于电信号可以在两个方向上同时传导，这使得神经系统的反应更加复杂和难以预测。因此，对于一些高级的神经系统功能，如学习、记忆和决策等，Bidirectional Conduction可能起着关键的作用。
总的来说，Bidirectional Conduction是一种重要的神经传导机制，它在许多生理过程中起着重要的作用。了解Bidirectional Conduction可以帮助我们更好地理解神经系统的工作原理，并为我们提供新的治疗策略和治疗方案。
bidirectional conduction
Bidirectional conduction refers to the phenomenon in which electrical signals can flow in both directions within a certain region of the body. This phenomenon occurs in tissues such as nerves and muscles, where electrical signals are transmitted between cells through specialized structures called axons and myelin sheaths.
In nerves, for example, electrical signals are transmitted from one nerve cell to the next through the axon, which is a long, thin structure that extends from each cell. These signals can travel in both directions along the axon, allowing for both sensory and motor functions. Similarly, in muscles, electrical signals are transmitted between muscle cells through myelin sheaths, which insulate the axons to facilitate faster transmission.
Bidirectional conduction is essential for the proper functioning of the body's nervous system and muscles. It allows for precise control of movement and sensation, and is crucial for maintaining bodily homeostasis. However, disorders of bidirectional conduction can lead to various neurological conditions, such as neuropathy and myopathy, which can have a significant impact on quality of life.
In conclusion, bidirectional conduction is a fundamental property of tissues such as nerves and muscles that allows for precise control of movement and sensation. Understanding its role in normal bodily function and the impact of disorders on it is crucial for developing effective treatment strategies.
