McPhaul J J, Dixon F J, Brettschneider L, Starzl T E
N Engl J Med. 1970 Feb 19;282(8):412-7. doi: 10.1056/NEJM197002192820802.
Immunofluorescent examination of open renal biopsies revealed clear-cut glomerular localization of immunoglobulins not related clearly to the quality of donor-recipient histocompatibility in 19 of 34 renal allografts. The biopsies were obtained 18 to 31 months after transplantations primarily from related donors with a variable quality of histocompatibility match. IgG was the predominant immunoglobulin class fixed in 13 biopsies, and IgM in six. The pattern of immunoglobulin deposition was linear, connoting anti-GBM antibody in four of the 19; it was granular and discontinuous, connoting antigen-antibody-complex deposits, in 13. An immune process may affect glomeruli of renal allografts by mechanisms comparable to those that cause glomerulonephritis in native kidneys. The transplant glomerulonephritis may represent a persistence of the same disease that originally destroyed the host kidneys or the consequence of a new humoral antibody response to allograft antigens.
对34例同种异体肾移植中的19例进行开放性肾活检的免疫荧光检查发现,免疫球蛋白在肾小球中有明确的定位,这与供体 - 受体组织相容性的质量并无明显关联。活检样本在移植后18至31个月获取,主要来自组织相容性匹配质量各异的亲属供体。在13例活检样本中,固定的主要免疫球蛋白类别为IgG,6例为IgM。19例中有4例免疫球蛋白沉积模式呈线性,提示抗肾小球基底膜抗体;13例呈颗粒状且不连续,提示抗原 - 抗体复合物沉积。免疫过程可能通过与导致天然肾脏肾小球肾炎的机制类似的方式影响同种异体肾移植的肾小球。移植性肾小球肾炎可能代表最初破坏宿主肾脏的同一种疾病的持续存在,或者是对同种异体移植抗原产生新的体液抗体反应的结果。