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Bio-functionalization of conductive textile materials with redox enzymes

机译:用氧化还原酶的导电纺织材料的生物官能化

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In recent years, immobilization of oxidoreductase enzymes on electrically conductive materials has played an important role in the development of sustainable bio-technologies. Immobilization process allows the re-use of these bio-catalysts in their final applications. In this study, different methods of immobilizing redox enzymes on conductive textile materials were used to produce bio-functionalized electrodes. These electrodes can be used for bio-processes and bio-sensing in eco-designed applications in domains such as medicine and pollution control. However, the main challenge facing the stability and durability of these electrodes is the maintenance of the enzymatic activity after the immobilization. Hence, preventing the enzyme's denaturation and leaching is a critical factor for the success of the immobilization processes.
机译:近年来,在可持续生物技术的发展中,对导电材料的固定在导电材料上起着重要作用。固定化过程允许在其最终应用中重新使用这些生物催化剂。在该研究中,使用不同方法在导电纺织材料上固定氧化还原酶用于产生生物官能化电极。这些电极可用于生物方法和生态设计中的生物传感在诸如药物和污染控制等结构中的生态设计的应用中。然而,面临这些电极的稳定性和耐久性的主要挑战是维持固定后的酶活性。因此,预防酶的变性和浸出是固定过程成功的关键因素。

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