Solano Carolina Mora, Wen Yi, Han Huifang, Collier Joel H
Department of Surgery, University of Chicago, Chicago, IL, USA.
Department of Biomedical Engineering, Duke University, Durham, NC, USA.
Methods Mol Biol. 2018;1777:233-248. doi: 10.1007/978-1-4939-7811-3_14.
The design, formulation, and immunological evaluation of self-assembling peptide materials is relatively straightforward. Indeed, one of the advantages of synthetic self-assembling peptides is that one can progress from initial concept to in vivo testing in a matter of days. However, because these materials are supramolecular, working with them is not without some practical challenges, and subtle changes in design, synthesis, handling, and formulation can affect the materials' immunogenicity. This chapter is intended to communicate some of these practical aspects of working with these materials that are not always enumerated in conventional research papers. Epitope considerations, peptide synthesis, purification, storage, nanofiber formation, quality control, immunological evaluation, and the overall phenotypic characteristics of the immune responses to be expected from these materials are discussed.
自组装肽材料的设计、配方及免疫学评估相对简单直接。实际上,合成自组装肽的优势之一在于,从最初的概念到体内测试只需几天时间。然而,由于这些材料是超分子的,使用它们并非没有实际挑战,设计、合成、处理及配方方面的细微变化都可能影响材料的免疫原性。本章旨在介绍使用这些材料时的一些实际情况,而这些情况在传统研究论文中并不总是详尽列举的。文中将讨论表位考量、肽的合成、纯化、储存、纳米纤维形成、质量控制、免疫学评估以及预期这些材料引发的免疫反应的整体表型特征。