首页> 外国专利> MICROFLUIDIC CHIP FOR MOLECULE CRYSTALLISATION, PREPARATION METHOD, DEVICE COMPRISING SAME AND MOLECULE CRYSTALLISATION METHOD

MICROFLUIDIC CHIP FOR MOLECULE CRYSTALLISATION, PREPARATION METHOD, DEVICE COMPRISING SAME AND MOLECULE CRYSTALLISATION METHOD

机译:用于分子结晶的微流芯片,制备方法,包含该分子的装置和分子结晶方法

摘要

The present invention relates to a kind of micro-fluidic chip (1), the micro-fluidic chip (1) includes the cell (11) that at least one is crystallized in dialysis, and the cell (11) includes :-and carrier (1111) pmma- includes at least partly being limited by the carrier (1111) and outer wall first stage of reservoir (111). (1112) cell, the access road and exit passageway fluid communication of the tank (111) and the solution for allowing to implement crystallization process, second stage, including dialysate chamber (113), the dialysate chamber is at least partly defined by the dialysis membrane (112) of the inner wall (1113) for the cell not contacted with bracket (1111) and the interface formed between liquid storage device (111) and dialysate chamber (113), and the inner wall (1113) includes at least part that the periphery of the film (112) keeps the single-piece of sealing. The invention further relates to the method for preparing this chip and the crystallization process realized with this chip.
机译:本发明涉及一种微流控芯片(1),该微流控芯片(1)包括至少一个在透析中结晶的单元(11),并且单元(11)包括:-载体(1111)pmma-包括至少部分地由载体(1111)和储液器(111)的外壁第一级限制。 (1112)单元,罐(111)的进入通道和出口通道的流体连通以及用于实现结晶过程的溶液,第二阶段包括透析液室(113),透析液室至少部分地由透析确定不与托架(1111)接触的细胞的内壁(1113)的膜(112)以及在液体存储装置(111)和透析液室(113)之间形成的界面,并且内壁(1113)至少包括一部分薄膜(112)的外围保持了单片密封。本发明还涉及该芯片的制备方法和用该芯片实现的结晶过程。

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