What question did this study set out to answer?

The study aims to develop efficient biosynthetic and regeneration pathways for sulfate donors to produce bioactive sulfated products sustainably.

January 18, 2026Green Chemistry3 citations

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Design and engineering of biosynthetic and regeneration pathways for central sulfate donors: toward the sustainable production of bioactive sulfated products

RXRuirui XuJiangnan University FYFengling YangJiangnan University WDWeiquan DingJiangnan University

Key Points

The study aims to develop efficient biosynthetic and regeneration pathways for sulfate donors to produce bioactive sulfated products sustainably.
Engineering biosynthetic pathways for PAPS and APS
Regenerative processes for activated sulfur metabolites
Analysis of metabolite production efficiency
Enhanced biosynthesis of sulfated metabolites
Improved regeneration of sulfate donors
Demonstrated sustainability in production processes

Abstract

PAPS and its precursor APS are central activated sulfur metabolites that link inorganic sulfate assimilation, and advances in their biosynthesis and regeneration enable the efficient and sustainable production of sulfated metabolites.

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Design and engineering of biosynthetic and regeneration pathways for central sulfate donors: toward the sustainable production of bioactive sulfated products

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