cns myelinisation
中樞神經系統髓鞘化
pns myelinisation
周圍神經系統髓鞘化
myelinisation process
髓鞘化過程
rapid myelinisation
快速髓鞘化
active myelinisation
活躍的髓鞘化
myelinisation defects
髓鞘化缺陷
impaired myelinisation
受損的髓鞘化
delayed myelinisation
延遲的髓鞘化
myelinisation in infancy
嬰幼兒期的髓鞘化
onset of myelinisation
髓鞘化的開始
myelinisation is essential for rapid nerve signal transmission.
髓鞘化對於快速神經信號傳導至關重要。
the myelinisation process begins in infancy and continues into adulthood.
髓鞘化過程從嬰兒時期開始，並持續到成年。
abnormal myelinisation can lead to neurological disorders.
異常的髓鞘化可能導致神經系統疾病。
myelinisation of peripheral nerves differs from that in the central nervous system.
周圍神經的髓鞘化與中樞神經系統的髓鞘化有所不同。
researchers are studying factors that influence myelinisation.
研究人員正在研究影響髓鞘化的因素。
proper myelinisation depends on adequate nutrition during early development.
適當的髓鞘化取決於早期發育階段足夠的營養。
myelinisation defects are associated with multiple sclerosis.
髓鞘化缺陷與多發性硬化症有關。
the rate of myelinisation varies between different brain regions.
不同大腦區域的髓鞘化速率有所不同。
some genetic conditions affect myelinisation patterns.
某些遺傳性疾病會影響髓鞘化的模式。
myelinisation is crucial for normal motor and cognitive development.
髓鞘化對正常的運動和認知發展至關重要。
delayed myelinisation may explain some developmental delays in children.
延遲的髓鞘化可能解釋兒童的一些發育遲緩。
exercise has been shown to promote myelinisation in the brain.
運動已被證明可以促進大腦的髓鞘化。
myelinisation creates the white matter that appears on brain scans.
髓鞘化形成了在大腦掃描中出現的白質。
cns myelinisation
中樞神經系統髓鞘化
pns myelinisation
周圍神經系統髓鞘化
myelinisation process
髓鞘化過程
rapid myelinisation
快速髓鞘化
active myelinisation
活躍的髓鞘化
myelinisation defects
髓鞘化缺陷
impaired myelinisation
受損的髓鞘化
delayed myelinisation
延遲的髓鞘化
myelinisation in infancy
嬰幼兒期的髓鞘化
onset of myelinisation
髓鞘化的開始
myelinisation is essential for rapid nerve signal transmission.
髓鞘化對於快速神經信號傳導至關重要。
the myelinisation process begins in infancy and continues into adulthood.
髓鞘化過程從嬰兒時期開始，並持續到成年。
abnormal myelinisation can lead to neurological disorders.
異常的髓鞘化可能導致神經系統疾病。
myelinisation of peripheral nerves differs from that in the central nervous system.
周圍神經的髓鞘化與中樞神經系統的髓鞘化有所不同。
researchers are studying factors that influence myelinisation.
研究人員正在研究影響髓鞘化的因素。
proper myelinisation depends on adequate nutrition during early development.
適當的髓鞘化取決於早期發育階段足夠的營養。
myelinisation defects are associated with multiple sclerosis.
髓鞘化缺陷與多發性硬化症有關。
the rate of myelinisation varies between different brain regions.
不同大腦區域的髓鞘化速率有所不同。
some genetic conditions affect myelinisation patterns.
某些遺傳性疾病會影響髓鞘化的模式。
myelinisation is crucial for normal motor and cognitive development.
髓鞘化對正常的運動和認知發展至關重要。
delayed myelinisation may explain some developmental delays in children.
延遲的髓鞘化可能解釋兒童的一些發育遲緩。
exercise has been shown to promote myelinisation in the brain.
運動已被證明可以促進大腦的髓鞘化。
myelinisation creates the white matter that appears on brain scans.
髓鞘化形成了在大腦掃描中出現的白質。
探索常見搜尋詞彙