Zlatanova J S
Molecular Genetics Lab, Institute of Genetics, Bulgarian Academy of Sciences, Sofia.
Mol Cell Biochem. 1990 Jan 18;92(1):1-22. doi: 10.1007/BF00220715.
This review is an attempt to summarize all existing data on histone H1 and high mobility group proteins obtained with immunochemical methods. The following issues are treated consecutively: production of specific antisera to these protein groups, antigenic structure of the polypeptide chains, use of antibodies for the identification, the quantitative estimation and the study of the tissue- and species-specificity of the proteins. Special attention is devoted to the studies of the localization of the respective antigens in the cell, the nucleus, the chromosomes and the interphase chromatin. The use of specific antibodies for the elucidation of the role these proteins play in such basic cellular processes as proliferation and differentiation, replication and transcription is also discussed. It becomes clear that the use of immunochemical approaches in the study of specific chromatin proteins both at the level of the protein molecule and at the level of chromatin can be a powerful tool for the resolution of a number of specific problems. The field is very promising and will undoubtedly develop intensely in the nearest future.
本综述旨在总结通过免疫化学方法获得的关于组蛋白H1和高迁移率族蛋白的所有现有数据。以下问题将依次进行探讨:针对这些蛋白组产生特异性抗血清、多肽链的抗原结构、抗体在蛋白鉴定、定量评估以及组织和物种特异性研究中的应用。特别关注了各自抗原在细胞、细胞核、染色体和间期染色质中的定位研究。还讨论了使用特异性抗体阐明这些蛋白在增殖与分化、复制与转录等基本细胞过程中所起作用的情况。显而易见,在蛋白分子水平和染色质水平上运用免疫化学方法研究特异性染色质蛋白,对于解决一系列特定问题而言可能是一种强大的工具。该领域极具前景,无疑将在不久的将来得到深入发展。