Newton B W, Maley B, Sasek C, Traurig H
Brain Res Bull. 1984 Sep;13(3):391-9. doi: 10.1016/0361-9230(84)90089-3.
The distribution of FMRF-NH2-like immunoreactivity, visualized with immunohistochemical techniques, was plotted in a range from very dense to none. The rat area postrema had differential immunostaining with the greatest amounts occurring at its ventral and ventrolateral borders by the nucleus of the solitary tract. Immunoreactive cell bodies were located mainly in this region. Throughout the central region of the rat area postrema scattered immunostaining was consistently observed. The cat area postrema had a different, greater, and more complex pattern of immunostaining than the rat. Very dense to dense accumulations of immunostaining occurred in the ventromedial region of the area postrema bordering the solitary tract and dorsal vagal nuclei, while the central region possessed scattered amounts of immunoreactivity. Following colchicine treatment, no visible FMRF-NH2-like immunoreactive cell bodies were observed in the cat area postrema.
用免疫组织化学技术显示的类FMRF-NH2免疫反应性分布情况,绘制为从非常密集到无的范围。大鼠最后区有不同的免疫染色,在其腹侧和腹外侧边界靠近孤束核处染色量最大。免疫反应性细胞体主要位于该区域。在大鼠最后区的整个中央区域,始终观察到散在的免疫染色。猫的最后区有与大鼠不同、更强烈且更复杂的免疫染色模式。在最后区与孤束核和迷走神经背核相邻的腹内侧区域,出现了非常密集到密集的免疫染色聚集,而中央区域有散在的免疫反应性。秋水仙碱处理后,在猫的最后区未观察到可见的类FMRF-NH2免疫反应性细胞体。