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抗体介导的酶形成:它的五十四个年头的遗产。

Antibody-mediated enzyme formation: Its legacy at age fifty-four.

机构信息

School of Medicine, Universita' La Sapienza, Rome, Italy.

School of Medicine, University of Genoa, Genoa, Italy.

出版信息

J Mol Recognit. 2021 Dec;34(12):e2931. doi: 10.1002/jmr.2931. Epub 2021 Oct 24.

Abstract

Antibody-mediated enzyme formation is a phenomenon first described in 1968 and further studied by molecular Immunologists and Biochemists over the following five decades. The present review is made mainly by analyzing the 27 articles concerned with AMEF that appeared over the course of 47 years, commenting 16 original figures selected to be re-printed in AMEF's Legacy. We, the reviewers, started by revisiting our own "insider's" experience of discovery, and followed by considering all results, our own and of members of other AMEF Labs. We had planned to conclude the review by correlating the various AMEF mutants to a detailed knowledge of the consensus betaGal structure. However, we became aware of several "robust" papers, published between 1989 and 2014, by authors outside of AMEF Labs. We familiarly called this surge: "The Second Wave" and adorned it with a doodle in Hokusai style. We were thrilled and happy to take them on board and properly examined their data. A team of this second wave had imagined unique uses for AMEF, and new doors to modern biotechnology. Another one had used AMEF as Tool and Marker to attain high levels of crystallography, solving puzzles of conformation, and ultimate structure. Together, they doubled our motivation to review AMEF. Serendipity gives us back the pleasure of finding, a treat at any age.

摘要

抗体介导的酶形成是 1968 年首次描述的现象,并在随后的五十年中被分子免疫学家和生物化学家进一步研究。本综述主要通过分析 47 年来与 AMEF 相关的 27 篇文章得出,评论了为 AMEF 的遗产重新印刷的 16 个原始图。我们这些评论者首先回顾了我们自己发现的“内幕”经验,然后考虑了我们自己和其他 AMEF 实验室成员的所有结果。我们原计划通过将各种 AMEF 突变体与对共识βGal 结构的详细了解相关联来结束综述。然而,我们意识到了一些 1989 年至 2014 年间发表的来自 AMEF 实验室之外的“强大”论文。我们熟悉地称这一波为“第二波”,并用一幅葛饰北斋风格的涂鸦来装饰它。我们很高兴能接受它们,并对其数据进行了适当的检查。第二波的一个团队想象了 AMEF 的独特用途和现代生物技术的新途径。另一个团队则将 AMEF 用作工具和标记,以达到高水平的晶体学,解决构象和最终结构的难题。它们共同使我们有动力更深入地回顾 AMEF。机缘巧合让我们重新发现了乐趣,这在任何年龄都是一种享受。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/cd0b/9286546/e2910c631c6f/JMR-34-0-g004.jpg

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