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    • 5. 发明申请
    • FLOW-THROUGH ELECTROPORATION SYSTEM FOR EX VIVO GENE THERAPY
    • 用于EX VIVO基因治疗的流动电穿孔系统
    • WO9962592A9
    • 2000-03-09
    • PCT/US9912136
    • 1999-06-01
    • GENETRONICS INC
    • HOFMANN GUNTER ARABUSSAY DIETMAR
    • C12N15/09A61K48/00A61N1/32C12M1/00A61N1/30
    • A61N1/327A61N1/306A61N1/325C12M35/02
    • This invention is a method, and apparatus for introducing a preselected molecule into a living cell by contacting the cell with the preselected molecule, and applying a multiple series of electrical pulses to the cell. The method can be utilized ex vivo. The multiple electrical pulses generate rotating electric fields which introduce transient pores in the living cell without killing the cell. The rotating electric fields are provided in a flow through chamber apparatus (100) having more than two electrodes (150). A three step pulse process, e.g., collection, electroporation, electrophoresis, is used to introduce the preselected molecule into the cell. A mechanical means (710) of repositioning cells between successive pulses is also provided. The apparatus can also provide a means (540) to pulse cells at different temperatures, and then after pulsing, let the cells recover for a specified residence time at another temperature.
    • 本发明是一种通过使细胞与预选分子接触并将多个电脉冲施加到细胞而将预选分子引入活细胞的方法和装置。 该方法可以离体使用。 多个电脉冲产生旋转电场,其在活细胞中引入瞬时孔而不杀死细胞。 旋转电场设置在具有多于两个电极(150)的流通室装置(100)中。 使用三步脉冲过程,例如收集,电穿孔,电泳,将预选分子引入细胞。 还提供了在连续脉冲之间重新定位电池的机械装置(710)。 该装置还可以提供在不同温度下脉冲细胞的装置(540),然后在脉冲之后让细胞在另一个温度恢复指定的停留时间。
    • 6. 发明专利
    • DE69927388T2
    • 2006-07-13
    • DE69927388
    • 1999-05-14
    • GENETRONICS INC
    • HOFFMAN ARABUSSAY DIETMARTONNESSEN ARNT
    • A61N1/32C12N15/09A61M37/00A61N1/30C12M1/00C12Q1/68
    • An electrode assembly for an apparatus for trans-surface molecular includes a non-conductive carrier having a proximal surface, a distal surface, and a plurality of through holes from the proximal surface to the distal surface, a plurality of first electrodes disposed on the proximal surface, a first conductor disposed on at least a first portion of the distal surface and extending through at least a first portion of the plurality of through holes and connected to the first electrodes on the proximal surface, a plurality of second electrodes disposed on the proximal surface, and a second conductor disposed on at least a second portion of the distal surface and extending through at least a second portion of the plurality of through holes and connected to the second electrodes on the proximal surface, wherein the first electrodes and the second electrodes are configured and disposed in closely spaced relation on the proximal surface for engaging the tissue surface and applying an electric field.