Teplov S I, Pugovkin A P
Fiziol Zh SSSR Im I M Sechenova. 1989 Nov;75(11):1501-8.
The literature and own data on the efferent innervation of cerebral vessels, its sources and the structure of neurogenic regulation of intracranial hemodynamics, are summed up. Diverse mechanisms of the cerebral vessels' innervation involve polymodal efferent fibers and terminals associated with existence of numerous transmitters, the participation of some bulbar nuclei along with the sympathetic system in the innervation. The diversity of the controlling factors seems to be the result of an imperfection of cerebral blood supply system due to its accelerated development in the course of phylogenesis.
总结了有关脑血管传出神经支配、其来源以及颅内血流动力学神经源性调节结构的文献和自身数据。脑血管支配的多种机制涉及多模式传出纤维和与多种递质存在相关的终末，一些延髓核以及交感神经系统参与了支配。控制因素的多样性似乎是由于脑血管供应系统在系统发育过程中加速发展而不完善的结果。
