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    • 1. 发明授权
    • Bone marrow kit
    • 骨髓袋
    • US06523698B1
    • 2003-02-25
    • US09597653
    • 2000-06-21
    • T. Michael DenneheyJoseph C. West, Jr.James W. Yang
    • T. Michael DenneheyJoseph C. West, Jr.James W. Yang
    • B01D2700
    • A61B10/025A61B2010/0258A61M1/0056
    • A bone marrow collection kit is provided comprising a collection container for receiving a bone marrow containing fluid having a body that defines an interior and an inlet opening and an outlet opening and including a prefilter that extends from the outlet opening into the interior of the collection container so that fluid must flow through the prefilter to exit the collection container through the outlet opening. A first inline filter member is coupled to the outlet opening of the collection container, the first inline filter member having a flexible plastic body that defines an interior, and an inlet opening and an outlet opening and the interior including a filter so constructed and arranged that fluid that enters the inlet opening must flow through the filter to exit the first inline filter member through the outlet opening. A container for receiving a resultant filtered bone marrow containing fluid having an interior in fluid communication with the outlet opening of the first inline filter member is also provided. Methods for processing the bone marrow and constructing the inline filter are also provided.
    • 提供了一种骨髓收集试剂盒,其包括收集容器,用于接收含有液体的骨髓,所述流体具有限定内部的主体和入口开口以及出口开口,并且包括从出口开口延伸到收集容器内部的预过滤器 使得流体必须流过预过滤器以通过出口开口离开收集容器。 第一在线过滤器构件联接到收集容器的出口,第一在线过滤器构件具有限定内部的柔性塑料体,以及入口开口和出口开口,并且内部包括如此构造和布置的过滤器, 进入入口的流体必须流过过滤器,以通过出口开口离开第一个在线过滤器构件。 还提供了一种用于接收含有与第一在线过滤器构件的出口开口流体连通的内部流体的所得过滤骨髓的容器。 还提供了处理骨髓和构建在线过滤器的方法。
    • 2. 发明授权
    • Inline filter
    • 在线过滤器
    • US06189704B1
    • 2001-02-20
    • US08955409
    • 1997-10-23
    • T. Michael DenneheyJoseph C. West, Jr.James W. Yang
    • T. Michael DenneheyJoseph C. West, Jr.James W. Yang
    • B01D2900
    • A61B10/025A61B2010/0258A61M1/0056
    • A bone marrow collection kit is provided comprising a collection container for receiving a bone marrow containing fluid having a body that defines an interior and an inlet opening and an outlet opening and including a prefilter that extends from the outlet opening into the interior of the collection container so that fluid must flow through the prefilter to exit the collection container through the outlet opening. A first inline filter member is coupled to the outlet opening of the collection container, the first inline filter member having a flexible plastic body that defines an interior, and an inlet opening and an outlet opening and the interior including a filter so constructed and arranged that fluid that enters the inlet opening must flow through the filter to exit the first inline filter member through the outlet opening. A container for receiving a resultant filtered bone marrow containing fluid having an interior in fluid communication with the outlet opening of the first inline filter member is also provided. Methods for processing the bone marrow and constructing the inline filter are also provided.
    • 提供了一种骨髓收集试剂盒,其包括收集容器,用于接收含有液体的骨髓,所述流体具有限定内部的主体和入口开口以及出口开口,并且包括从出口开口延伸到收集容器内部的预过滤器 使得流体必须流过预过滤器以通过出口开口离开收集容器。 第一在线过滤器构件联接到收集容器的出口,第一在线过滤器构件具有限定内部的柔性塑料体,以及入口开口和出口开口,并且内部包括如此构造和布置的过滤器, 进入入口的流体必须流过过滤器,以通过出口开口离开第一个在线过滤器构件。 还提供了一种用于接收含有与第一在线过滤器构件的出口开口流体连通的内部流体的所得过滤骨髓的容器。 还提供了处理骨髓和构建在线过滤器的方法。
    • 3. 发明授权
    • Centrifugal fluid processing system and method
    • 离心流体处理系统及方法
    • US5078671A
    • 1992-01-07
    • US598753
    • 1990-10-12
    • T. Michael DenneheyJoseph C. West, Jr.
    • T. Michael DenneheyJoseph C. West, Jr.
