Evolutionary mystery revealed by structures of a key enzyme in the synthesis of glycolipids
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TL;DR - Structural studies of a key glycolipid-synthesis enzyme reveal an unexpected reaction mechanism and an intrinsic regulatory “brake” that arose during primate evolution. The findings connect enzyme architecture with both biochemical control and evolutionary history.
- The enzyme produces crucial sugar-carrying lipids.
- Its structures uncover a previously surprising catalytic mechanism.
- A built-in feature limits enzyme activity, functioning as a regulatory brake.
- The available summary attributes this brake to primate evolution but provides no experimental details.
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Evolutionary mystery revealed by structures of a key enzyme in the synthesis of glycolipids
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TL;DR - Structural studies of a key glycolipid-synthesis enzyme reveal an unexpected reaction mechanism and an intrinsic regulatory “brake” that arose during primate evolution. The findings connect enzyme architecture with both biochemical control and evolutionary history.
- The enzyme produces crucial sugar-carrying lipids.
- Its structures uncover a previously surprising catalytic mechanism.
- A built-in feature limits enzyme activity, functioning as a regulatory brake.
- The available summary attributes this brake to primate evolution but provides no experimental details.