Girod C, Dubois M P, Trouillas J
C R Seances Soc Biol Fil. 1979;173(5):910-6.
Indirect immunofluorescence technique with anti1-24- and anti17-39 ACTH, anti alpha- and anti beta-endorphins, anti beta-LPH sera has allowed us to detect a cellular type in the anterior lobe of the hypophysis of Macacus irus which react simultaneously with these five antisera. These cells are especially localized in the ventro-medial zone, but there are also present in the pars distalis, under the glandular capsule, and in the lateral lobes, amid the other cellular types. The cells of the intermediate lobe react on the whole with anti1-24-, these antisera are also immunoreactive with the anti alpha- and anti17-39ACTH and anti beta-LPH ; SOME CELLS, WHich react with anti beta-endorphin antisera. The adenohypophysis of Macacus irus contains therefore two categories of cells reacting with the above mentioned antisera : one of this type, localized in the anterior lobe and in the intermediate lobe, react simultaneously with the five antisera, the other type, localized only in the intermediate lobe does not react with the antiendorphins antisera.
使用抗1-24-促肾上腺皮质激素（ACTH）、抗17-39 ACTH、抗α-和抗β-内啡肽、抗β-促脂素血清的间接免疫荧光技术，使我们能够在猕猴垂体前叶中检测到一种细胞类型，这种细胞能同时与这五种抗血清发生反应。这些细胞特别集中在腹内侧区，但在腺泡、腺囊下方以及外侧叶中，在其他细胞类型之间也有存在。中间叶的细胞总体上与抗1-24-促肾上腺皮质激素反应，这些抗血清也与抗α-和抗17-39 ACTH以及抗β-促脂素发生免疫反应；一些细胞与抗β-内啡肽抗血清发生反应。因此，猕猴的腺垂体包含两类与上述抗血清发生反应的细胞：一类这种类型的细胞，位于前叶和中间叶，能同时与五种抗血清发生反应，另一类仅位于中间叶的细胞不与抗内啡肽抗血清发生反应。
