Berezhnaya L A
Laboratory of the Neuronal Structure of the Brain, Science Research Institute of the Brain, Russian Academy of Medical Sciences, Moscow.
Neurosci Behav Physiol. 2006 Jun;36(5):519-25. doi: 10.1007/s11055-006-0049-1.
The neuronal composition of the thalamic reticular nucleus was studied in serial sections of the sagittal and frontal projections impregnated with silver nitrate by the Golgi method. The neuronal composition of the reticular nucleus of the human thalamus was wider than has previously been described in animals and humans. This nucleus, apart from two types of large, sparsely branched, long-dendrite, reticular, aspiny, neurons, i.e., types R1 and R2, contained cells with spines. Intermediate and small, sparsely-branched, short-dendrite neurons and densely-branched cells with spines were demonstrated. The principles of the organization of the reticular nucleus of the human thalamus are described.
采用高尔基方法，在经硝酸银浸染的矢状和额状投射系列切片中，对丘脑网状核的神经元组成进行了研究。人类丘脑网状核的神经元组成比之前在动物和人类中所描述的更为多样。该核除了包含两种大型、分支稀疏、长树突、网状、无棘的神经元，即R1型和R2型外，还含有有棘细胞。发现了中型和小型、分支稀疏、短树突的神经元以及有棘的密集分支细胞。描述了人类丘脑网状核的组织原则。
