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    • 1. 发明授权
    • Method for nucleic acid hybridization using back and forth flow between a denaturation channel and a hybridization channel via a connection channel
    • 用于通过连接通道在变性通道和杂交通道之间来回流动的核酸杂交的方法
    • US07344836B2
    • 2008-03-18
    • US10916504
    • 2004-08-12
    • Yung-Chiang ChungYao-Sung ChangMing-Zheng Shiu
    • Yung-Chiang ChungYao-Sung ChangMing-Zheng Shiu
    • C12Q1/68
    • C12Q1/6832C12Q2527/107
    • A method and apparatus designed for nucleic acid hybridization employs a hydrogen bond denaturation area with a higher temperature and a lower temperature nucleic acid hybridization area that is immobilized with nucleic acid probes. Nucleic acid-containing samples are introduced into the hydrogen bond denaturation area for heating curled nucleic acids in samples so that they become linear and are guided into the nucleic acid hybridization area. In this area, the nucleic acid hybridization rate can be multiplied by increasing the kinetic energy by the repeated flow of driven fluid. The nucleic acid hybridization apparatus provided by the invention contains a hydrogen bond denaturation area, a nucleic acid hybridization area, a two-way driving apparatus, and a temperature control element. The temperatures in the hydrogen bond denaturation area and the nucleic acid hybridization area can be maintained through the management of this temperature control element, and the fluid can gain needed kinetic energy through the two-way driving pump.
    • 设计用于核酸杂交的方法和装置使用具有较高温度的氢键变性区域和用核酸探针固定的较低温度的核酸杂交区域。 将含有核酸的样品引入氢键变性区域,以加热样品中的卷曲核酸,使其变成线性的并被引导到核酸杂交区域。 在这个区域,核酸杂交率可以通过重复流动的驱动流体增加动能来倍增。 本发明提供的核酸杂交装置含有氢键变性区域,核酸杂交区域,双向驱动装置和温度控制元件。 通过管理该温度控制元件可以维持氢键变性区域和核酸杂交区域的温度,并且流体可以通过双向驱动泵获得所需的动能。
    • 5. 发明授权
    • Order-changing microfluidic mixer
    • 订单更换微流控搅拌机
    • US06331073B1
    • 2001-12-18
    • US09692461
    • 2000-10-20
    • Yung-Chiang Chung
    • Yung-Chiang Chung
    • B01F1300
    • B01F5/0646B01F13/0059Y10S366/02
    • An order-changing microfluid mixer comprises an extended microfluidic channel and a chamber structure that provides order-changing functions to microfluid when the microfluid passes through the chanter structure. The order-changing chamber has two openings connected to said microfluidic channel and divides said microfluidic channel into two sections. When a microfluid is driven from one section of the microfluidic channel to the other, the microfluid enters into the order-changing chamber and flows along a first side of the order-changing chamber, whereby portions of the microfluid positioned adjacent to the second side of the order-changing chamber remain unmoved. When a microfluid is driven from the other section of the microfluidic channel to the one section, the microfluid flows along the second side of the order-changing chamber, whereby portions of the microfluid positioned adjacent to the second side of the order-changing chamber are driven to the first terminal of the microfluidic channel, and portions of the microfluid positioned adjacent to the first side of the order-changing chamber stays unmoved. By driving the microfluid back and forth in the microfluidic channel, spatial orders of the microfluid may be changed as desired.
    • 顺序改变的微流体混合器包括延伸的微流体通道和室结构,当微流体通过流道结构时,该结构为微流体提供顺序改变功能。 顺序改变室具有连接到所述微流体通道的两个开口,并将所述微流体通道分成两个部分。 当微流体从微流体通道的一个部分驱动到另一个微流体时,微流体进入顺序改变室并沿顺序改变室的第一侧流动,从而将位于邻近第二侧的微流体部分 订单更换室保持不动。 当微流体从微流体通道的另一部分驱动到一个部分时,微流体沿顺序变换室的第二侧流动,从而与定序转换室的第二侧相邻的微流体部分是 被驱动到微流体通道的第一端子,并且位于与顺序改变室的第一侧相邻的微流体的部分保持不移动。 通过在微流体通道中来回驱动微流体,可以根据需要改变微流体的空间顺序。
    • 7. 发明申请
    • Method and apparatus for nucleic acid hybridization
    • 核酸杂交的方法和装置
    • US20050014185A1
    • 2005-01-20
    • US10916504
    • 2004-08-12
    • Yung-Chiang ChungYao-Sung ChangMing-Zheng Shiu
    • Yung-Chiang ChungYao-Sung ChangMing-Zheng Shiu
    • C12Q1/68
    • C12Q1/6832C12Q2527/107
    • A method and apparatus designed for nucleic acid hybridization employs a hydrogen bond denaturation area with a higher temperature and a lower temperature nucleic acid hybridization area that is immobilized with nucleic acid probes. Nucleic acid-containing samples are introduced into the hydrogen bond denaturation area for heating curled nucleic acids in samples so that they become linear and are guided into the nucleic acid hybridization area. In this area, the nucleic acid hybridization rate can be multiplied by increasing the kinetic energy by the repeated flow of driven fluid. The nucleic acid hybridization apparatus provided by the invention contains a hydrogen bond denaturation area, a nucleic acid hybridization area, a two-way driving apparatus, and a temperature control element. The temperatures in the hydrogen bond denaturation area and the nucleic acid hybridization area can be maintained through the management of this temperature control element, and the fluid can gain needed kinetic energy through the two-way driving pump.
    • 设计用于核酸杂交的方法和装置使用具有较高温度的氢键变性区域和用核酸探针固定的较低温度的核酸杂交区域。 将含有核酸的样品引入氢键变性区域,以加热样品中的卷曲核酸,使其变成线性的并被引导到核酸杂交区域。 在这个区域,核酸杂交率可以通过重复流动的驱动流体增加动能来倍增。 本发明提供的核酸杂交装置含有氢键变性区域,核酸杂交区域,双向驱动装置和温度控制元件。 通过管理该温度控制元件可以维持氢键变性区域和核酸杂交区域的温度,并且流体可以通过双向驱动泵获得所需的动能。