Microfluidic technology-based intelligent preparation control method and equipment for biological vaccines
A microfluidic technology and control method technology, which is applied to sanitary equipment, chemical instruments and methods, control/regulation systems for toilets, etc., can solve the problems of cumbersome process, difficult control, poor preparation process and equipment tolerance, etc. Prevent errors, avoid cumbersome operations, and control the effect of preparation
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Embodiment 1
[0051] Reference attached Figure 1-4 The present embodiment provides a method and device for intelligently preparing and controlling biological vaccines based on microfluidic technology. An intelligent microfluidic control preparation system for biological vaccines is adopted, and the preparation system includes a preparation unit and a control unit.
[0052] The preparation unit includes a two-phase infusion pipeline 1 for inputting the liquid phase, a pump that is the same in number as the infusion pipeline 1 and supplies liquid to the infusion pipeline 1 in one-to-one correspondence, and at least two pumps connected in parallel to the two-phase infusion pipeline 1. A microfluidic chip for liquid phase mixing, reaction and incubation, and a product outlet 2 that communicates with the microfluidic chip and is used for outputting products. Specifically, refer to the appendix figure 1 , the pump is arranged at the input end of the corresponding infusion pipeline 1, which can ...
Embodiment 2
[0087] Refer to the attached Figure 5 The difference between this embodiment and the first embodiment is that the infusion pipeline 1 has more than two phases. Assuming that N is an integer greater than or equal to 2, the infusion pipeline 1 has N+1 phases and is divided into N levels. The first level has Two-phase infusion pipeline 1, all the other stages except the first-stage infusion pipeline 1 have one-phase infusion pipeline 1; the microfluidic chip is divided into N stages, and each stage has a set of microfluidic chips , each group has at least two microfluidic chips connected in parallel, the input ends of the first-stage microfluidic chips are respectively connected to the two-phase first-stage infusion pipeline 1 through the corresponding valve 7 in a connected or disconnected manner, the first stage The input end of the n-stage microfluidic chip can be connected or disconnected to the output end of the n-1 stage microfluidic chip and the n-th stage infusion pipeli...
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