Schauer R
Biochemisches Institut, Christian-Albrechts-Universität, Kiel, Germany.
Glycoconj J. 2000 Jul-Sep;17(7-9):485-99. doi: 10.1023/a:1011062223612.
Slalic acids are one of the most important molecules of life, since they occupy the terminal position on macromolecules and cell membranes and are involved in many biological and pathological phenomena. The structures of sialic acids, comprising a family of over 40 neuraminic acid derivatives, have been elucidated. However, many aspects of the regulation of their metabolism at the enzyme and gene levels, as well as of their functions remain mysterious. Sialic acids play a dual role, not only are they indispensable for the protection to and adaptation of life, but are also utilised by life-threatening infectious microorganisms. In this article the present state of knowledge in sialobiology, with an emphasis on my personal experience in this research area, is outlined including a discussion of necessary future work in this fascinating field of cell biology.
唾液酸是生命中最重要的分子之一,因为它们占据大分子和细胞膜的末端位置,并参与许多生物学和病理学现象。唾液酸的结构已被阐明,它由40多种神经氨酸衍生物组成。然而,它们在酶和基因水平上的代谢调节以及功能的许多方面仍然是个谜。唾液酸具有双重作用,它们不仅对生命的保护和适应不可或缺,而且还被危及生命的传染性微生物所利用。本文概述了唾液酸生物学的当前知识状态,重点是我在该研究领域的个人经验,包括对这个迷人的细胞生物学领域未来必要工作的讨论。