结论：NO可能对翼腭神经节、耳神经节节后神经纤维末梢npy的释放起重要作用。
Conclusion: NO in the pterygopalatine and otic ganglia may play an important role in regulating NPY release at the postganglionic fiber ends.
翼腭神经节内VIP阳性细胞数、NOS阳性细胞数及VIP／NOS双标阳性细胞数实验组均较正常组显著性增高。
The numbers of VIP positive neurons, NOS positive neurons and VIP/NOS double-labeled neurons in pterygopalatine ganglion of modified group increased significantly.
翼腭神经节内VIP阳性细胞数、NOS阳性细胞数及VIP／NOS双标阳性细胞数实验组均较正常组显著性增高。
The numbers of VIP positive neurons, NOS positive neurons and VIP/NOS double-labeled neurons in pterygopalatine ganglion of modified group increased significantly.
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