A kind of operation method of mouse body weight, heart rate, body temperature monitoring device

Abstract

The invention relates to an operation method of a laboratory rat weight, heart rhythm and body temperature monitoring device and provides the laboratory rat weight, heart rhythm and body temperature monitoring device. The method comprises the following operation steps that S01, the power source of the laboratory rat experiment monitoring device is switched on, limit screws are rotated, and a limit net is adjusted to the highest position; S02, a hemispherical transparent cover is opened, and a laboratory rat is put on a round base; S03, an injection cylinder is filled with medicine liquid; S04, the laboratory rat is covered with the hemispherical transparent cover, and the limit net is pressed down; S05, the position of a clamping support is adjusted, and a needle-type sprayer is aligned with the position, where injection is about to be conducted, of the tail of the laboratory rat; S06, the position of a clamp of the tail of the laboratory rat on a track is adjusted, and then the tail of the laboratory rat is clamped; S07, an OK key is pressed down, a display screen is observed, and data is recorded at the time interval of T. The method can guide a user to operate the monitoring device, and work efficiency and the reliability of the device monitoring data can be greatly improved.

Description

technical field [0001] The invention relates to the technical field of mouse experiment auxiliary equipment, in particular to an operation method of a mouse weight, heart rate and body temperature monitoring device. Background technique [0002] In the existing medical technology field, it is necessary to carry out drug tests on mice to determine the effect of drugs. The more frequent operation is to observe the mice after injecting drugs intravenously. The traditional injection method is to pick up the mice manually, or grab them with complicated equipment, and then inject them intravenously, and then grab them after the injection. Put them together in another container for observation, which increases the workload by moving them around. In addition, the existing complex equipment for injecting mice (i.e. not manual injection equipment), it is difficult to inject drugs accurately and stably when injecting, that is, some drugs require slow injection when injecting, while E...

AI Technical Summary

Problems solved by technology

The more frequent operation is to observe the mice after injecting drugs intravenously. The traditional injection method is to pick up the mice manually, or grab them with complicated equipment, and then inject them intravenously, and then grab them after the injection. Put them together and place them in another container for observation, which increases the workload by moving them around

In addition, the existing complex equipment for injecting mice (i.e. not manual injection equipment), it is difficult to inject drugs accurately and stably when injecting, that is, some drugs require slow injection when injecting, while The existing equipment cannot be realized, which leads to the death of mice due to the inability to perform slow injection when injecting some relatively violent drugs

In addition, before and after the injection, how to obtain the sign information of the mice has always been a very helpless problem in the mice experiment. The existing method is to weigh the mice with a weighing device, manually put on gloves to hold the mice down, and use the corresponding The advanced instrument collects the heart rate and body temperature of mice. This method of collection not only has data errors, but also troublesome operation.

Images