Animal blood sugar monitoring appliance and real-time monitoring device for light control of animal blood sugar

Abstract

The invention discloses an animal blood sugar monitoring appliance and a real-time monitoring device for light control of animal blood sugar. The animal blood sugar monitoring appliance comprises a cylindrical casing, a top cover and long grooves circumferentially formed in the lower port wall of the cylindrical casing, wherein through holes are formed in the top cover. The animal blood sugar monitoring appliance designed on the structural basis can reduce animal stress increasing by spatial constraint. The invention further provides the real-time monitoring device for light control of animal blood sugar. The real-time monitoring device comprises the animal blood sugar monitoring appliance, an optical fiber jumper connected with an animal covered with the animal blood sugar monitoring appliance, a laser emitter connected with one end of the optical fiber jumper, an optical pulse generator connected with the laser emitter and a blood sugar detection device for acquiring and detecting animal blood, and the other end of the optical fiber jumper is connected with an optical fiber stub arranged in the animal. On the basis, the real-time monitoring device for light control of animal blood sugar can monitor blood sugar while controlling brain activity through light conveniently and rapidly.

Description

technical field [0001] The invention relates to the technical field of life sciences, in particular to an animal blood sugar monitoring device and a light-regulated animal blood sugar real-time monitoring device. Background technique [0002] Glucose is the most direct source of energy for animals to survive. The concentration of glucose in the blood reflects the supply of nutrients. Excessively high or low blood sugar concentrations will affect animal behavior, physiology and even life-threatening. For many years, scientists have been exploring the mechanism of blood sugar metabolism. [0003] The regulation of blood sugar mainly involves the mutual regulation of insulin secreted by pancreatic islets and the ventromedial nucleus of the hypothalamus in the brain, but the mechanism of blood sugar regulation in the brain is not clear. The inability to regulate the activity of neurons in real time and the inability to monitor blood sugar in real time is an important node that ...

AI Technical Summary

Problems solved by technology

But the mouse holder under the prior art mainly has the following disadvantages: one, it is made of metal or plastic, and the mouse is tightly bound in the conical cylinder, and the mouse cannot move. There is stress, so that the whole body of the mouse is in a tense state, and the measured physiological indicators are all in a stress state, which is not a physiological state; 2. The metal cylinder or plastic cylinder has a small opening and can only accommodate one mouse. The size of the mouse, and it takes a long time to put the mouse in the holder, which can only be used to study the long-term blood sugar changes, but cannot study the instantaneous blood sugar changes, and the mouse is placed in the holder to grab violently. It also has a stress effect on mice; 3. In order to ensure that the mouse is fixed and the mouse is not allowed to escape, the mouse holder of the metal cylinder or plastic cylinder uses a mesh as a barrier on the head, and the external control equipment cannot intervene. Research on genetic regulation of blood glucose metabolism cannot be carried out

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