Baev K V, Zavadskaya T V
Neurosci Behav Physiol. 1981 Jul-Aug;11(4):421-7. doi: 10.1007/BF01184213.
The central program for interaction between the hind limbs, expressed as the time structure of motor discharges in the nerves to the various muscles, was studied in immobilized decerebrate spinal cats during fictitious locomotion. The program of hind limb interaction (alternating or inphase) in the decerebrate cats was shown to be determined by the relations between the flexor hemicenters. The activity of the latter is either antiphased or cophased. The character of activity of the extensor hemicenters is determined secondarily on account of alternating interaction of each of them with the ipsilateral flexor hemicenter. After injection of dopa into the animals the cophased program of hind limb interaction may be determined by the cophased working of the extensor center.
在固定的去大脑脊髓猫进行虚拟运动期间，研究了后肢之间相互作用的核心程序，该程序表现为支配不同肌肉的神经中运动放电的时间结构。去大脑猫后肢相互作用的程序（交替或同相）被证明是由屈肌半中枢之间的关系决定的。后者的活动要么是反相的，要么是同相的。伸肌半中枢的活动特征是由于它们各自与同侧屈肌半中枢交替相互作用而继发确定的。给动物注射多巴后，后肢相互作用的同相程序可能由伸肌中枢的同相工作决定。
