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    • 74. 发明授权
    • Method and apparatus of sampling suction effusion fluid
    • 吸入液采样方法和装置
    • US5882317A
    • 1999-03-16
    • US934159
    • 1997-09-19
    • Soichi SaitoYuji KajiwaraAtsushi Saito
    • Soichi SaitoYuji KajiwaraAtsushi Saito
    • G01N33/48A61B5/00A61B5/154A61B10/00
    • A61B5/411A61B5/4261A61B5/4881A61B5/14532
    • A method of sampling a suction effusion fluid is provided, which is convenient and highly efficient and which leaves no marks on the skin. First, (a) A suction cell with a cup-shaped hollow body is prepared. The body has an inner space, an aperture connected to the inner space, and a suction port connected to the inner space. The aperture is applied to a skin of a living organism. The inner space of the body is evacuated through the suction port. Next, (b) Bores are formed in a horny layer of the skin of the living organism. The bores has a depth that penetrates the horny layer and do not reach a capillary tube in the skin. Further, (c) The suction cell is held so that the aperture of the cell is opposed to the skin. The cell covers the bores formed in the horny layer and is tightly contacted with the skin. Finally, (d) The inner space of the suction cell is evacuated in such a way that the skin is bulged and the bores are expanded. Thus, the suction effusion fluid is sampled from the skin of the living organism through the suction cell.
    • 提供了一种抽吸渗液的方法,方便高效,在皮肤上没有痕迹。 首先,(a)制备具有杯状中空体的吸引池。 主体具有内部空间,连接到内部空间的孔和连接到内部空间的吸入口。 孔被施加到活体的皮肤。 身体的内部空间通过吸入口排出。 接下来,(b)在生物体的皮肤的角质层中形成孔。 孔具有穿透角质层并且不到达皮肤中的毛细管的深度。 此外,(c)保持吸引电池,使得电池的孔与皮肤相对。 细胞覆盖在角质层中形成的孔并与皮肤紧密接触。 最后,(d)抽吸单元的内部空间以使得皮肤膨胀并且孔膨胀的方式抽真空。 因此,抽吸液体通过吸力池从活体的皮肤取样。