System and method for measuring anus temperature of animal in real time in electromagnetic exposure environment

Abstract

The invention provides a system and method for measuring the anus temperature of an animal in real time in an electromagnetic exposure environment. The system comprises an animal fixing device and a temperature sensor, wherein the animal fixing device is placed in the electromagnetic exposure environment and used for fixing a to-be-measured animal, the to-be-measured animal is in a waking state, the animal fixing device comprises a conical cylinder and a baffle, the conical cylinder is used for fixing the body of the to-be-measured animal, and the tail of the conical cylinder is provided withat least one open slot; the shape of the baffle is matched with the shape of the open slot, and the baffle can be inserted into the proper open slot according to the body shape of the to-be-measured animal and clamps the tail part of the to-be-measured animal; the temperature sensor is placed in the anus of the to-be-measured animal and used for measuring the anus temperature of the to-be-measuredanimal in real time. The system can achieve the real-time measurement of the anus temperature of an animal in a waking state in the electromagnetic exposure environment, and has the advantages of simple and convenient operation, accurate measurement, ability of being not affected by electromagnetic interference, real-time dynamic monitoring and the like.

Description

technical field [0001] The invention relates to the technical field of biological sciences, in particular to a system and method for real-time measuring anal temperature of animals in an electromagnetic exposure environment. Background technique [0002] With the rapid development and application of wireless electronic technology, electromagnetic radiation has been closely related to human life. In recent years, the potential health hazards of electromagnetic radiation have aroused widespread concern and concern. Research on the biological effects of electromagnetic radiation is an effective way to assess the potential health hazards of electromagnetic radiation. Since the 1950s and 1960s, after nearly 70 years of exploration, the research on the biological effects of electromagnetic radiation has made great progress. From the perspective of the mechanism of action between electromagnetic waves and organisms, the biological effects of electromagnetic radiation can be divid...

AI Technical Summary

Problems solved by technology

However, no matter which temperature measurement method is used, there are obvious deficiencies

For example, in the first category, real-time measurement of the body temperature of experimental animals in an electromagnetic exposure environment can be achieved by anesthetizing or killing first, but both anesthesia and killing have a great impact on the temperature regulation of experimental animals. For example, experimental animals after general anesthesia There will be a sustained and substantial drop in body temperature

The second type of temperature measurement method cannot realize real-time monitoring of the body temperature of experimental animals, which is urgently needed in the study of biological effects

Although the infrared temperature measurement method can measure the temperature in real time, it can only measure the body surface temperature, which is quite different from its core temperature, and the body surface temperature is easily disturbed by the external environment

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