Mârza V D
Morphol Embryol (Bucur). 1976 Apr-Jun;22(2):63-78.
The participation of the thyroid and of the anterior hypophysis during a complex process of experimentally conditioned immunity was studied in order to establish the concrete modalities of integration of these glands by the central integrative mechanisms. Quantitative microscopy, mathematical and statistical methods, demonstrative graphs, a new mode of expression of correlation types between the phasic quantitative variations of the immune process, as well as a division of the anterior hypophysis into cell groups were used. These methods show that the hypophysis and the thyroid participate in the immunogenic processes with all their constituents (epithelia, mesenchymal cells, capillaries). The importance of the participation vary from one lot to the other. The epithelium dynamics dominated that of capillaries in the glandular organs belonging to the IInd organizational step (with reduced stroma), which allows the consideration of an epitheliocapillary stereotype of organs belonging to the IIIrd step (stroma-rich) described in the VIth note.
为了确定中枢整合机制对甲状腺和垂体前叶在实验性条件免疫复杂过程中的整合具体方式,对其进行了研究。采用了定量显微镜检查、数学和统计方法、演示图表、一种免疫过程阶段性定量变化之间相关类型的新表达方式,以及将垂体前叶划分为细胞群的方法。这些方法表明,垂体前叶和甲状腺以其所有成分(上皮、间充质细胞、毛细血管)参与免疫原性过程。参与的重要性因批次而异。在属于第二组织阶段(基质减少)的腺器官中,上皮动力学主导着毛细血管的动力学,这使得可以考虑在第六条注释中描述的属于第三阶段(富含基质)器官的上皮毛细血管模式。