Iioka H, Moriyama I, Amasaki M, Itoh K, Ichijo M
Nihon Sanka Fujinka Gakkai Zasshi. 1985 Nov;37(11):2279-86.
Previously we reported that we succeeded in isolating from human full term placenta, glycopeptide which was immunologically the same as nephritogenic glycopeptide (Nephritogenoside) prepared from human renal GBM (glomerular basement membrane). This time to clarify the correlation between the pathology of toxemia and Nephritogenoside, we examined the existence of Nephritogenoside in the urine of toxemia patients. To purify Nephritogenoside from the urine powder of toxemia patients, we use the same procedures (enzyme digestion, Con A affinity column chromatography e.t.c.) as used in purifying Nephritogenoside from human full term placental TrBM (trophoblast basement membrane). In the urine of toxemia patients we clarified the existence of glycopeptide, which had specific affinity with Con A and was immunologically the same as Nephritogenoside. The existence of Nephritogenoside in the urine of toxemia patients further strengthened the possibility of a relationship between Nephritogenoside and the pathology of toxemia.
此前我们报道过,我们成功地从人足月胎盘中分离出了糖肽,其在免疫学上与从人肾肾小球基底膜制备的致肾炎糖肽(肾毒素)相同。这次,为了阐明毒血症的病理学与肾毒素之间的关联,我们检测了毒血症患者尿液中肾毒素的存在情况。为了从毒血症患者的尿粉中纯化肾毒素,我们采用了与从人足月胎盘滋养层基底膜纯化肾毒素相同的程序(酶消化、伴刀豆球蛋白A亲和柱层析等)。在毒血症患者的尿液中,我们明确了存在与伴刀豆球蛋白A具有特异性亲和力且在免疫学上与肾毒素相同的糖肽。毒血症患者尿液中肾毒素的存在进一步增强了肾毒素与毒血症病理学之间存在关联的可能性。