Novel rat dissecting table with buckle fixing devices

Abstract

The invention discloses a novel rat dissecting table with buckle fixing devices, and belongs to the field of medical experimental tools. The novel rat dissecting table with the buckle fixing devices comprises a plate, five locking piers are fixed on the plate, corresponding buckles are inserted into the locking piers, each locking pier comprises inserting holes, locking holes and mounting holes, and the inserting holes and the locking holes are communicated and are vertical to each other; the buckle is elastic and U-shaped, and outward inserting stabs are arranged at the two ends of each buckle; and the two ends of each buckle are inserted into the inserting holes, and the inserting stabs lock the locking holes and then lock the head and four limbs of a rat. According to the novel rat dissecting table with the buckle fixing devices, the five buckles are inserted into the locking piers on the plate so as to lock the head and the four limbs of the rat; the rat is quickly fixed in a buckling manner, so that complex operations such as tying and untying ropes are avoided, the disadvantage that rubber bands are too loose or too tight is avoided; once the rat is locked, the rat cannot get off or bite off the buckles, so that experiment operations save time and labors; the binding is firm; and components such as the buckles, the locking piers and the like can be made of stainless steel so as to be durable.

Description

technical field [0001] The invention relates to the field of medical experiment tools, in particular to a novel rat dissection table with a buckle fixing device. Background technique [0002] At present, the dissecting tables for rats and mice used in medical and pharmaceutical laboratories are in the form of rope binding and rubber band binding. In the form of rope binding, it takes time to bind. After the operation is completed, it takes time to untie the rope, which takes unnecessary time. However, in the experimental operation of rats and mice, it is necessary to perform surgery and related procedures as soon as possible after anesthesia. operation; although the binding speed of the rubber band is fast, the rubber band will break due to uneven binding force or aging of the rubber band during binding, resulting in accidental injury and delay of time. It is time-consuming and labor-intensive when performing a large number of mouse operations. At the same time, many exper...

AI Technical Summary

Problems solved by technology

In the form of rope binding, it takes time to bind. After the operation is completed, it takes time to untie the rope, which takes unnecessary time. However, in the experimental operation of rats and mice, it is necessary to perform surgery and related procedures as soon as possible after anesthesia. Operation; although the binding speed of the rubber band is fast, the rubber band may break due to uneven binding force or aging of the rubber band during binding, resulting in accidental injury and delay of time

It is time-consuming and labor-intensive when performing a large number of mouse operations

At the same time, many experimenters directly insert the limbs of mice into the foam board in the form of thumbtacks or pins. Although this method of operation saves a lot of time and simplifies the experimental preparation steps, it adds unnecessary damage to the experimental mice.

Nowadays, with the development of biotechnology and the need of medical research to solve human and human diseases, there are more and more experimental studies on mice and mice, and the requirements for experimental anatomy are also higher. However, the anatomical test benches on the market today are cumbersome to operate, time-consuming and laborious. Therefore, the design of the common dissection table for rats and mice simplifies the preparation of experiments, which is conducive to improving the specifications of technical operations, obtaining scientific and effective experimental data, and improving the efficiency of experimental operations.

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