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[多组分天然气作用机制的当前研究现状、其毒性与选择性]

[Current aspects of mechanisms underlying effects of multi-component natural gas, its toxicity and selectivity].

作者信息

Setko N P

出版信息

Med Tr Prom Ekol. 1996(1):12-6.

PMID:8673366
Abstract

Experiments on animals included acute, subacute and chronic inhalation of natural gas containing hydrogen sulfide. The multi-component natural gas was proved to induce more intensive toxic effects, than its components do. When inhaled in concentrations equal to the MACs for its components, the gas induces higher permeability of cellular membranes, compromised biocatalysis systems, 2 times increased lipid peroxidation, disturbed thiol disulfide balance. Mechanism underlying primary effect of the natural gas is associated mostly with activated free radicals, methylation and oxidation of sulfur compounds and their interaction with proteins containing sulfides and metals.

摘要

动物实验包括急性、亚急性和慢性吸入含硫化氢的天然气。事实证明,这种多组分天然气比其各组分产生的毒性作用更强。当以等于其各组分职业接触限值(MACs)的浓度吸入时,该气体可使细胞膜通透性更高、生物催化系统受损、脂质过氧化增加两倍、硫醇二硫键平衡紊乱。天然气主要作用的潜在机制大多与活性自由基、硫化合物的甲基化和氧化及其与含硫化物和金属的蛋白质的相互作用有关。

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