Fig.6 The neuropil of lamina Ⅱ in L4 spinal dorsal horn of rat; showing type Ⅲ complex terminal (CⅢ) and dendrite(D).
圖6大鼠L4脊髓后角Ⅱ板層食管癌神經氈，示Ⅲ型複合終末(CⅢ)和樹突(D)。
Fig.4 The neuropil of lamina Ⅱ in L4 spinal dorsal horn of rat; showing type Ⅰ complex terminal (CⅠ) and dendrite(D).
圖4大鼠L4脊髓后角Ⅱ板層食管癌神經氈，示Ⅰ型複合終末(CⅠ)和樹突(D)。
Rapid growth of “mother dendrites” in a given location of a melt at just below the liquidus temperature, that growth being the result of rapid heat extraction from the melt, or from recalescence.
在特定的熔點，以低於液相線的溫度快速生成“母晶枝”，這是使熔融金屬或復輝快速散熱的結果。
Neurons receive signals through their dendrites.
神經元通過樹突接收信號。
Dendrites are important for transmitting electrical signals within the brain.
樹突對於在大腦內傳遞電信號很重要。
Dendrites help integrate information from other neurons.
樹突幫助整合來自其他神經元的信息。
Damage to dendrites can impair neuronal communication.
樹突受損可能影響神經元間的通信。
Dendrites extend from the cell body of a neuron.
樹突從神經元的細胞體延伸出來。
Fig.6 The neuropil of lamina Ⅱ in L4 spinal dorsal horn of rat; showing type Ⅲ complex terminal (CⅢ) and dendrite(D).
圖6大鼠L4脊髓后角Ⅱ板層食管癌神經氈，示Ⅲ型複合終末(CⅢ)和樹突(D)。
Fig.4 The neuropil of lamina Ⅱ in L4 spinal dorsal horn of rat; showing type Ⅰ complex terminal (CⅠ) and dendrite(D).
圖4大鼠L4脊髓后角Ⅱ板層食管癌神經氈，示Ⅰ型複合終末(CⅠ)和樹突(D)。
Rapid growth of “mother dendrites” in a given location of a melt at just below the liquidus temperature, that growth being the result of rapid heat extraction from the melt, or from recalescence.
在特定的熔點，以低於液相線的溫度快速生成“母晶枝”，這是使熔融金屬或復輝快速散熱的結果。
Neurons receive signals through their dendrites.
神經元通過樹突接收信號。
Dendrites are important for transmitting electrical signals within the brain.
樹突對於在大腦內傳遞電信號很重要。
Dendrites help integrate information from other neurons.
樹突幫助整合來自其他神經元的信息。
Damage to dendrites can impair neuronal communication.
樹突受損可能影響神經元間的通信。
Dendrites extend from the cell body of a neuron.
樹突從神經元的細胞體延伸出來。
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