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    • 4. 发明申请
    • Methods and systems for the annotation of biomolecule patterns in chromatography/mass-spectrometry analysis
    • 在色谱/质谱分析中注释生物分子模式的方法和系统
    • US20070095757A1
    • 2007-05-03
    • US10560728
    • 2004-07-06
    • Anders KaplanLennart Bjorkesten
    • Anders KaplanLennart Bjorkesten
    • B01D15/08
    • G01N33/6848G01N30/7233G01N30/8675G01N30/8686G01N2030/045H01J49/0036
    • The method and measurement system according to the invention performs combined Chromatography and Mass Spectrometry analysis and comprises the steps of: performing an C/MS analysis 300; generating at least one first elution profile 305, wherein one dimension is an elution time of the chromatography, and one dimension is mass to charge ratio (m/z), and at least one dimension a signal intensity, and the signal from each biomolecule species is dispersed forming a plurality of signal peaks associated with each biomolecule species in the elution profile; and reassembling 310 the dispersed signal originating from one biomolecule species in the elution profile. The reassembling comprises an automated annotation adapted to reassemble signal variations in the elution profile that originate from the same biomolecule species and generating a biomolecule map. The automated annotating is simultaneously based on both the elution time-dimension and the m/z-dimension.
    • 根据本发明的方法和测量系统进行组合色谱和质谱分析,包括以下步骤:进行C / MS分析300; 产生至少一个第一洗脱曲线305,其中一维是色谱的洗脱时间,一维是质荷比(m / z),至少一维的信号强度和来自每个生物分子物质的信号 分散形成与洗脱曲线中的每个生物分子物质相关联的多个信号峰; 并重新组装310来自洗脱曲线中的一个生物分子物质的分散信号。 重新组装包括适于重新组合来自相同生物分子物质的洗脱分布中的信号变化并产生生物分子图的自动注释。 自动注释同时基于洗脱时间尺寸和m / z维度。
    • 5. 发明授权
    • Method of analysing cell samples, by creating and analysing a resultant image
    • 通过创建和分析所得图像来分析细胞样品的方法
    • US07881517B2
    • 2011-02-01
    • US11611934
    • 2006-12-18
    • Erik SlogeTobias SodermanLennart Bjorkesten
    • Erik SlogeTobias SodermanLennart Bjorkesten
    • G06K9/00
    • G06K9/00127G06T7/0012
    • A method is provided for comparing multiple samples of cell extract containing a plurality of components. The method comprises the steps of preparing at least two samples of cell extract from at least two groups of cells and of exposing each of said sample of said cell extract to a different one of a set of matched markers, e.g. luminescent markers, to bind the marker to the cell extract to label the cell extract, each marker within said set of markers being capable of binding to the cell extract and can be individually detected from all other markers within said set. The samples are then mixed to form a mixture and said mixture is electrophoresed to separate the components within the cell extract. At least two electronic images of the electrophoresed mixture are obtained (I) by detection of the individual markers, each image being represented by detection of a marker different from the others. One resultant electronic image (Ires) of the obtained at least two electronic images is created (II) and analyzed in order to identify spot analysis areas (III). The identified spot analysis areas are applied on the respective at least two electronic images for evaluating said areas in order to detect spots representing components of said cell extracts (IV).
    • 提供了一种用于比较包含多个组分的细胞提取物的多个样品的方法。 该方法包括以下步骤:从至少两组细胞制备细胞提取物的至少两个样品,并将每个所述细胞提取物的所述样品暴露于一组匹配的标记物,例如, 将标记物结合到细胞提取物以标记细胞提取物,所述标记物组内的每个标记物能够结合细胞提取物,并且可以从所述组中的所有其它标记物单独检测。 然后将样品混合以形成混合物,并将所述混合物电泳以分离细胞提取物内的组分。 通过检测各个标记获得电泳混合物的至少两个电子图像(I),每个图像通过检测与其他标记不同的标记来表示。 创建获得的至少两个电子图像的一个结果电子图像(Ires)(II)并进行分析以识别点分析区域(III)。 所识别的斑点分析区域被应用于相应的至少两个电子图像,用于评估所述区域,以便检测表示所述细胞提取物(IV)的组分的斑点。
    • 7. 发明授权
    • Method of analyzing cell samples, by creating and analyzing a resultant image
    • 通过创建和分析所得图像来分析细胞样品的方法
    • US07155050B1
    • 2006-12-26
    • US10129448
    • 2000-10-31
    • Erik SlogeTobias SodermanLennart Bjorkesten
    • Erik SlogeTobias SodermanLennart Bjorkesten
    • G06K9/00
    • G06K9/00127G06T7/0012
    • A method is provided for comparing multiple samples of cell extract containing a plurality of components. The method comprises the steps of preparing at least two samples of cell extract from at least two groups of cells and of exposing each of said sample of said cell extract to a different one of a set of matched markers, e.g. luminescent markers, to bind the marker to the cell extract to label the cell extract, each marker within said set of markers being capable of binding to the cell extract and can be individually detected from all other markers within said set. The samples are then mixed to form a mixture and said mixture is electrophoresed to separate the components within the cell extract. At least two electronic images of the electrophoresed mixture are obtained (I) by detection of the individual markers, each image being represented by detection of a marker different from the others. One resultant electronic image (Ires) of the obtained at least two electronic images is created (II) and analyzed in order to identify spot analysis areas (III). The identified spot analysis areas are applied on the respective at least two electronic images for evaluating said areas in order to detect spots representing components of said cell extracts (IV).
    • 提供了一种用于比较包含多个组分的细胞提取物的多个样品的方法。 该方法包括以下步骤:从至少两组细胞制备细胞提取物的至少两个样品,并将每个所述细胞提取物的所述样品暴露于一组匹配的标记物,例如, 将标记物结合到细胞提取物以标记细胞提取物,所述标记物组内的每个标记物能够结合细胞提取物,并且可以从所述组中的所有其它标记物单独检测。 然后将样品混合以形成混合物,并将所述混合物电泳以分离细胞提取物内的组分。 通过检测各个标记获得电泳混合物的至少两个电子图像(I),每个图像通过检测与其他标记不同的标记来表示。 创建(II)获得的至少两个电子图像的一个结果电子图像(I),并分析以识别点分析区域(III)。 所识别的斑点分析区域被应用于相应的至少两个电子图像,用于评估所述区域,以便检测表示所述细胞提取物(IV)的组分的斑点。