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    • 4. 发明授权
    • Amplification of midivariant DNA templates
    • 多变量DNA模板的扩增
    • US5407798A
    • 1995-04-18
    • US15249
    • 1993-02-05
    • Richard A. MartinelliJeffrey J. DonahueJohn T. Unger
    • Richard A. MartinelliJeffrey J. DonahueJohn T. Unger
    • C07H21/04C12N15/09C12Q1/68C12P19/34
    • C12Q1/682C12Q1/6867
    • New methods are provided for the amplification of a midivariant DNA containing an inserted target specific nucleic acid sequence(s) to enable detection of the presence of a target nucleic acid sequence in a test sample. One method employs midivariant DNA as a template for the synthesis of RNA catalyzed by QB replicase. Two midivariant DNA/probe conjugates including a nonreplicable portion of midivariant DNA and a target specific nucleic acid sequence (probe) are described. An amplification method including the steps of hybridization and ligation of the midivariant DNA/probe conjugates followed by replication of the DNA template has enabled detection of less than 200 template molecules. In a modified amplification method one of the midivariant DNA/probe conjugates further includes a RNA polymerase promoter sequence to enable transcription of the midivariant DNA template into RNA. The sequential ligation-transcription-replication method enables the detection of a single template molecule. The detectable molecule(s) are indicative of the presence of the target nucleic acid sequences in the test sample.
    • 提供了用于扩增含有插入的靶特异性核酸序列的多变性DNA的新方法,以便能够检测测试样品中靶核酸序列的存在。 一种方法采用半变体DNA作为模板,用于合成由QB复制酶催化的RNA。 描述了包括不可复制部分的变形DNA和靶特异性核酸序列(探针)的两个变异型DNA /探针缀合物。 包括以下步骤的扩增方法,其中杂交和连接半变异DNA /探针缀合物,随后DNA模板的复制使得能够检测到少于200个模板分子。 在修饰的扩增方法中,其中一个变体DNA /探针结合物进一步包括RNA聚合酶启动子序列,以使得能够将该变体DNA模板转录成RNA。 顺序连接 - 转录复制方法能够检测单个模板分子。 可检测分子指示测试样品中靶核酸序列的存在。
    • 8. 发明申请
    • Collapsible Fire Pit and Propane Tank Holder
    • 可折叠火坑和丙烷罐架
    • US20120222668A1
    • 2012-09-06
    • US13039804
    • 2011-03-03
    • John T. Unger
    • John T. Unger
    • F24B1/181F24B1/192
    • F24C3/14F24B1/181
    • A fire pit designed to be stored and shipped in a flat configuration, and assembled without tools in a matter of minutes into a freestanding, durable structure capable of functioning as well or better than a non-collapsible fire pit. The fire pit comprises an essentially flat base with a unique slot and flange structure adapted to receive and support side panels. The side panels include female sides with vertical corner members on their side edges that allow flat male sides to mate securely with the female sides, and with the intersecting edges of the sides both covered and reinforced for a neat appearance and robust structure. A top includes a slot and flange structure that fits over and unifies and hides the upper edges of the sides, completing the assembly.
    • 一个防火坑被设计成以平坦的形式储存和运输,并且在几分钟之内就没有工具组装成独立的,耐用的结构,能够比不可折叠的火坑发挥好的作用。 火坑包括基本上平坦的底座,其具有适于容纳和支撑侧板的独特的槽和凸缘结构。 侧板包括在其侧边缘上具有垂直拐角构件的阴侧面,其允许平坦的阳侧与母体侧面牢固地配合,并且侧面的相交边缘被覆盖和加强,以便整洁的外观和坚固的结构。 顶部包括狭槽和凸缘结构,其适合并且组合和隐藏侧边的上边缘,从而完成组装。
    • 9. 发明申请
    • Conformational Epitope Initiated Signal Amplification
    • 构象表位启动信号放大
    • US20120040337A1
    • 2012-02-16
    • US13263367
    • 2010-04-09
    • John T. UngerRolf Hilfiker
    • John T. UngerRolf Hilfiker
    • G01N21/64C12Q1/70G01N21/75
    • G01N33/557C12Q1/6804C12Q2565/101C12Q2525/205
    • This invention relates to a method to generate a signal used to detect the presence or quantity of a biomarker in a sample. The signal generating reaction is initiated when the biomarker under assay interacts with a specific binding partner. The interaction produces a structural change in the binding partner that is recognized by additional binding partners capable of generating a signal. The reaction produces a localized cluster of signaling molecules that can be detected above background. The signaling cluster is detectable within minutes when interrogated in a chamber of specific dimensions. The presence of the signaling clusters is a qualitative indication of the presence of the analyte, while the number of signaling clusters detected is a direct quantification of the number of biomarker molecules in the sample. The reaction can be formatted to detect proteins, nucleic acids, cells or other informative biomarkers.
    • 本发明涉及生成用于检测样品中生物标志物的存在或数量的信号的方法。 当测定中的生物标志物与特异性结合配偶体相互作用时,起始信号产生反应。 相互作用产生由能够产生信号的另外的结合配偶体识别的结合配偶体的结构变化。 该反应产生可以在背景以上检测到的信号分子的局部簇。 当在特定尺寸的室中询问时,信号簇在几分钟内可被检测。 信号簇的存在是分析物存在的定性指示,而检测到的信号簇的数量是对样品中生物标记分子数量的直接定量。 该反应可被格式化以检测蛋白质,核酸,细胞或其他信息生物标志物。