Data management plasma virus inactivation method and system

Abstract

The invention discloses a data management plasma virus inactivation method and system, and the method comprises: scanning an operator identity label and an original plasma bag label, and uploading data to upper computer operating software; collecting original plasma bag weight data, and uploading the data to the upper computer operating software; performing heat-seal on a guiding pipe between a plasma transfer bag and an adding tray, and uploading heat-seal data to the upper computer operating software; scanning a plasma finished bag label, and uploading label data to the upper computer operating software; collecting weight data of the plasma transfer bag and uploading the weight data to the upper computer operating software; collecting plasma finished bag weight data, and uploading the weight data to the upper computer operating software; and performing heat-seal on a guiding pipe between a plasma finished bag and a filter disk, and uploading heat sealing data to the upper computer operating software. The collected data is sent to a data interface by the upper computer operating software, and the data interface writes the data into a database for storage, the data in the databasecan be queried through data management software, and data traceability and data management can be achieved.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to a method and system for data-based management of plasma virus inactivation. Background technique [0002] In order to ensure the safety of blood use, virus inactivation treatment is required during the preparation of plasma. At present, the plasma virus inactivation method is the methylene blue photochemical inactivation method. The specific operation method is: first hang the original plasma bag on the hook plate of the bracket device, and connect it to the lower plasma transfer bag through the catheter. Methylene blue addition tray. When all the plasma in the original plasma bag flows into the plasma transfer bag, use a heat sealing device to heat seal the catheter between the plasma transfer bag and the methylene blue addition tray. Then the plasma transfer bag is illuminated to make the virus completely lose its ability to penetrate, replicate and infect. After the illumin...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, the support device for adding / filtering methylene blue, the main weighing device and the heat sealing device are separately arranged in three different positions, which not only takes up space and is easy to cause messy placement, but also the operator needs to be in the three places all the time. back and forth between, affecting the overall efficiency

And there is no corresponding data recording system for plasma virus inactivation process, and there are disadvantages such as data cannot be recorded, cannot be checked in time, scattered, messy, and inactivation process information cannot be traced back.

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