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与猫排尿有关的骶副交感神经元的反射。

Reflexes to sacral parasympathetic neurones concerned with micturition in the cat.

作者信息

de Groat W C, Ryall R W

出版信息

J Physiol. 1969 Jan;200(1):87-108. doi: 10.1113/jphysiol.1969.sp008683.

Abstract
  1. Reflexes to sacral parasympathetic neurones were studied by electrophysiological techniques in decerebrate, in chloralose-anaesthetized, and in chronic spinal cats.2. Excitatory reflexes from pelvic nerve and sacral somatic afferent nerve fibres were present before and after chronic transection of the spinal cord, but the latencies differed markedly. It was concluded that the long-latency reflexes observed when the spinal cord was intact involved long-loop reflexes to the brain-stem. The weak, short-latency reflexes in the chronic spinal cat were never observed when the spinal cord was intact and could be due to reorganized spinal connexions. The short-latency reflexes are probably unimportant in normal micturition.3. Stimulation of afferent fibres in the pelvic or sacral somatic nerves produced short-latency inhibitory post-synaptic potentials (IPSPs) and inhibition of discharges in parasympathetic neurones. This inhibition was due to a spinal reflex.4. A local reflex was demonstrated in the pelvic plexus. This was probably a cholinergic axon reflex, but the remote possibility that it was a local cholinergic reflex involving sensory neurones in the bladder wall has not been excluded.
摘要
  1. 采用电生理技术,在去大脑猫、水合氯醛麻醉猫和慢性脊髓猫中研究了对骶副交感神经元的反射。

  2. 脊髓慢性横断前后,均存在来自盆神经和骶躯体传入神经纤维的兴奋性反射,但潜伏期明显不同。得出的结论是,脊髓完整时观察到的长潜伏期反射涉及到向脑干的长环反射。慢性脊髓猫中微弱的短潜伏期反射在脊髓完整时从未观察到,可能是由于脊髓连接重组所致。短潜伏期反射在正常排尿中可能不重要。

  3. 刺激盆神经或骶躯体神经中的传入纤维,可产生短潜伏期抑制性突触后电位(IPSPs),并抑制副交感神经元的放电。这种抑制是由脊髓反射引起的。

  4. 在盆丛中证实了一种局部反射。这可能是一种胆碱能轴突反射,但尚未排除它是涉及膀胱壁感觉神经元的局部胆碱能反射这种极少见的可能性。

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