Cellular view of metabolism: metabolic biomolecular condensates

Recent studies across biological systems highlight an important function of biomolecular condensates (hereafter biocondensates) in regulating physiology. Biocondensates are membraneless organelles that compartmentalize cellular processes and allow regulatory control of key biomolecules through their assembly and disassembly. Biocondensates have been identified in molecular pathways ranging from RNA regulation to metabolism to seed germination in plants. In this review, we focus on biocondensates that control metabolism. Most of this review addresses metabolic biocondensates in bacteria, algae, and animals whose functions are involved in core metabolism relevant to plants, even if their existence as metabolic biocondensates has not yet been described in plants. We hope this review provides useful information for a broad audience and encourages new directions into previously characterized enzymes and pathways to understand how their subcellular localization could impact function.