Adám E, Nász I, Lengyel A, Erdei J, Fachet J
Mol Immunol. 1986 Jul;23(7):755-9. doi: 10.1016/0161-5890(86)90087-8.
A double monoclonal antibody (MAb) sandwich enzyme-linked immunosorbent assay (double MAb ELISA), which uses the same MAb as solid-phase immunosorbent (capture MAb) and as detector MAb (peroxidase-labeled), was developed to quantify the specific epitopes of adenovirus hexon. Four MAbs directed against crystallized adenovirus type 1 (Ad h 1) hexon were tested by this assay with homologous and different heterologous hexons. The lowest reacting concn with the homologous and heterologous hexon types both in direct and double MAb ELISA was determined and compared. At least two copies of four different epitopes were identified by the MAbs. Evidence is presented that more than one copy of identical or closely related epitopes exist on the homologous as well as on the heterologous hexon molecules. However, their presence could be detected only in higher concn of hexon preparations of subgenera A, B and D.
一种双单克隆抗体(MAb)夹心酶联免疫吸附测定法(双MAb ELISA)被开发出来用于定量腺病毒六邻体的特定表位,该方法使用相同的MAb作为固相免疫吸附剂(捕获MAb)和检测MAb(过氧化物酶标记)。用这种测定法对四种针对1型结晶腺病毒(Ad h 1)六邻体的MAb与同源和不同的异源六邻体进行了测试。测定并比较了直接和双MAb ELISA中与同源和异源六邻体类型反应的最低浓度。这些MAb鉴定出了至少两份四种不同的表位。有证据表明,同源和异源六邻体分子上存在不止一份相同或密切相关的表位。然而,只有在A、B和D亚属六邻体制剂的较高浓度下才能检测到它们的存在。