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The Magical Combination of Polymer Science and Fluorometry

机译:高分子科学与荧光法的神奇结合

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摘要

I am very pleased to announce the publication of “Fluorescent Polymers for Sensing and Imaging”. This Special Issue includes a review, thirteen articles, and one communication, which represent the contributions of seventy researchers in nine countries. When I received an invitation to serve as a guest editor from the editorial office of Polymers, I immediately recalled the first time I read the striking results published in 2000 by Swager et al., who reported a dramatic increase in pH sensitivity due to the amplifying effects of polymers [ ]. Before obtaining my PhD in 2002, my research was focused on developing novel fluorescent sensing systems using only small organic molecules. The Swager paper provided fresh insight into polymeric architecture, which often afforded extremely high sensitivity that could not be achieved with small molecules. At the same time, a fluorescent polymeric thermometer with sub-degree temperature resolution was developed in my laboratory [ ], which, amazingly, enabled intracellular thermometry [ ]. Of course, the robustness and multiple functionality of a polymer motif are different advantages.
机译:我非常高兴地宣布发布“用于传感和成像的荧光聚合物”。本期特刊包括评论,十三篇文章和一封来文,代表了九个国家的70名研究人员的贡献。当我收到Polymers编辑部的邀请担任客座编辑的邀请时,我立即回想起我第一次阅读Swager等人在2000年发表的惊人结果,该报告指出,由于放大作用,pH敏感性显着提高。聚合物的作用[]。在2002年获得博士学位之前,我的研究重点是仅使用有机小分子开发新型荧光传感系统。 Swager论文对聚合物结构提供了新的见解,该结构通常具有极高的灵敏度,而小分子则无法实现。同时,在我的实验室中开发了具有亚度温度分辨率的荧光聚合物温度计[],令人惊讶的是,它可以进行细胞内测温[]。当然,聚合物基序的坚固性和多种功能是不同的优点。

著录项

  • 期刊名称 Polymers
  • 作者

    Seiichi Uchiyama;

  • 作者单位
  • 年(卷),期 2020(12),4
  • 年度 2020
  • 页码 -1
  • 总页数 4
  • 原文格式 PDF
  • 正文语种
  • 中图分类 分子生物学;
  • 关键词

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