cns myelinisation
中枢神经系统髓鞘化
pns myelinisation
周围神经系统髓鞘化
myelinisation process
髓鞘化过程
rapid myelinisation
快速髓鞘化
active myelinisation
活跃的髓鞘化
myelinisation defects
髓鞘化缺陷
impaired myelinisation
髓鞘化受损
delayed myelinisation
延迟的髓鞘化
myelinisation in infancy
婴儿期髓鞘化
onset of myelinisation
髓鞘化的开始
myelinisation is essential for rapid nerve signal transmission.
髓鞘化对于快速神经信号传递至关重要。
the myelinisation process begins in infancy and continues into adulthood.
髓鞘化过程从婴儿期开始，并持续到成年。
abnormal myelinisation can lead to neurological disorders.
异常的髓鞘化可能导致神经系统疾病。
myelinisation of peripheral nerves differs from that in the central nervous system.
周围神经的髓鞘化与中枢神经系统的髓鞘化不同。
researchers are studying factors that influence myelinisation.
研究人员正在研究影响髓鞘化因素。
proper myelinisation depends on adequate nutrition during early development.
适当的髓鞘化依赖于早期发育期间充足的营养。
myelinisation defects are associated with multiple sclerosis.
髓鞘化缺陷与多发性硬化症有关。
the rate of myelinisation varies between different brain regions.
不同脑区的髓鞘化速率有所不同。
some genetic conditions affect myelinisation patterns.
一些遗传性疾病会影响髓鞘化的模式。
myelinisation is crucial for normal motor and cognitive development.
髓鞘化对正常的运动和认知发育至关重要。
delayed myelinisation may explain some developmental delays in children.
髓鞘化延迟可能解释一些儿童发育迟缓的现象。
exercise has been shown to promote myelinisation in the brain.
研究表明运动可以促进大脑的髓鞘化。
myelinisation creates the white matter that appears on brain scans.
髓鞘化形成了在脑扫描中可见的白质。
cns myelinisation
中枢神经系统髓鞘化
pns myelinisation
周围神经系统髓鞘化
myelinisation process
髓鞘化过程
rapid myelinisation
快速髓鞘化
active myelinisation
活跃的髓鞘化
myelinisation defects
髓鞘化缺陷
impaired myelinisation
髓鞘化受损
delayed myelinisation
延迟的髓鞘化
myelinisation in infancy
婴儿期髓鞘化
onset of myelinisation
髓鞘化的开始
myelinisation is essential for rapid nerve signal transmission.
髓鞘化对于快速神经信号传递至关重要。
the myelinisation process begins in infancy and continues into adulthood.
髓鞘化过程从婴儿期开始，并持续到成年。
abnormal myelinisation can lead to neurological disorders.
异常的髓鞘化可能导致神经系统疾病。
myelinisation of peripheral nerves differs from that in the central nervous system.
周围神经的髓鞘化与中枢神经系统的髓鞘化不同。
researchers are studying factors that influence myelinisation.
研究人员正在研究影响髓鞘化因素。
proper myelinisation depends on adequate nutrition during early development.
适当的髓鞘化依赖于早期发育期间充足的营养。
myelinisation defects are associated with multiple sclerosis.
髓鞘化缺陷与多发性硬化症有关。
the rate of myelinisation varies between different brain regions.
不同脑区的髓鞘化速率有所不同。
some genetic conditions affect myelinisation patterns.
一些遗传性疾病会影响髓鞘化的模式。
myelinisation is crucial for normal motor and cognitive development.
髓鞘化对正常的运动和认知发育至关重要。
delayed myelinisation may explain some developmental delays in children.
髓鞘化延迟可能解释一些儿童发育迟缓的现象。
exercise has been shown to promote myelinisation in the brain.
研究表明运动可以促进大脑的髓鞘化。
myelinisation creates the white matter that appears on brain scans.
髓鞘化形成了在脑扫描中可见的白质。
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