Using method of fish aerobic exercise experiment device

Abstract

The invention discloses a use method of a fish aerobic exercise experimental device, which is implemented by adopting the fish aerobic exercise experimental device and comprises the following steps: firstly, adding a culture solution and adjusting parameters of the culture solution; then the filtering circulation is disconnected, and the first isolation plate is pulled away to communicate the culture area with the experiment area; inserting a water leakage plug at the port of the sports lane, turning on a power assembly switch, adjusting the flow rate of water in the sports lane, and starting an aerobic sports experiment; when the aerobic exercise experiment is finished, the water leakage plug is pulled out, and the first isolation plate is pulled away, so that the culture area is communicated with the experiment area; and finally putting down the first isolation plate, turning off a power assembly switch and turning on a power supply of the filtering circulation assembly. According to the method, the complexity of transferring from a culture device to an experimental device is avoided, experimenters do not need to use objects to drive the fishes to do aerobic exercise, and the fishes are prevented from being in a stress state for a long time in an aerobic exercise experiment.

Description

technical field [0001] The invention relates to the field of small fish movement research, in particular to a method for using a fish aerobic exercise experimental device. Background technique [0002] Fish is a model organism, and some basic experimental results on fish can also be applied to humans in most cases. Fish can be used to study the basic issues of life sciences, reveal the molecular mechanism of embryo and tissue organ development; it can construct various human disease and tumor models, and establish a research platform for drug screening and treatment; it can establish models of toxicology and aquatic breeding , to study and solve major problems in environmental science and agricultural science. [0003] In existing fish movement experiments, the experimenter needs to touch the fish with an object to drive it to a specific location. However, long-term use of objects to repel the fish will cause the fish to be in a state of stress for a long time, affecting t...

AI Technical Summary

Problems solved by technology

However, the device in this patent is complex to manufacture, and the zebrafish needs to adapt to the water quality in advance in the storage tank before the experiment is carried out. When the experiment is carried out, it is transferred through the lifting mechanism, etc., which will still cause the zebrafish to produce a stress response and affect the experimental effect.

At the same time, the size of the water flow in the device cannot be precisely controlled, and the movement mode of the zebrafish cannot be effectively determined.

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