glia cells
胶质细胞
glia function
胶质功能
glia activation
胶质激活
glia response
胶质反应
glia network
胶质网络
glia signaling
胶质信号传递
glia pathology
胶质病理
glia development
胶质发育
glia types
胶质类型
glia interaction
胶质相互作用
glia cells support neurons in the brain.
胶质细胞支持大脑中的神经元。
research shows that glia play a crucial role in brain function.
研究表明，胶质在大脑功能中发挥着关键作用。
glia help maintain homeostasis in the nervous system.
胶质帮助维持神经系统的稳态。
damage to glia can lead to neurological disorders.
胶质损伤可能导致神经系统疾病。
glia are essential for the repair of nervous tissue.
胶质对于神经组织的修复至关重要。
studies on glia reveal their role in learning and memory.
关于胶质的研究揭示了它们在学习和记忆中的作用。
glia cells can influence the behavior of neurons.
胶质细胞可以影响神经元的行为。
understanding glia may lead to new treatments for brain diseases.
了解胶质可能会导致新的脑病治疗方法。
glia are often overlooked in neuroscience research.
在神经科学研究中，胶质常常被忽视。
recent findings highlight the importance of glia in synaptic function.
最近的发现强调了胶质在突触功能中的重要性。
glia cells
胶质细胞
glia function
胶质功能
glia activation
胶质激活
glia response
胶质反应
glia network
胶质网络
glia signaling
胶质信号传递
glia pathology
胶质病理
glia development
胶质发育
glia types
胶质类型
glia interaction
胶质相互作用
glia cells support neurons in the brain.
胶质细胞支持大脑中的神经元。
research shows that glia play a crucial role in brain function.
研究表明，胶质在大脑功能中发挥着关键作用。
glia help maintain homeostasis in the nervous system.
胶质帮助维持神经系统的稳态。
damage to glia can lead to neurological disorders.
胶质损伤可能导致神经系统疾病。
glia are essential for the repair of nervous tissue.
胶质对于神经组织的修复至关重要。
studies on glia reveal their role in learning and memory.
关于胶质的研究揭示了它们在学习和记忆中的作用。
glia cells can influence the behavior of neurons.
胶质细胞可以影响神经元的行为。
understanding glia may lead to new treatments for brain diseases.
了解胶质可能会导致新的脑病治疗方法。
glia are often overlooked in neuroscience research.
在神经科学研究中，胶质常常被忽视。
recent findings highlight the importance of glia in synaptic function.
最近的发现强调了胶质在突触功能中的重要性。
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