[Venous vascularization of the lentiform nucleus].

R Wolfram-Gabel, C Maillot
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Abstract

The venous vascularization of the nucleus lentiformis in man is studied in 30 brains by injecting the vascular system with gelatinous Indian ink. The venous vascularization of the nucleus lentiformis is drained towards the deep venous system of the brain by two ways, one ascending, the other descending. The first one is formed by superior lenticular veins which drain into the thalamo-striate vein, principal tributary of the internal cerebral vein. The second one is formed by inferior lenticular veins which depend from the deep middle cerebral vein, another tributary of the internal cerebral vein. The veins of the nucleus lentiformis, especially the veins of the putamen, present many similarities with these one of the cerebral cortex. They form the center of venous units surrounded by an arterial ring formed by the branches of ramification of the central arteries. The principal vein of the unit is surrounded by a capillary-free space. This similarities may be explained by the common origin of the cerebral cortex and of the putamen, both belong to the neocortical system.

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[透镜状核的静脉血管化]。
通过向30个大脑的血管系统注射胶状印度墨水,研究了人类透镜状核的静脉血管化。透镜状核的静脉血管由两条路流向大脑的深静脉系统,一条是上升的,另一条是下降的。第一个是由上透镜静脉形成的它流入丘脑纹状静脉,大脑内静脉的主要支流。第二个是由下透镜静脉形成的它依赖于大脑深中静脉,大脑内静脉的另一条分支。透镜状核的静脉,特别是壳核的静脉,与大脑皮层的静脉有许多相似之处。它们形成静脉单位的中心,周围是由中心动脉分支分支形成的动脉环。单位的主静脉被无毛细血管的空间包围。这种相似性可以用大脑皮层和壳核的共同起源来解释,两者都属于新皮层系统。
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