Summary
This review synthesises recent advances in understanding how natural product diversity arises from ecological pressures, evolutionary innovation, and multi-organism interactions rather than taxonomic lineage alone. The authors integrate perspectives from genomics, metabolomics, and chemical ecology to demonstrate that natural products operate through distributed, synergistic mechanisms affecting redox dynamics, membranes, and signalling networks. The work repositions natural product research as an integrative discipline spanning molecular biology, ecology, evolution, and chemical innovation, with implications for unlocking dormant biosynthetic potential in natural systems.
UK applicability
The review's conceptual framework may inform UK-based research on phytochemical diversity in native plants and crops, potentially supporting agro-ecological innovation and crop breeding programmes. However, as a theoretical synthesis rather than applied agronomic study, direct applicability to UK farming practice or policy requires translation through subsequent empirical field and clinical research.
Key measures
Mechanisms of natural product action; biosynthetic gene cluster activation; cross-kingdom metabolic integration; redox dynamics; membrane architecture; chromatin accessibility; intracellular signalling pathways
Outcomes reported
The review synthesises insights into how ecological pressures, evolutionary innovation, and multi-organism interactions shape biosynthetic pathways and the generation of bioactive natural products. It outlines a conceptual framework for understanding silent biosynthetic gene clusters, meta-organismal chemistry, and network-level mechanisms of action in natural systems.
Topic tags
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