Detection device for schizothorax fish cell variability

Abstract

The present invention discloses a detection device for schizothorax fish cell variability. The detection device for the schizothorax fish cell variability comprises a box body, a cell culture container is arranged in the box body, a horizontal liquid outlet is formed in a bottom part of a right side of the cell culture container, an outer end of the liquid outlet is connected with a left end of aninner threaded pipe through a sealing bearing, a right end of the inner threaded pipe is connected with a left end of a straight pipe through a sealing bearing, microscopes are arranged at lens endsof high-definition cameras in series, and a plurality of rubber supporting bases distributed at equal intervals are fixedly arranged on a top face of a conveying belt. A plurality of groups of conicaltubes, droppers, glass slides and conveying rollers are adopted, schizothorax fish cells in a schizothorax fish cell culture solution in the same period are sequentially subjected to multiple groupsof observation and detection, the whole detection accuracy is improved by using a multi-group parallel experiment, at the same time, the detection device uses an automatic operation, researchers onlyneed to compare and analyze schizothorax fish cell conditions in the schizothorax fish cell culture solution shot or recorded by the high-definition cameras, workload of the researchers is effectivelyreduced, and the time and the labor are saved.

Description

technical field [0001] The invention belongs to the field of cell detection, in particular to a detection device for the variability of Schizothorax cells. Background technique [0002] Schizothorax is one of the important cold-water fishes in my country. Its tender meat, delicious taste and high nutritional value are favored by consumers. At present, it has become a valuable economic fish in the upper reaches of the Yangtze River in my country; However, in recent years, due to overfishing, construction of power stations, and water pollution, the wild resources of Schizothorax have been severely damaged, and the population has declined sharply. In order to effectively protect the resources of Schizothorax, many researchers Cells are cultivated and studied, among which the detection of the variability of Schizothorax cells is one of the important research contents. In the prior art, the detection of the variability of Schizothorax cells is generally carried out by researchers u...

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Problems solved by technology

[0002] Schizothorax is one of the important cold-water fishes in my country. Its tender meat, delicious taste and high nutritional value are favored by consumers. At present, it has become a valuable economic fish in the upper reaches of the Yangtze River in my country; However, in recent years, due to overfishing, construction of power stations, and water pollution, the wild resources of Schizothorax have been severely damaged, and the population has declined sharply. In order to effectively protect the resources of Schizothorax, many researchers Cells are cultivated and studied, among which the detection of the variability of Schizothorax cells is one of the important research contents. In the prior art, the detection of the variability of Schizothorax cells is generally carried out by researchers using a microscope to continuously test the cultured Schizothorax cells. observation and detection of Schizothorax cells, but the observation and detection process of Schizothorax cell variability is very long, and each experiment requires researchers to take Schizothorax cell culture fluid. The work intensity of researchers is high, time-consuming and laborious

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