    • B04B5/04
    • B04B5/0442B04B2005/045
    • A centrifugal processing system and method introduces fluid to be processed into a centrifugation chamber, while directing the fluid away from the region of the chamber where the largest centrifugal (or "G") forces exist. The fluid is also conveyed into the force field as a generally uniform stream having reduced turbulence or being essentially free of turbulence. The system and method thereby establish, upon the entry of a high velocity fluid stream into the centrifugal field, non-turbulent and uniform flow conditions conducive to effective separation. The system and method also direct the fluid in a way the maximizes the effective surface area of the centrifugation chamber for separation. Effective separation can thereby be achieved at high inlet flow rates.
    • 离心处理系统和方法将待处理的流体引入离心室,同时使流体远离存在最大离心(或“G”)力的室的区域。 流体也被传送到力场中,作为具有减小的湍流或基本上没有湍流的大致均匀的流。 该系统和方法从而在高速流体流进入离心场时建立有利于有效分离的非湍流和均匀的流动条件。 该系统和方法还以使离心室的有效表面积最大化以分离的方式引导流体。 因此可以在高入口流速下实现有效的分离。
    • 5. 发明授权
    • Plasma collection set
    • 等离子体收集套
    • US4940543A
    • 1990-07-10
    • US277890
    • 1988-11-30
    • Richard I. BrownDavid E. CernyJohn T. FoleyJoseph C. West, Jr.
    • Richard I. BrownDavid E. CernyJohn T. FoleyJoseph C. West, Jr.
    • B04B5/04
    • B04B5/0428B04B5/0442A61M2205/15B04B2005/045
    • An apparatus and method of separating a component from a collected quantity of fluid. The apparatus includes a dual member centrifuge and an associated fluid flow transfer set. The transfer set has a collection container in which a quantity of fluid can be initially accumulated. The collection container is formed as a disk-shaped plastic member with an elongated generally radially extending barrier member formed therein. A component collection container is in fluid flow communication with the disk-shaped container. The method provides for centrifugation of the collection container in the dual member centrifuge thereby separating out the selected fluid component. The component can then be pumped out of the collection container into the component accumulation container. The residual fluid can be sealed in the collection container for later use. The component collection container can be separated and sealed also for later use.
    • 从收集的流体中分离组分的装置和方法。 该装置包括双组分离心机和相关联的流体流动传递装置。 传送组具有收集容器,其中可以初始地累积一定量的流体。 收集容器形成为盘形塑料构件,其中形成有细长的大致径向延伸的阻挡构件。 组件收集容器与盘形容器流体流动连通。 该方法提供了双组分离心机中的收集容器的离心,从而分离出所选择的流体组分。 然后,该部件可以从收集容器中泵送到部件堆积容器中。 剩余流体可以密封在收集容器中以供以后使用。 组件收集容器可以分离和密封以供以后使用。
    • 6. 发明授权
    • Plasma collection set and method
    • 等离子体收集套和方法
    • US4806252A
    • 1989-02-21
    • US8718
    • 1987-01-30
    • Richard I. BrownDavid E. CernyJohn T. FoleyJoseph C. West, Jr.
    • Richard I. BrownDavid E. CernyJohn T. FoleyJoseph C. West, Jr.
    • A61M1/02B01D21/26B04B5/00B04B5/04
    • B04B5/0442B04B5/0428A61M2205/15B04B2005/045
    • An apparatus and method of separating a component from a collected quantity of fluid. The apparatus includes a dual member centrifuge and an associated fluid flow transfer set. The transfer set has a collection container in which a quantity of fluid can be initially accumulated. The collection container is formed as a disk-shaped plastic member with an elongated generally radially extending barrier member formed therein. A component collection container is in fluid flow communication with the disk-shaped container. The method provides for centrifugation of the collection container in the dual member centrifuge thereby separating out the selected fluid component. The component can then be pumped out of the collection container into the component accumulation container. The residual fluid can be sealed in the collection container for later use. The component collection container can be separated and sealed also for later use.
    • 从收集的流体中分离组分的装置和方法。 该装置包括双组分离心机和相关联的流体流动传递装置。 传送组具有收集容器,其中可以初始地累积一定量的流体。 收集容器形成为盘形塑料构件,其中形成有细长的大致径向延伸的阻挡构件。 组件收集容器与盘形容器流体流动连通。 该方法提供了双组分离心机中的收集容器的离心,从而分离出所选择的流体组分。 然后,该部件可以从收集容器中泵送到部件堆积容器中。 剩余流体可以密封在收集容器中以供以后使用。 组件收集容器可以分离和密封以供以后使用。