Zeigler H P, Miller M
J Comp Physiol Psychol. 1975 Oct;89(8):845-58. doi: 10.1037/h0077169.
Electrophysiological, neurobehavioral, and cinematographic techniques were used to study the role of the trigeminal nerve in the neurosensory control of eating. Analaysis of single-unit data recorded in the pigeon's trigeminal ganglion indicates that the trigeminal nerve provides somatosensory inputs from the oral region that signal the location and movement of food and monitor the extent of mouth opening. Trigeminal deafferentation, although it does not affect pecking or swallowing, severly impairs the efficiency of eating. Cinematographic analysis shows that the impairment is due to disruption of the neurosensory control of mandibulation-the process by which grain is grasped at the beak tip and moved to the back of the mouth.
采用电生理、神经行为学和电影摄影技术研究三叉神经在进食神经感觉控制中的作用。对鸽子三叉神经节记录的单单位数据进行分析表明,三叉神经从口腔区域提供躯体感觉输入,这些输入信号食物的位置和运动,并监测张口程度。三叉神经去传入,虽然不影响啄食或吞咽,但严重损害进食效率。电影摄影分析表明,这种损害是由于下颌运动的神经感觉控制中断所致,下颌运动是指谷物在喙尖被抓取并移至口腔后部的过程。