A kind of lentivirus kit for medical operation

Abstract

The invention relates to a slow virus kit for accurate medical work. The slow virus kit for accurate medical work comprises a bearing box body, a seal box cover, a bearing liner, a locating table, reagent storing mechanisms, an inert gas storage bottle, a thermoregulator, an irradiation inactivation device, an in-position sensor and a control system, wherein the seal box cover is hinged with the upper end surface of the bearing box body through a ratchet mechanism; the bearing liner is embedded in the bearing box body; the locating table is embedded in the bearing liner; the positioning table comprises an elastic substrate and a hard sheath pipe; the reagent storing mechanisms are respectively embedded in the locating holes through the hard sheath pipe; the thermoregulator comprises a semiconductor refrigerating unit and an electric heating wire; the irradiation inactivation device and inert gas storage bottle are installed on the internal surface of the upper end surface of the seal box cover; and the control system is embedded in the side surface of the bearing box body. The slow virus kit for accurate medical work has favorable bearing capacity and safety protection capacity for liquid, solid and gas reagents, and can perform effective harmless treatment in time in case of reagent leakage and other polluting conditions in the storage process.

Description

technical field [0001] The invention relates to a reagent sampling and storage device, in particular to a lentivirus kit for medical operations. Background technique [0002] At present, in clinical medical activities and biomedical scientific research experiments, it is often necessary to sample a variety of biologically and chemically toxic samples. At the same time, it is also necessary to store and transfer the toxic sample reagents obtained by sampling. Currently, in order to To improve the safety of the storage and transfer of such toxic reagents, it is often the first to store the reagents directly in a closed container, and then place the container directly in a closed storage box with a constant low temperature environment, etc., and then store or transfer. Although this method can meet the needs of actual use to a certain extent and avoid the pollution and harm to the surrounding environment caused by the leakage of toxic reagents, it is found in the operation of t...

AI Technical Summary

Problems solved by technology

[0002] At present, in clinical medical activities and biomedical scientific research experiments, it is often necessary to sample a variety of biologically and chemically toxic samples. At the same time, it is also necessary to store and transfer the toxic sample reagents obtained by sampling. Currently, in order to To improve the safety of the storage and transfer of such toxic reagents, it is often the first to store the reagents directly in a closed container, and then place the container directly in a closed storage box with a constant low temperature environment, etc., and then store or transfer. Although this method can meet the needs of actual use to a certain extent and avoid the pollution and harm to the surrounding environment caused by the leakage of toxic reagents, it is found in the operation of the reagents that the current storage boxes with a constant low temperature environment often function It is relatively single, and cannot meet the needs of different reagents for specific storage environments while protecting the safety of the reagents according to the characteristics of the reagents. Therefore, the flexibility and reliability of use are greatly limited. At the same time, although the current storage boxes are to a certain extent It can effectively store and protect the reagent samples, but there is no effective countermeasure for the leakage of toxic reagents caused by equipment failure and other reasons during the storage and transfer of reagents, and the toxic reagents can only be harmless through external equipment Therefore, there is a great potential safety hazard in the use of the current storage box, especially when removing reagents from the storage box, if the environment inside the storage box cannot be treated in a timely and effective manner, it will be harmful to the health of the operator. The threat is particularly serious, so in response to this phenomenon, it is urgent to develop an inventive toxic reagent storage device to meet the needs of practical use

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