There was no dark cells in ganglionic layer.
神经节细胞层无暗细胞。
It suggested that SS was synthesized and stored in rat intrinsic cardiac ganglionic cells.
表明大鼠心内神经节细胞有SS合成和贮存。
Objective: To evaluate the value of MR Imaging (MRI) in diagnosing brachial plexus pre-ganglionic injury.
目的：探讨MRI检查在诊断臂丛神经节前损伤中的影像表现和诊断价值。
The retina was sectioned for counting the cells in the ganglionic layer of the optic nerve and quantitating optic nerve lesion.
然后进行视网膜切片，计数视神经节细胞层细胞，定量视神经损伤。
Conclusion MRI can show the nerve rootlets within the intervertebral foramen, thus, can make a correct qualitative and level diagnosis in brachial plexus pre-ganglionic injuries.
结论：核磁检查可以显示椎间孔周围臂丛神经根的情况，对臂丛神经节前损伤的定性定位可作出较准确的判断。
Conclusion ct Myelography can show the nerve rootlets within the intervertebral foramen, thus, help make a correct qualitative and level diagnosis in brachial plexus pre-ganglionic injuries.
结论脊髓造影CT可以显示椎间孔周围神经根的情况，对臂丛神经节前损伤的定性定位可做出准确判断。
Conclusion ct Myelography can show the nerve rootlets within the intervertebral foramen, thus, help make a correct qualitative and level diagnosis in brachial plexus pre-ganglionic injuries.
结论脊髓造影CT可以显示椎间孔周围神经根的情况，对臂丛神经节前损伤的定性定位可做出准确判断。
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