Honda J, Sato E, Ihara S, Munakata S, Sugawara N, Fukushima T
Nihon Sanka Fujinka Gakkai Zasshi. 1982 Jan;34(1):83-8.
Twenty four complete and 15 partial moles, and the lymphocytes from the parents were analyzed for human lymphocyte antigen (HLA-A and HLA-B specificities), and karyotyping was done in each molar tissue by the direct method. Twelve of the 24 complete moles expressed homozygous A and/or B specificities identical to those of the father. No cases expressed A or B specificities derived from the maternal side. All had a 46, XX karyotype. On the other hand, in 6 of the 15 partial moles, the antigen specificities were heterozygous for A locus and 10 of the 15 expressed A and/or B specificities derived selectively from the maternal side. In chromosome studies, 8 of the 15 had a 69,XX karyotype, 5 had a 46,XX karyotype and 2 was impossible of analysis. These results show that complete moles are mostly androgenetic in origin but partial moles are not; that is, pathogenesis distinguishes complete from partial moles.
对24例完全性葡萄胎和15例部分性葡萄胎以及父母的淋巴细胞进行了人类淋巴细胞抗原(HLA - A和HLA - B特异性)分析,并通过直接法对每个葡萄胎组织进行了核型分析。24例完全性葡萄胎中有12例表达与父亲相同的纯合A和/或B特异性。没有病例表达来自母亲一方的A或B特异性。所有完全性葡萄胎均为46,XX核型。另一方面,15例部分性葡萄胎中有6例抗原特异性在A位点为杂合子,15例中有10例选择性地表达来自母亲一方的A和/或B特异性。在染色体研究中,15例中有8例为69,XX核型,5例为46,XX核型,2例无法分析。这些结果表明,完全性葡萄胎大多起源于雄核发育,而部分性葡萄胎并非如此;也就是说,发病机制区分了完全性葡萄胎和部分性葡萄胎。