Papp Krisztián, Prechl József
Immunology Research Group, ELTE-MTA, Pazmany P.s. 1C, Budapest, H-1117, Hungary.
Methods Mol Biol. 2012;815:175-85. doi: 10.1007/978-1-61779-424-7_14.
Technological advances in the field of microarray production and analysis lead to the development of protein microarrays. Of these, antigen microarrays are one particular format that allows the study of antigen-antibody interactions in a miniaturized and highly multiplexed fashion. Here, we describe the parallel detection of antibodies with different specificities in human serum, a procedure also called antibody profiling. Autoantigens printed on microarray slides are reacted with test sera and the bound antibodies are identified by fluorescently labeled secondary reagents. Reactivity patterns generated this way characterize individuals and can help design novel diagnostic tools.
微阵列生产与分析领域的技术进步推动了蛋白质微阵列的发展。其中,抗原微阵列是一种特殊的形式,它能够以小型化和高度多重化的方式研究抗原 - 抗体相互作用。在此,我们描述了在人血清中对具有不同特异性的抗体进行平行检测的方法,该过程也称为抗体谱分析。印在微阵列载玻片上的自身抗原与测试血清反应,结合的抗体通过荧光标记的二抗试剂进行鉴定。以这种方式产生的反应模式可对个体进行特征描述,并有助于设计新型诊断工具。