nonneural tissue plays a crucial role in supporting brain function and overall neural health.
非神经组织在支持大脑功能和整体神经健康方面发挥着至关重要的作用。
researchers have discovered new nonneural cells that influence cognitive processes.
研究人员发现了影响认知过程的新型非神经细胞。
the study focused on nonneural development during early embryonic stages.
这项研究集中于早期胚胎发育阶段的非神经发育。
nonneural functions are often overlooked in traditional neuroscience research.
传统神经科学研究常常忽视非神经功能。
understanding nonneural components is essential for comprehensive brain analysis.
了解非神经成分对于全面的大脑分析至关重要。
nonneural structures provide critical support for neuronal communication.
非神经结构为神经通讯提供关键支持。
some disorders affect nonneural tissue before neural symptoms appear.
一些疾病在出现神经症状之前会影响非神经组织。
nonneural activity can modulate brain responses in unexpected ways.
非神经活动可以以意想不到的方式调节大脑反应。
the peripheral nervous system contains significant nonneural elements.
周围神经系统含有重要的非神经元素。
nonneural pathways regulate blood flow to brain regions.
非神经通路调节大脑区域的血流。
advances in imaging now allow visualization of nonneural structures.
成像技术的进步现在可以观察非神经结构。
nonneural mechanisms may contribute to neuroplasticity and recovery after injury.
非神经机制可能有助于神经可塑性和损伤后的恢复。
nonneural tissue plays a crucial role in supporting brain function and overall neural health.
非神经组织在支持大脑功能和整体神经健康方面发挥着至关重要的作用。
researchers have discovered new nonneural cells that influence cognitive processes.
研究人员发现了影响认知过程的新型非神经细胞。
the study focused on nonneural development during early embryonic stages.
这项研究集中于早期胚胎发育阶段的非神经发育。
nonneural functions are often overlooked in traditional neuroscience research.
传统神经科学研究常常忽视非神经功能。
understanding nonneural components is essential for comprehensive brain analysis.
了解非神经成分对于全面的大脑分析至关重要。
nonneural structures provide critical support for neuronal communication.
非神经结构为神经通讯提供关键支持。
some disorders affect nonneural tissue before neural symptoms appear.
一些疾病在出现神经症状之前会影响非神经组织。
nonneural activity can modulate brain responses in unexpected ways.
非神经活动可以以意想不到的方式调节大脑反应。
the peripheral nervous system contains significant nonneural elements.
周围神经系统含有重要的非神经元素。
nonneural pathways regulate blood flow to brain regions.
非神经通路调节大脑区域的血流。
advances in imaging now allow visualization of nonneural structures.
成像技术的进步现在可以观察非神经结构。
nonneural mechanisms may contribute to neuroplasticity and recovery after injury.
非神经机制可能有助于神经可塑性和损伤后的恢复。
探索常用高频词汇