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日本京都大学医用高分子研究中心筏义教授,田畑泰彦研修员以及京都巴斯德研究所宇野贺津子主任研究员等所组成的研究小组,开发出一种独特的方法,在巨噬细胞很喜欢吃的明胶里混入干扰素后使之吞噬,可增加吞噬癌细胞的能力,在动物实验中已取得了良好的效果。田畑等注意到这种巨噬细胞喜食粘接明胶的蛋白质。他们在直径为1.5μm 的微粒子明胶中混入干扰素,让由小白鼠取得的吞噬细胞吞噬。在试管中,将这种吞噬细胞加到癌细胞,比只给干扰索的吞噬细胞杀伤癌的能力强得多。
Professors from the Institute of Medical Polymer Research, Kyoto University in Japan, Prof. Tadashi Taeiko, and Researcher at the Pasteur Institute of Kyoto, Urea Hejinzi, developed a unique method that is very popular with macrophages. Eating gelatin mixed with interferon to engulf it can increase the ability to engulf cancer cells and has achieved good results in animal experiments. Tian Wei et al. noted that this macrophage prefers gelatin-bound proteins. They mixed interferon in microgels with a diameter of 1.5 μm to allow phagocytes obtained from mice to engulf them. In a test tube, adding this phagocytic cell to a cancer cell is much more powerful than killing a cancer cell only to a phagocytic cell that interferes with the cable.