Petrovskaia L E, Shingarova L N, Dolgikh D A, Kirpichnikov M P
Bioorg Khim. 2011 Sep-Oct;37(5):581-91. doi: 10.1134/s1068162011050141.
Review is devoted to the challenging direction in modem molecular biology and bioengineering - the properties of alternative scaffold proteins (ASP) and methods for obtaining ASP binding molecules. ASP molecules incorporate conservative protein core and hypervariable regions, providing for the binding function. Structural classification of ASP includes several types which differ also in their molecular targets and potential applications. Construction of artificial binding proteins on the ASP basis implies a combinatorial library design with subsequent selection of specific binders with the use of phage display or the modem cell-free systems. Alternative binding proteins on non-immunoglobulin scaffolds find broad applications in different fields ofbiotechnology and molecular medicine.
综述致力于现代分子生物学和生物工程中具有挑战性的方向——替代支架蛋白(ASP)的特性以及获得ASP结合分子的方法。ASP分子包含保守的蛋白核心和高变区,赋予其结合功能。ASP的结构分类包括几种类型,它们在分子靶点和潜在应用方面也有所不同。基于ASP构建人工结合蛋白意味着设计组合文库,随后利用噬菌体展示或现代无细胞系统筛选特定的结合剂。非免疫球蛋白支架上的替代结合蛋白在生物技术和分子医学的不同领域有广泛应用。