nonmyelogenic cells can still transmit electrical signals.
非髓鞘形成细胞仍然可以传递电信号。
the nonmyelogenic pathway is less efficient.
非髓鞘形成通路效率较低。
some neurons are nonmyelogenic.
某些神经元是非髓鞘形成的。
nonmyelogenic axonal transport occurs in certain conditions.
非髓鞘形成轴突运输发生在特定条件下。
nonmyelogenic glia provide structural support.
非髓鞘形成胶质细胞提供结构支持。
the nonmyelogenic region of the neuron is susceptible to damage.
神经元的非髓鞘形成区域容易受到损伤。
nonmyelogenic nerve fibers conduct signals more slowly.
非髓鞘形成神经纤维传导信号较慢。
research focuses on nonmyelogenic neuronal mechanisms.
研究集中于非髓鞘形成神经机制。
nonmyelogenic schwann cells have different functions.
非髓鞘形成施万细胞具有不同功能。
understanding nonmyelogenic processes is important for neuroscience.
理解非髓鞘形成过程对神经科学很重要。
nonmyelogenic conduction relies on different mechanisms.
非髓鞘形成传导依赖于不同的机制。
scientists study nonmyelogenic neural development.
科学家研究非髓鞘形成神经发育。
nonmyelogenic cells can still transmit electrical signals.
非髓鞘形成细胞仍然可以传递电信号。
the nonmyelogenic pathway is less efficient.
非髓鞘形成通路效率较低。
some neurons are nonmyelogenic.
某些神经元是非髓鞘形成的。
nonmyelogenic axonal transport occurs in certain conditions.
非髓鞘形成轴突运输发生在特定条件下。
nonmyelogenic glia provide structural support.
非髓鞘形成胶质细胞提供结构支持。
the nonmyelogenic region of the neuron is susceptible to damage.
神经元的非髓鞘形成区域容易受到损伤。
nonmyelogenic nerve fibers conduct signals more slowly.
非髓鞘形成神经纤维传导信号较慢。
research focuses on nonmyelogenic neuronal mechanisms.
研究集中于非髓鞘形成神经机制。
nonmyelogenic schwann cells have different functions.
非髓鞘形成施万细胞具有不同功能。
understanding nonmyelogenic processes is important for neuroscience.
理解非髓鞘形成过程对神经科学很重要。
nonmyelogenic conduction relies on different mechanisms.
非髓鞘形成传导依赖于不同的机制。
scientists study nonmyelogenic neural development.
科学家研究非髓鞘形成神经发育。
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