Device monitoring suspension of stimulated animal weightlessness tails in real time

Abstract

The invention provides a device monitoring suspension of stimulated animal weightlessness tails in real time. The device comprises at least one box body unit, the box body unit comprises at least one tail suspending cage, a camera shooting device and a computer system, wherein the tail suspending cage is arranged in the box body unit and used for providing space for a suspension test on the animal tails; the camera shooting device is arranged above the box body unit and used for acquiring image information of the suspension test on the animal tails in the box body unit, a suspending device is arranged above each tail suspending cage and used for being connected with the animal tails, each tail suspending cage is provided with a falling-off detecting device which is used for detecting whether the animal tails fall off in the suspension test on the animal tails, and the falling-off detecting device gives out an alarming signal when the animal tails are detected to fall off; the computer system is used for receiving the image information transmitted by the camera shooting device and the alarming signal transmitted by the falling-off detecting device and transmitting the alarming signal to an appointed tester. The device can accurately acquire the state of autonomic action of the suspended animal tails and automatically give an alarm when the animal tails fall off.

Description

technical field [0001] The invention belongs to animal experiment equipment, in particular to a device for real-time monitoring of animal simulated weightlessness tail suspension. Background technique [0002] Space medicine research requires a suitable animal model. The classic simulated weightlessness rat model is the "tail suspension rat model" proposed by NASA scientist Morey-Holton. The real-time monitoring, analysis and processing of animal tail-suspended autonomous activities refers to the real-time monitoring, recording and analysis of the animal's autonomous activities when the tail is suspended (the front legs are on the ground, the rear legs are off the ground, and the animal's body is at a certain angle to the horizontal plane). [0003] However, at present, the following problems exist in animal tail suspension in simulated weightlessness: first, the autonomous activities of animals in the state of animal tail suspension cannot be fully obtained; second, animal ...

AI Technical Summary

Problems solved by technology

[0003] However, there are currently the following problems in animal tail suspension in simulated weightlessness: first, it is not possible to fully obtain the autonomous activities of animals in the state of animal tail suspension; , will cause the sample to lose its authenticity and reliability

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