Tung Kenneth, Agersborg Sally, Bagavant Harini, Garza Kristine, Wei Kevin
University of Virginia, Charlottesville, Virginia, USA.
Curr Protoc Immunol. 2002 Aug;Chapter 15:Unit 15.17. doi: 10.1002/0471142735.im1517s49.
Autoimmune ovarian disease is a known cause of human premature ovarian failure. An experimental murine model can be created by immunization with a peptide of ZP3, an ovary-specific glycoprotein. Mice injected with the ZP3 peptide develop histological evidence of ovarian inflammation (oophoritis), as well as antibody to the zona pellucida and T cell responses to the peptide. This unit describes the immunologic properties of the ZP3 peptides, the method of active autoimmune oophoritis induction, and the evaluation and semiquantitation of ovarian pathology. Surgical manipulations of the ovaries have been instrumental in the novel application of this autoimmune model; thus the most useful operations are also detailed. Surgical procedures are included for adult oophrectomy, neonatal ovariectomy, and implantation of ovarian grafts into mice without endogenous ovaries.
自身免疫性卵巢疾病是人类卵巢早衰的一个已知病因。通过用卵透明带3(一种卵巢特异性糖蛋白)的肽段进行免疫可建立一种实验性小鼠模型。注射了卵透明带3肽段的小鼠出现卵巢炎症(卵巢炎)的组织学证据,以及针对透明带的抗体和对该肽段的T细胞反应。本单元描述了卵透明带3肽段的免疫学特性、主动免疫性卵巢炎的诱导方法,以及卵巢病理学的评估和半定量。卵巢的手术操作在这种自身免疫模型的新应用中发挥了重要作用;因此,还详细介绍了最有用的手术。包括成年卵巢切除术、新生小鼠卵巢切除术以及将卵巢移植到无内源性卵巢的小鼠体内的手术步骤。