d'Amelio R, Pontesilli O, Dayal R, de Rosa F, Barnet M, Teggi A, Brighouse G, Lambert P H
Med Microbiol Immunol. 1985;174(1):43-50. doi: 10.1007/BF02123670.
Combining high resolution power of SDS-PAGE and IEF with the specific immunological recognition of a human antiserum directed against Echinococcus granulosus antigens, we could identify, in 4 hydatid cystic fluids of human origin, 4 antigens with a molecular weight in the range 32-13 KD, and an antigen of 200 KD which, in reducing conditions, gave 2 bands of 67 and 52 KD. In addition, mainly in one of the cystic fluids, there were at least another 4 specific non-reducible bands with a molecular weight ranging from 80 to 40 KD. Specific parasite antigens, which constitute not more than 3% of total protein content of the cystic fluid, migrate, in isoelectric focusing, from a pH of less than 5 to more than 8.
将SDS - PAGE和IEF的高分辨率能力与针对细粒棘球绦虫抗原的人抗血清的特异性免疫识别相结合,我们能够在4份人源包虫囊肿液中鉴定出4种分子量在32 - 13 KD范围内的抗原,以及一种200 KD的抗原,该抗原在还原条件下产生67 KD和52 KD的两条带。此外,主要在其中一份囊肿液中,至少还有另外4条特异性非还原带,分子量范围为80至40 KD。构成囊肿液总蛋白含量不超过3%的特异性寄生虫抗原,在等电聚焦中,从pH小于5迁移到大于8。