Uchida T, Matsuda S, Tanaka T, Sato T, Yui T, Kokubun R, Kumano M, Kariyone S
Tohoku J Exp Med. 1981 Nov;135(3):247-53. doi: 10.1620/tjem.135.247.
The effect of RES blockade on the survival of heat-damaged and antibody coated red blood cells was evaluated in C3H mice. RES function of C3H mice was determined by the survival of 59Fe-labeled, heat-damaged red blood cells at 49 degrees C for 30 min. When animals were treated with an intravenous injection of non-labeled, heat-damaged red blood cells for the blockade of RES, red blood cell destruction was depressed in non-splenectomized and splenectomized mice. In the survival or organ distribution of 59Fe-labeled, antibody-coated red blood cells, no difference was noted between animals with and without blockade. These findings suggest that heat-damaged red blood cells were destructed predominantly in the splenic RES and antibody coated cells were not broken down only by the splenic RES.
在C3H小鼠中评估RES阻断对热损伤和抗体包被的红细胞存活的影响。通过59Fe标记的热损伤红细胞在49℃下30分钟的存活情况来测定C3H小鼠的RES功能。当用静脉注射未标记的热损伤红细胞对动物进行RES阻断治疗时,非脾切除和脾切除小鼠的红细胞破坏均受到抑制。在59Fe标记的抗体包被红细胞的存活或器官分布方面,RES阻断组和未阻断组动物之间未发现差异。这些发现表明,热损伤的红细胞主要在脾脏RES中被破坏,而抗体包被的细胞并非仅由脾脏RES分解。