A device and method for extracting giant salamander skin mucus

Abstract

The invention discloses an extracting device for giant salamander skin mucus. The extracting device is characterized by comprising a collecting tank (1) and a sealing tank cover (2), wherein corn angles formed by connecting four side walls and the bottom surface of the collecting tank (1) are chamfered, one corner of the sealing tank cover (2) has a diethyl ether injection hole (3), an absorbent ball (4) is fixed at the bottom surface of the collecting tank (1) right below the diethyl ether injection hole (3). The invention further provides an extracting method for extracting giant salamander skin mucus by using the device, wherein the giant salamander is stimulated and narcotized by using diethyl ether. The extracting method is harmless to the giant salamander when being used for collecting mucus, diethyl ether easily volatilizes, stains in the body for a short time, and is little in residue, therefore, the extracting method is safe, effective, and is capable of continuously extracting mucus.

Description

technical field [0001] The invention relates to a device for extracting giant salamander skin mucus, and also relates to a method for extracting giant salamander skin mucus, which belongs to the technical field of biological glue processing. Background technique [0002] The giant salamander, commonly known as the giant salamander, belongs to the family Cryptogillidae of the order Amphibians, and includes 2 genera and 3 species, namely the genus Giant salamander and the genus Cryptogill. Among them, the genus Giant salamander can be divided into the Japanese giant salamander and the Chinese giant salamander. It is the largest and most precious in the world. Amphibians have been included in the endangered species protection list by the United Nations, and they are national second-class protected aquatic wild animals. [0003] Because giant salamander has extremely high nutritional value and medical and health care value, especially modern research shows that giant salamander ...

AI Technical Summary

Problems solved by technology

The electric shock method does not produce mucus at low voltage, and the stimulation reaction is relatively large at high voltage, which affects the recovery of the giant salamander's body; while the mucus obtained by the back scraping method is often polluted by molting, produces less mucus, and sometimes does not produce mucus at all. Injury caused by skin bleeding, and the giant salamander is easily attacked by the operator due to irritation

Therefore, the existing mucus collection methods have problems such as easy pollution, small amount, and damage to giant salamanders.

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