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Wed. Dec 3, 2025

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Physiological function of a novel <em>N</em>-glycanase, Ngly2, responsible for the generation of free <em>N</em>-glycans in zebrafish embryos

The fundamental biosynthesis and metabolic mechanisms of glycans, as well as their physiological functions, have been extensively studied in mammals. However, little is known about these mechanisms in other organisms, particularly species-specific processes. In this symposium, researchers engaged in fish glycobiology will present their findings on unique glycan structures, metabolic pathways, and physiological functions in fish. Through these discussions, we aim to explore the potential for further advancements in fish glycobiology.

【J】Fish Glycobiology-Exploring the Physiological Functions of Glycans in Fish-

The 48th Annual Meeting of the Molecular Biology Society of Japan

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[1MS-11-01]Physiological function of a novel N-glycanase, Ngly2, responsible for the generation of free N-glycans in zebrafish embryos

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