Device integrating extraction and amplification as well as detection of nucleic acid
A cavity and pipette technology, applied in the fields of nucleic acid amplification and nucleic acid detection, can solve the problems of complex device structure, fluorescent probes and expensive equipment, etc.
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[0043] When in use, the user opens the sample filling hole cover 17 on the box, uses a sampler to add a certain volume of sample or pretreated sample to the extraction chamber 7 storing the sample lysate, and then covers the sample filling hole cover 17 on the sample filling chamber. On the sample hole 14, and slide the sealing plate 9 onto the sample hole. The box goes into the base unit. After the box is installed, the rotating shaft 3 and the pump push rod 1 of the box will be matched with the corresponding machinery of the machine device. There are heaters for nucleic acid amplification, constant temperature heaters for detection and movable magnets in the base unit.
[0044] Now take the extracted sample as an example to describe the specific amplification and detection steps inside the box:
[0045] 1) Move the pipette 8 directly above the extraction chamber by rotating the shaft 3 and verify this movement with the optical or magnetic sensor of the base unit.
[0046] ...
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