医学论文翻译挣钱文案视频

可以试试看艾德思

我找北京译顶科技，不贵，论文翻译基本上价格都差不多。

在电子，光学，磁性和/或结构特性的这些导电聚合物，它可以合成的化学和电化学聚合，已经得到控制，并通过添加适当的调控功能团体的骨干。聚吡咯（吡咯）和聚噻吩（ PTh ）也许是更彻底的调查，父母的P - polyconjugated化合物由于其出色的性能以及良好的环境稳定。在PTh衍生物，聚（ 3,4 - ethylenedioxythiophene ） （ PEDOT ，计划1人） ，已被发现的最有用的，因为它有趣的属性。 [ 10月16日]具体来说，电导率PEDOT高于PTH和，此外，被认为是最稳定现有的导电聚合物。另一方面，聚（ Nmethylpyrrole ） （ PNMPy ，计划1 ）是一个简单的聚吡咯衍生物与高electroactivity和电化学稳定性。 [ 17 ]然而，比较PNMPy和PEDOT阳极电编写的相同实验条件下显示，电力和电化学性能的材料，后者明显高于前者。应用导电聚合物之间的相互作用在生物学和电子正在成为一个非常重要的领域。 [ 5 ]具体而言，进行互动 聚合物与生物大分子（如氨基酸，蛋白质，酶， DNA ）和活的生物体（ egcells ）很有意思，因为生物医学应用的内在特性可以影响这些材料的分子和细胞bioprocesses 。从实际的角度来看，一体化的生产导电聚合物的生物是有益的发展应用，如植入组织工程[ 19-22 ]或神经再生， [ 23-25 ]机械传动装置（ artificialmuscles ） ， [ 26 ]传感器， [ 27,28 ]等 生物活性的发展平台的基础上导电聚合物，即电基板，为细胞粘附和增殖是一个有效的战略，以利用这些材料的不同医学领域的应用（例如tissueengineering并骨科） 。 [ 22,29-32 ]在这种情况下，在一个非常我们最近的研究报告审查的粘附和增殖的上皮细胞Hep - 2的表面上的PEDOT电影。 [ 22 ] electroactvity的PEDOT ，这是确定的循环伏安（ CV ） ，被发现将显着增加时，它是覆盖由一个细胞单层。在这项工作中，我们提出一份全面研究细胞粘附，增殖和活力的两个纯导电聚合物， （ PEDOT和PNMPy ）和一个多系统所形成的两层PEDOT分隔层PNMPy （ PEDOT / PNMPy / PEDOT ，以下被命名为3l-PEDOT/PNMPy ，在那里3lmeans 3层）使用四种不同类型的细胞。恩 就这些，希望能帮到你。

艾德思可以做这个。

The electronic,optical,magnetic and/or structural properties of these conducting polymers,which can be synthesized by chemical and electrochemical polymerization,have been controlled and modulated by adding suitable functional groups to their backbone. Polypyrrole(PPy) and polythiophene (PTh) are probably the more thoroughly investigated parent p-polyconjugated compounds because of their remarkable properties as well as their excellent environmental stability. Among PTh derivatives, poly(3,4-ethylenedioxythiophene) (PEDOT, Scheme 1), has been found to be the most useful due to its interesting properties.[10–16] Specifically, the electrical conductivity of PEDOT is higher than that of PTh and, in addition, is considered as the most stable conducting polymer currently available. On the other hand, poly(Nmethylpyrrole) (PNMPy, Scheme 1) is a simple Ppy derivative with high electroactivity and electrochemical stability.[17] However, comparison between PNMPy and PEDOT prepared by anodic electropolymerization under identical experimental conditions revealed that the electrical and electrochemical performances of the latter material are significantly higher than those of the former. The application of conducting polymers at the interface between biology and electronics is becoming an area of great importance.[5] Specifically, the interaction of conducting polymers with both biomolecules (. aminoacids, proteins, enzymes, DNA) and living organisms () are interesting for biomedical applications because the intrinsic properties of these materials can influence the molecular and cellular bioprocesses. From a practical point of view, the integration of produced conducting polymer with biosystems has been useful for the development of applications such as implants for tissue engineering[19–22] or nerve regeneration,[23–25] mechanical actuators (artificialmuscles),[26] sensors,[27,28] etc. The development of bioactive platforms based on conducting polymers, . electroactive substrates, for cell adhesion and proliferation is a valid strategy to use these materials for different biomedical applications (. tissueengineering and orthopedics).[22,29–32] Within this context,in a very recent study we examined the adhesion and proliferation of epithelial cells Hep-2 on the surface of PEDOT films.[22] The electroactvity of PEDOT, which was determined by cyclic voltammetry (CV), was found to increase significantly when it is covered by a cellular monolayer. In this work we present a comprehensive study about cellular adhesion, proliferation and viability on two pure conducting polymers, (PEDOT and PNMPy) and a multicomponent system formed by two layers of PEDOT separated by one layer of PNMPy (PEDOT/PNMPy/PEDOT, hereafter denoted 3l-PEDOT/PNMPy, where 3lmeans 3-layered) using four different types of cells.

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翻译公司都靠谱，但也有区别，专业的论文翻译可以达到母语翻译，不专业的可能中国式翻译成分多一点，从而影响论文发布