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    • 8. 发明授权
    • Discrete matrix plate positioner
    • 离散矩阵板定位器
    • US5952240A
    • 1999-09-14
    • US926389
    • 1997-09-09
    • Ilya FeyginRhett L. AffleckLeslie A. Walling
    • Ilya FeyginRhett L. AffleckLeslie A. Walling
    • G01N35/02G01N35/04G01N35/00
    • G01N35/028B01L2300/0893G01N2035/042G01N2035/0491Y10T436/11Y10T436/113332Y10T436/114998Y10T436/2575
    • A positive displacement positioner employs rigid stops and actuators to position a work piece, such as a microtiter plate, in any one of at least three positions. Positioner platforms, each of which is capable of moving a work piece between at least two distinct positions, are nested in order to multiply the number of positions available. For example, a two-position rigid stop positioner platform nested in a four-position rigid stop positioner platform, or a four-position rigid stop positioner platform nested in a two-position rigid stop positioner platform would permit the movement of a work piece to any one of eight distinct positions. A four-position platform nested inside a four-position platform yields sixteen positions, and so on. Each positioner platform preferably has a symmetrical polygonal outline and nested platforms provide displacement along each of the polygon's axes of symmetry. Consequently, a positioner will preferably provide displacement to any one of a number of positions.
    • 正位移定位器使用刚性止动件和致动器来将诸如微量滴定板的工件定位在至少三个位置中的任一个中。 定位器平台(每个平台能够在至少两个不同的位置之间移动工件)被嵌套,以便乘以可用位置的数量。 例如,嵌套在四位刚性停止定位器平台中的两位刚性停止定位器平台或嵌在两位置刚性停止定位器平台中的四位刚性停止定位器平台将允许工件移动到 八个不同位置中的任何一个。 嵌在四位平台中的四位平台产生十六个位置,依此类推。 每个定位器平台优选地具有对称的多边形轮廓,并且嵌套平台沿着多边形的对称轴线提供位移。 因此,定位器将优选地向多个位置中的任何一个提供位移。
    • 9. 发明授权
    • Apparatus and method for using intestinal segments or their substitutes in high-throughput analysis of compound absorption
    • 在化合物吸收的高通量分析中使用肠段或其替代物的装置和方法
    • US07179637B2
    • 2007-02-20
    • US10225057
    • 2002-08-21
    • Ilya FeyginRafail Kushak
    • Ilya FeyginRafail Kushak
    • C12M3/00
    • B01J19/0046B01J2219/00286B01J2219/00423B01J2219/00585B01J2219/00599B01J2219/00756Y10S623/915Y10S623/917
    • An apparatus for high-throughput analysis of compound absorption in a controlled environment that closely resembles in-vivo conditions. The apparatus includes at least one tissue-receiving enclosure that is capable of interfacing (e.g., via transfer of fluids, electronically, etc.) with a variety of preparative devices and analytical instrumentation. In some variations, the tissue-receiving enclosure is formed from two housings, which, when engaged, have a capsular shape. The enclosure receives a tissue sample in the form of an un-everted or everted intestinal segment or tubular artificial membrane. The tissue sample is coupled to a generally cylindrical tissue support. The tissue support and the enclosure are axially aligned, and openings at the ends of the enclosure align with openings at the ends of the tissue support. Two feed fittings, one for each end of the enclosure, forcefully mate with the aligned openings in the housing and the tissue support. The feed fitting seals against the ends of the tissue support, forming “outer” and “inner” chambers within the enclosure, with the intestinal tissue being the interface between the chambers. It is across this interface that absorption occurs.
    • 用于在与体内条件非常相似的受控环境中高通量分析化合物吸收的装置。 该装置包括至少一个能够与各种制备装置和分析仪器进行接口(例如通过流体,电子传递等)接触的组织接收外壳。 在一些变型中,组织接收外壳由两个外壳形成,当外壳接合时,其具有荚膜形状。 外壳接收非直肠或直肠肠段或管状人造膜形式的组织样本。 组织样本联接到大致圆柱形的组织支撑。 组织支撑件和外壳被轴向对齐,并且外壳端部处的开口与组织支撑件端部处的开口对齐。 两个进给配件,一个用于外壳的每一端,与壳体和组织支撑件中对齐的开口强制配合。 进料配件密封组织支撑件的端部,在外壳内形成“外”和“内”腔,肠组织是腔室之间的界面。 在这个界面上,吸收发生。