[Distribution of GABA-immunoreactive elements in the reptile amygdaloid complex].

Neirofiziologiia = Neurophysiology Pub Date : 1992-01-01
M G Belekhova, D D Chkheidze, N P Veselkin, N B Kenigfest, I L Kratskin, Zh P'err, Zh Reperan
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Abstract

GABA-immunoreactive (GABA-I) elements (neuronal somata and neuropile) are detected in turtle Emys orbicularis and lizard Ophysaurus spodus in all structures of ventral and dorsal parts of amygdaloid complex (AC) considered as phylogenetic more ancient and younger, respectively by means of the immunohistochemical method. Their maximal quantity in the ventral section of AC is found in the lateral region, lesser--in the ventral, central and medial regions. Besides in lizards a specialized laminar distribution of GABA-I elements in n. sphaericus is observed. GABA-I neurons are also detected in structures of dorsal part in turtles and lizards against the background of the immunopositive neuropile of a moderate density. It is supposed that GABA-ergic innervation of AC is liable to considerable variations in connection with taxonomic, ecological and other factors.

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[gaba免疫反应因子在爬行动物杏仁核复合物中的分布]。
采用免疫组化方法,在乌龟圆斑埃米斯(Emys orbicularis)和蜥蜴spodus Ophysaurus中,分别在系统发育较古老和较年轻的杏仁核复合体(amygdaloid complex, AC)的腹侧和背侧的所有结构中检测到gaba免疫反应性(GABA-I)元件(神经元体和神经丘)。它们在AC腹侧部分的最大数量见于外侧区域,较少见于腹侧、中央和内侧区域。此外,在蜥蜴中,GABA-I元素在n. sphaicus中有特殊的层流分布。在中等密度的免疫阳性神经堆背景下,海龟和蜥蜴背部结构中也检测到GABA-I神经元。认为AC的gaba能神经支配与分类学、生态学等因素有关,存在较大的变异。
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