Fast shock handling device for small animals through inert gas

Abstract

The invention provides a fast shock handling device for small animals through an inert gas. The fast shock handling device comprises an integrally sealed handling cabin for forming a sealed oxygen-deficient environment through opening and automatic closing of a cabin top sliding door; a program configuration operation panel, a program control circuit and a data display window are used for configuring operation programs and are matched with an inert gas sensor, an oxygen concentration sensor and a pressure sensor to finish device control and data display together; an inert gas source is controlled by an electric control flow valve and an electric control inlet valve to release excess gases in the entering process of the inert gas; and a negative pressure air valve is matched with a negative sucking pump and is communicated with a handling cabin to replenish fresh air into the handling cabin in time. With the adoption of the fast shock handling device. fast handlings can be safely and conveniently carried out on shock and euthanasia without scare, injury and pain in scientific researches, the rights of the animals can be and maximally defended, and the technical problem in the aspects of animal welfare is solved through more humanistic and scientific devices and methods; and the fast shock handling device is widely applied in scientific researches.

Description

technical field [0001] The invention provides an inert gas rapid shock treatment device for small animals. Background technique [0002] With the development of scientific research, small animal experiments are required for research in various disciplines. During the experiment, blood, internal organs, bones, skin and some organs need to be collected for further testing and research, and sometimes surgical treatment is required. In the past, small animals were killed by anesthesia or mechanical death, and some were even directly disembowelled in an awake state. On the one hand, anesthesia is time-consuming and laborious, requiring high equipment costs, difficult operations, and time-consuming procedures. The collected blood, viscera, bones, skin, and some organs are not fresh, which affects the later detection and research. On the other hand, when the animals are treated directly without anesthesia, they suffer great pain, have trauma bleeding, struggle and do not cooperate,...

AI Technical Summary

Problems solved by technology

[0002] With the development of scientific research, small animal experiments are required for research in various disciplines. During the experiment, blood, internal organs, bones, skin and some organs need to be collected for further testing and research, and sometimes surgical treatment is required. In the past, small animals were killed by anesthesia or mechanical death, and some were even directly disembowelled in an awake state. On the one hand, anesthesia is time-consuming and laborious, requiring high equipment costs, difficult operations, and time-consuming procedures. The collected blood, viscera, bones, skin, and some organs are not fresh, which affects the later detection and research. On the other hand, when the animals are treated directly without anesthesia, they suffer great pain, have trauma bleeding, struggle and do not cooperate, and even bite the operator, which also affects the later detection. Research, especially today's increasing emphasis on animal rights, welfare and protection, international and domestic laws and regulations have required more care for working animals used in experiments, and humane methods must be used during experiments without scaring and pain (or as little pain as possible) For experiments, blood collection, surgery, and organ extraction cannot be performed in a conscious state of animals. After the experiment is completed, the experimental animals should be euthanized. Therefore, it is an urgent need to develop a disposal device that can quickly shock experimental animals.

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