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首页> 外文期刊>Biocybernetics and biomedical engineering >Plasma Techniques in Polymeric Treatment for Membrane Applications: a Review
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Plasma Techniques in Polymeric Treatment for Membrane Applications: a Review

机译:等离子体技术在膜应用聚合物处理中的应用

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Polymers are the most often applicable materials in biomedicine. Technical developments require materials with specific surface properties. Low temperature plasma treatment is a method that competes with a classic physical or chemical treatment due to its time saving, economy. It also ensures modification of very thin surfaces of materials without any changes in bulk properties.The article describes plasma techniques that modify materials which are used as substrates for proteins immobilisation, cellular or tissue cultures and materials which are exploited to produce artificial organs. Author focused on the popular polymers: polyarylosulfones, polyurethanes and polyacrylonitrile and its modification to various application: artificial organs, cellular and tissue cultures, bioreactors, biosensors and medicine dosage. The paper also provides the description of some technical solutions concerning plasma reactors with both vacuous and atmospheric pressure.
机译:聚合物是生物医学中最常用的材料。技术发展需要具有特定表面特性的材料。低温等离子体处理由于省时,经济,因此可以与经典的物理或化学处理竞争。它还可以确保对非常薄的材料表面进行修饰,而不会改变其整体性质。本文介绍了等离子体技术,该技术可以修饰用作蛋白质固定,细胞或组织培养物底物的材料以及用于生产人造器官的材料。作者专注于流行的聚合物:聚芳砜砜,聚氨酯和聚丙烯腈及其对各种应用的改性:人造器官,细胞和组织培养,生物反应器,生物传感器和药物用量。本文还提供了有关具有真空和大气压的等离子体反应器的一些技术解决方案的描述。

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