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Structure-toxicity relationships of acrylic monomers.

机译:丙烯酸单体的结构毒性关系。

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摘要

Esters of acrylic acid, in particular methyl methacrylate, have wide applications in a number of industrial and consumer products, forming very desirable nonbreakable glass-like materials. In dentistry, the monomers are used to prepare dentures and a variety of filling and coating materials for the teeth. Surgeons utilize the monomers to prepare a cement which helps anchor prosthetic devices to bone. Special types of acrylic monomers such as the cyano derivatives have found a useful application as adhesive materials. Most of the acrylic acid esters are volatile substances and can produce various levels of toxicity if inhaled. A large number of workers thus exposed to the vapors of these esters can develop clinical symptoms and signs of toxicity. This paper will discuss the toxicity of a large number of acrylic esters, and will attempt to show structure-activity relationships where such data are available. General comments will also be made as to the potential health hazards this variety of esters may present to selected segments of the population.
机译:丙烯酸,尤其是甲基丙烯酸甲酯的酯在许多工业和消费产品中具有广泛的应用,形成了非常理想的不易碎的玻璃状材料。在牙科领域,这些单体用于制备义齿以及用于牙齿的各种填充和涂层材料。外科医生利用这些单体来制备胶粘剂,该胶粘剂有助于将修复装置固定在骨骼上。已经发现特殊类型的丙烯酸单体,例如氰基衍生物,可用作粘合剂材料。大多数丙烯酸酯是挥发性物质,如果吸入会产生各种程度的毒性。因此,大量工人暴露于这些酯的蒸气中会产生临床症状和中毒迹象。本文将讨论大量丙烯酸酯的毒性,并在可能获得此类数据的情况下尝试显示其结构活性关系。关于这种酯类可能对选定人群的潜在健康危害,还将作一般性评论。

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