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    • 13. 发明申请
    • DEVICE FOR INJECTION OF MEDICAL PREPARATIONS WITH CT/MRI MONITORING
    • 设备技术医疗机构制剂的下CT / MRI控喷射
    • WO0200276A8
    • 2004-02-26
    • PCT/EP0106996
    • 2001-06-21
    • KARLSRUHE FORSCHZENTGUMB LOTHARHANNULA HENRIKOEHN SWENMELZER ANDREASSCHAEF ARIBERTPROKOTT GEORG
    • GUMB LOTHARHANNULA HENRIKOEHN SWENMELZER ANDREASSCHAEF ARIBERTPROKOTT GEORG
    • G01R33/28A61B5/055A61B6/03A61B17/34A61B90/00A61M5/145A61M5/32A61B19/00
    • A61M5/3287A61B17/3403A61B90/11A61B2017/00911A61B2090/374
    • The invention relates to a device for the injection of medical preparations into the body of a patient, comprising an injection needle (1), mounted in an injection needle feed device for inserting the injection needle, a separate dosing device (6) for retaining and delivering the medical preparation, a tube (4) with non-return valve (3), for the transport of the medical preparation from the dosing device (6) into the injection needle and a pressure sensor for monitoring the infusion between the dosing device (6) and injection needle (1). The aim of the invention is to modify said device such that it may be used as a complete unit by introduction into the tomograph machine with imaging support. Said aim is achieved, whereby the injection needle feed device, for the injection needle (1), comprises a needle guide, a needle holder (13) and a linear drive (14) for the displacement of the needle holder parallel to the injection needle (1), with or without the injection needle (1) and the dosing device (6) may be inserted in the tomograph as a result of the geometrical dimensions thereof.
    • 一种用于在病人身体的医药制剂的注射装置,包括注射针(1),容纳在注射针进给装置的注射针的插入,一个单独的计量装置(6),用于提供和医药制剂的进步,软管(4)与止回阀 (3)医疗产品在注射针的传输从计量装置(6),和用于计量装置(6)和所述注射针(1)之间的输注监测的压力传感器(2)。 本发明的目的来修改该装置,使得可以插入和支承在一个扫描器在此此用作整个单位图像。 该目的是这样实现在用于从针导向件的注射针(1)的注射针进给装置,一个销式夹持器(13)和用于并行到注射针(1)指向的针夹持器(13)的位移的线性驱动器(14)具有或不具有注射针 (1)和计量装置(6),因为它与被插入到扫描仪的几何尺寸。
    • 16. 发明申请
    • METHOD FOR APPLYING A BIOACTIVE, TISSUE-COMPATIBLE LAYER ONTO SHAPED ARTICLES AND THE USE OF SUCH SHAPED ARTICLES
    • 方法用于将具有生物活性的组织相容层上形成包含机构同这类成型的使用
    • WO2007147462A3
    • 2009-02-05
    • PCT/EP2007004295
    • 2007-05-15
    • KARLSRUHE FORSCHZENTSCHULTHEISS CHRISTOPH
    • SCHULTHEISS CHRISTOPH
    • A61L27/30
    • A61L27/306
    • A method for providing a target composed of a bioactive tissue-compatible glass mixture, and the surface of the shaped articles which is presented to the environment, with a layer of the target material. The method permits application to temperature-sensitive shaped articles which had not previously been suitable for such a procedure. The coated surface of implanted shaped articles/casings has the potential to connect and to grow together with living soft tissue. Shaped articles/casings coated in this way and implanted subcutaneously/ transcutaneously are therefore suitable for diagnosis and therapy when the intended substance has previously been introduced into them. However, it is also possible to incorporate an electronic device with which it is thus possible to locate and identify the carrier.
    • 中描述了一种方法,以提供由组织相容的生物活性玻璃组合物和颁发给模体的周边表面与靶材料的一个层中的证书的一个目标。 该方法允许应用程序对温度敏感的模制品迄今逃脱这样的过程。 注入模制体/壳体的涂覆表面具有与活的软组织或生长粘结的潜力。 因此,如此涂布的,和皮下/皮植入的模制体/壳体的诊断和治疗,如果预期物质之前引入它。 它也可以被安装的电子设备,但是,可以与穿用者的如此定位和识别。
    • 17. 发明申请
    • METHOD FOR DETECTING ELECTRICALLY CONDUCTIVE MACROMOLECULES
    • 检测方法的导电高分子的
    • WO2008022718A8
    • 2008-09-25
    • PCT/EP2007007079
    • 2007-08-10
    • KARLSRUHE FORSCHZENTMUEHLBERGER HOLGERHOFFMANN WERNER
    • MUEHLBERGER HOLGERHOFFMANN WERNER
    • G01N27/447
    • G01N27/4473B82Y25/00G01N27/44791
    • The invention relates to a method for detecting individual or a few electrically conductive macromolecules, preferably nucleic acids or proteins, which are present in an ion-conducting fluid such that they move freely. It is an object of the invention to provide a method for detecting the macromolecules, without the need to provide the macromelecules in advance with a magnetic marker or label. This method is also intended to enable the manipulation of the macromolecules, particularly for transporting them for analysis, for separating them or for enriching them. This object is achieved by the following method. First, an ion-conducting fluid, in which the macromolecule (4) which is free from magnetic markers is located, is added to a volume (1). Subsequently, an electric field is applied over the volume, which produces a first magnetic field around the at least one electroconductive macromolecule. Finally, a magnetic field sensor (5) is used to ascertain the magnetic field or its temporal change, by means of which the macromolecule can be detected.
    • 本发明涉及一种用于检测单个或几个导电大分子,优选蛋白质或核酸,其在离子传导流体的可自由移动的方法。 本发明的目的是提供一种用于检测的大分子的方法,而不使大分子必须有磁性标记或标签预先提供。 另外,该方法的目的是使大分子的操作,特别是为了运输这个分析以分离或富集。 该目的是通过以下的方法来实现的。 第一,离子导电流体,其中所述大分子(4),这是从位于磁标记,导入量(4)游离。 随后,在整个体积的电场被施加,其中产生围绕所述大分子是第一磁场。 最后,磁场或其随时间的变化是由磁场传感器(5)确定,从而能够证明大分子。