Walking along sulfation pathways – a personal journey

Jonathan Wolf Mueller, John Gage
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Abstract

Sulfation pathways are understood as the non-reductive arm of sulfur biology. It is all about the making and breaking of biological sulfate esters. They have been the subject of our research for many years. Putting a negatively charged sulfate group on small molecules, on larger proteins or on humongously large sugar chains changes the chemical properties of these molecules immensely. Hence, sulfation pathways have an impact on biological processes as diverse as detoxification of ingested substances, steroid signalling, protein interaction, bio-mineralization and ageing. Traditionally, there wasn’t a ‘sulfation community’, as the subject was dealt with as a marginal matter at more general biochemical meetings. However, a growing sulfation community has recently been forged. This article showcases the achievements to highlight sulfation pathways in Science–Art (SciArt) projects.
硫化之路--个人旅程
硫化途径被理解为硫生物学的非还原臂。它涉及生物硫酸酯的制造和分解。多年来,它们一直是我们的研究课题。在小分子、较大的蛋白质或巨大的糖链上添加带负电荷的硫酸基团,会极大地改变这些分子的化学性质。因此,硫酸化途径对各种生物过程都有影响,如摄入物质的解毒、类固醇信号、蛋白质相互作用、生物矿化和老化。传统上,并没有一个 "硫酸化社区",因为在更多的普通生化会议上,硫酸化只是一个边缘问题。不过,最近硫酸化研究团体正在不断壮大。本文展示了在科学与艺术(SciArt)项目中突出硫化途径的成就。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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