IDENTIFICATION TEST DEVICE IN A RANDOM ACCESS MICROBIOLOGICAL ANALYZER
    3.
    发明申请
    IDENTIFICATION TEST DEVICE IN A RANDOM ACCESS MICROBIOLOGICAL ANALYZER 审中-公开
    随机访问微生物分析仪中的鉴定测试设备

    公开(公告)号:WO2002086465A1

    公开(公告)日:2002-10-31

    申请号:PCT/US2002/011084

    申请日:2002-04-08

    Abstract: A circular shaped rotor (16) to facilitate automated identification testing of microorganisms in a microbiology analyzer (10) having two circular arrays (120,124) of microwells downwardly projecting from the top of the rotor (16) connected to a recessed central region (114) by a plurality of microchannels (118,122) formed in the upper surface and connecting the recessed central portion to the second plurality of microwells; the rotor is further adapted to be rotated by a source of rotational energy and moved throughout the analyzer using troughs (126) formed near its outer diameter.

    Abstract translation: 一种圆形转子(16),用于在微生物学分析仪(10)中有助于微生物分析仪(10)的自动识别测试,所述微生物学分析仪具有从连接到凹入的中心区域(114)的转子(16)的顶部向下突出的微孔的两个圆形阵列(120,124) 通过形成在上表面中的多个微通道(118,122)并将凹入的中心部分连接到第二多个微孔; 转子还适于通过旋转能量源旋转并且通过在其外径附近形成的槽(126)移动到整个分析器中。

    LIQUID FLOW AND CONTROL I A BIOLOGICAL TEST ARRAY
    4.
    发明申请
    LIQUID FLOW AND CONTROL I A BIOLOGICAL TEST ARRAY 审中-公开
    液体流量和控制我是一个生物测试阵列

    公开(公告)号:WO2002068581A1

    公开(公告)日:2002-09-06

    申请号:PCT/US2002/006112

    申请日:2002-02-28

    Abstract: A microbiological test array (12) with a generally flat base (11) having a plurality of upwardly projecting microwells (44) connected by a microchannel (42) to an open reservoir (50) formed in a top surface (13) generally parallel to the base (11) of the test array (12). The reservoir (50) has an opening to permit an inoculum-broth liquid solution to flow from the reservoir through the microchannel (51), to a sacrificial evaporation well (46) having an air vent port (48) adapted to control a vacuum filling process, and subsequently to be distributed into each of the plurality of microwells (44).

    Abstract translation: 具有大致平坦的基部(11)的微生物测试阵列(12)具有多个向上突出的微孔(44),所述多个向上突出的微孔(44)通过微通道(42)连接到形成在顶表面(13)中的大致平行于 测试阵列(12)的基座(11)。 储存器(50)具有开口以允许接种物液体溶液从储存器流过微通道(51)到具有适于控制真空填充物的排气口(48)的牺牲蒸发井(46) 过程,并随后分配到多个微孔(44)的每一个中。

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