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硫胺素和氧硫胺素对培养的脑神经元存活的影响。

The effects of thiamine and oxythiamine on the survival of cultured brain neurons.

作者信息

Geng M Y, Saito H, Katsuki H

机构信息

Department of Chemical Pharmacology, Faculty of Pharmaceutical Sciences, University of Tokyo, Japan.

出版信息

Jpn J Pharmacol. 1995 Jul;68(3):349-52. doi: 10.1254/jjp.68.349.

Abstract

The effects of treatment with thiamine (Vitamin B1) alone or together with its antagonist oxythiamine on the survival of brain neurons in primary culture were investigated. Treatment with thiamine significantly promoted the survival of hippocampal neurons in high cell density culture, but had no effects on the neuronal survival in low cell density culture. In addition, the survival-promoting activity exerted by thiamine was remarkably decreased by the co-application of oxythiamine, although oxythiamine used alone revealed neither a trophic nor toxic effect on the neurons of examined brain regions. The neurotrophic function of thiamine may be due to its coenzymatic role in a biochemical reaction and/or its specific function on neurotransmission and nerve conduction.

摘要

研究了单独使用硫胺素(维生素B1)或与它的拮抗剂氧硫胺素联合处理对原代培养脑神经元存活的影响。硫胺素处理显著促进了高细胞密度培养中海马神经元的存活,但对低细胞密度培养中的神经元存活没有影响。此外,虽然单独使用氧硫胺素对所检查脑区的神经元既没有营养作用也没有毒性作用,但联合应用氧硫胺素可显著降低硫胺素发挥的促存活活性。硫胺素的神经营养功能可能归因于其在生化反应中的辅酶作用和/或其对神经传递和神经传导的特定功能。

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