Postorino A, Serio R, Mule' F, Fileccia R, Abbadessa Urso S
Arch Int Physiol Biochim. 1985 Sep;93(3):199-207. doi: 10.3109/13813458509069921.
The rôle of both peripheral and central mechanism in the control of primary peristalsis was studied in pigeon cervical oesophagus. The results from the transection of oesophageal muscular wall and of extrinsic nerves suggest that: primary peristalsis is programmed centrally. extrinsic motor input is carried in glossopharyngeal nerves and distributed separately at each oesophageal level through intramural neurons. intramural neurons do not seem capable of propagating the peristaltic sequence irrespective of the central control.
在鸽颈段食管中研究了外周和中枢机制在原发性蠕动控制中的作用。食管肌壁和外在神经横断的结果表明：原发性蠕动由中枢编程；外在运动输入通过舌咽神经传导，并通过壁内神经元在食管的每个水平单独分布；壁内神经元似乎无法在没有中枢控制的情况下传播蠕动序列。
