静电纺丝纳米生物纤维的制备性能分析及其应用
关键词 静电纺丝 PET溶液 纳米金材料 四巯基苯硼酸 过氧化氢酶
毕业设计说明书（论文）外文摘要
Title Preparation of electrospunnano-bio-fiber performance Analysis and Application
Abstract
Many electrostatic spinning technique can be converted to the adhesive material in the electric field of Nan scale materials are small molecules , and concentrated on the electrode , and in the subsequent experiment, the effect on the chelating of the electrode , with a variety of functional groups , binding molecules , various electrochemical experiments performed in the molecule and neon extent . PET solution is a possible role in the parcel chatoyant solution , electrostatic spinning solution is achieved when the applied electric field exists. When using PET was electrostatic ally adsorbed on the electrode surface , nonmaterial’s can chelating electrochemical experiments , the reduction potential of the former is possible . In the electrochemical reduction potential of stable chlorine acid solution can be achieved decomposition, and to the electrode surface enrichment of gold , thus making gold Nan particle materials involved in follow-up experiments . Tetramercaptobenzene acid solution is possible to achieve the adsorption of gold Nan particles ion solution , phenyl bionic acid group and boron on - hydroxyls enzyme , and may have various types of acid-catalyzed reactions and the hydroxyl of the protein were combined , thereby achieving protection of sensitive enzymes , the role of specific biocatalyst preparation of the sensor, the experimental design report, polyphone oxidize, catalane can be achieved with this kind of boron - combined with hydroxyl. Such groups are introduced into the electrostatic spinning fibroin solution can protect sensitive and susceptible to oxidation enzymes containing phenols can also be the normal acidic enzymes ( bioelectric point < 7.0 ) occurs binding proteins directed to achieve a further extraction.
Keywords Electro spinning 、 PET material 、 gold Nan particle Mercaptophenylboronic acid
目 录
1 绪论 1
1.1 引言 1
1.2 静电纺丝技术简介 1
1.3 基于静电纺丝技术的纳米材料简介 2
1.4 纳米金材料简介 3
1.5 静电纺丝溶液的制备 4
1.6 静电纺丝的性能分析与条件探究 5
1.7 基于静电纺丝技术生物传感器的表征与制备 6
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