Kubota Y, Inagaki S, Shimada S, Kito S, Wu J Y
Brain Res Bull. 1987 Jun;18(6):687-97. doi: 10.1016/0361-9230(87)90203-6.
GAD-IR neurons were roughly divided into those with medium sized perikarya and large perikarya. The medium-sized GAD-IR neurons accounted for about 85% of the GAD-IR neurons. The medium-sized perikarya were further divided into two, those with a smooth nuclear membrane and those with an indented nucleus. The former were very similar to medium-sized spiny neurons and the latter corresponded to medium-sized aspiny neurons. The GAD-IR large cells that were identified by light microscopy, had nuclear indentations and were divided into two classes based on their ultrastructural features, type 1 large cells received few synaptic inputs and type 2 large cells received many synaptic contacts from non-immunoreactive or immunoreactive boutons. The former resembles Type I large cells and the latter Type II large cells identified recently by Chang and Kitai; the latter are also similar to the second type of projecting neurons identified by Bolam et al.
谷氨酸脱羧酶免疫反应阳性(GAD-IR)神经元大致分为胞体中等大小和胞体较大的两类。中等大小的GAD-IR神经元约占GAD-IR神经元总数的85%。中等大小的胞体又进一步分为两类,一类核膜光滑,另一类核呈凹陷状。前者与中等大小的棘状神经元非常相似,后者则相当于中等大小的无棘神经元。通过光学显微镜鉴定的GAD-IR大细胞,其核有凹陷,并根据超微结构特征分为两类,1型大细胞接受的突触输入较少,2型大细胞接受来自非免疫反应性或免疫反应性终扣的许多突触联系。前者类似于张和北井最近鉴定的I型大细胞,后者类似于II型大细胞;后者也与博勒姆等人鉴定的第二类投射神经元相似。