Animal mesentery microcirculation observation system

Abstract

The invention discloses an animal mesenteric microcirculation observation system, which includes an experimental device and an observation device; the observation device includes a special microscope, and an observation position adjustment device is arranged on the base of the special microscope, and the observation position adjustment device is for the vertical column of the microscope along the horizontal plane. The structure is fine-tuned in two mutually perpendicular directions; the special microscope is a movable microscope, which realizes the separation of the special microscope and the experimental device. Using the above technical scheme, the animal mesenteric microcirculation observation system has ingenious and reasonable design, convenient operation, stable technology, and good microcirculation observation effect, which better solves the technical problem of simulating the intraperitoneal environment of the mesenteric microcirculation in vitro; The way to fix the observation object will not cause the observation object to be involved, making it more convenient to adjust the observation field of view and position, and the observation effect is better.

Description

technical field [0001] The invention belongs to the technical field of medical scientific research and teaching experiment equipment, and relates to an observation instrument for animal tissues. More specifically, the present invention relates to an animal mesenteric microcirculation observation system, mainly an animal mesenteric microcirculation observation system in vivo. Background technique [0002] The animal mesenteric microcirculation observation system is an important device for microcirculation research and observation, and is widely used in medical research and teaching. The structural design and technical quality of the observation system directly affect the effect and results of microcirculation observation. [0003] In the prior art, the animal mesenteric microcirculation observation system is imperfectly designed and often breaks down, which can no longer adapt to today's experimental teaching and scientific research. [0004] For example, when adjusting and...

AI Technical Summary

Problems solved by technology

This will easily cause the entire mesentery to be involved and affect the fixation of the microcirculation field of view, thereby affecting the results of microcirculation observation

[0005] As another example, most of the microcirculation perfusion devices use the constant temperature thermocouple method at present, and the device has the disadvantages of being prone to failure and damage and uneven heating; the moisturizing and perfusion methods are mostly manually dripped, and these methods are often cumbersome to operate. Unstable technology, complex devices, affecting the observation environment, inaccurate positioning of the perfusate, and inability to directly perfuse the mesentery, etc.

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