myelinated fibers
髓鞘纤维
myelinated axons
髓鞘轴突
myelinated neurons
髓鞘神经元
myelinated sheath
髓鞘
myelinated pathways
髓鞘通路
myelinated tracts
髓鞘束
myelinated segments
髓鞘段
myelinated cells
髓鞘细胞
myelinated regions
髓鞘区域
myelinated structures
髓鞘结构
myelinated fibers conduct impulses faster than unmyelinated fibers.
有髓鞘的纤维传导冲动的速度比无髓鞘的纤维快。
the presence of myelinated neurons is crucial for rapid reflexes.
有髓鞘的神经元的存在对快速反射至关重要。
myelinated axons are essential for efficient neural communication.
有髓鞘的轴突对高效的神经传递至关重要。
damage to myelinated pathways can lead to neurological disorders.
有髓鞘的通路受损可能导致神经系统疾病。
research shows that myelinated neurons enhance cognitive function.
研究表明，有髓鞘的神经元增强了认知功能。
myelinated cells are found in both the central and peripheral nervous systems.
有髓鞘的细胞存在于中枢和外周神经系统。
the myelinated sheath protects nerve fibers from damage.
髓鞘保护神经纤维免受损伤。
myelinated and unmyelinated fibers serve different functions in the body.
有髓鞘和无髓鞘的纤维在身体中发挥不同的功能。
myelinated neurons are key players in the nervous system's efficiency.
有髓鞘的神经元是神经系统高效运作的关键角色。
myelinated fibers
髓鞘纤维
myelinated axons
髓鞘轴突
myelinated neurons
髓鞘神经元
myelinated sheath
髓鞘
myelinated pathways
髓鞘通路
myelinated tracts
髓鞘束
myelinated segments
髓鞘段
myelinated cells
髓鞘细胞
myelinated regions
髓鞘区域
myelinated structures
髓鞘结构
myelinated fibers conduct impulses faster than unmyelinated fibers.
有髓鞘的纤维传导冲动的速度比无髓鞘的纤维快。
the presence of myelinated neurons is crucial for rapid reflexes.
有髓鞘的神经元的存在对快速反射至关重要。
myelinated axons are essential for efficient neural communication.
有髓鞘的轴突对高效的神经传递至关重要。
damage to myelinated pathways can lead to neurological disorders.
有髓鞘的通路受损可能导致神经系统疾病。
research shows that myelinated neurons enhance cognitive function.
研究表明，有髓鞘的神经元增强了认知功能。
myelinated cells are found in both the central and peripheral nervous systems.
有髓鞘的细胞存在于中枢和外周神经系统。
the myelinated sheath protects nerve fibers from damage.
髓鞘保护神经纤维免受损伤。
myelinated and unmyelinated fibers serve different functions in the body.
有髓鞘和无髓鞘的纤维在身体中发挥不同的功能。
myelinated neurons are key players in the nervous system's efficiency.
有髓鞘的神经元是神经系统高效运作的关键角色。
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