首页> 外国专利> Device for crystallizing biopolymer, cell of solution for crystallizing biopolymer, method for controlling alignment of biopolymer, method for crystallizing biopolymer and biopolymer crystal

Device for crystallizing biopolymer, cell of solution for crystallizing biopolymer, method for controlling alignment of biopolymer, method for crystallizing biopolymer and biopolymer crystal

机译:用于使生物聚合物结晶的装置,用于使生物聚合物结晶的溶液池,用于控制生物聚合物的取向的方法,用于使生物聚合物结晶的方法和生物聚合物晶体

摘要

The subject is providing a crystallizing device of a biopolymer, which made to form biopolymer crystal efficiently in crystallization solution of a small amount of biopolymers by applying a low voltage and not to make an electrode disturb but observable a state of crystal formation. As an electrode for applying an electric field to a biopolymer solution, a transparent conductor, which does not disturb crystal formation, is used. Between the transparent conductor electrodes 2s, the electric insulating member 4 is placed and the crystallization solution 1 for a small amount of biopolymers is maintained inter-electrode. A biopolymer is efficiently crystallized by applying a low voltage supplied from the voltage generator 5 to the transparent conductor electrode 2. A crystal formation state of a biopolymer is optically observable from the electrode side of a transparent conductor. Orientation control of the biopolymer can be performed by an electric field formed by the above-mentioned voltage application.
机译:本发明人提供一种生物聚合物的结晶装置,其通过施加低电压而在少量生物聚合物的结晶溶液中有效地形成生物聚合物晶体,并且不会使电极产生干扰,而是可观察到晶体形成状态。作为用于向生物聚合物溶液施加电场的电极,使用不干扰晶体形成的透明导体。在透明导体电极 2 s 之间,放置电绝缘部件 4 ,并且将结晶溶液 1 用于绝缘。电极间保持少量生物聚合物。通过将从电压产生器 5 提供的低压施加到透明导体电极 2 ,可以有效地结晶生物聚合物。从透明导体的电极侧可以光学观察生物聚合物的晶体形成状态。生物聚合物的取向控制可以通过由上述电压施加形成的电场来进行。

著录项

  • 公开/公告号US8945303B2

    专利类型

  • 公开/公告日2015-02-03

    原文格式PDF

  • 申请/专利权人 TAKASHI WAKAMATSU;YUKI OHNISHI;

    申请/专利号US201013254726

  • 发明设计人 TAKASHI WAKAMATSU;YUKI OHNISHI;

    申请日2010-02-18

  • 分类号C30B7/08;C30B29/58;C30B7;C30B30/02;

  • 国家 US

  • 入库时间 2022-08-21 15:17:20

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