Mouse kidney in vivo microscopic imaging and tracing matching system

Abstract

The invention discloses a mouse kidney in vivo microscopic imaging and tracing matching system. The mouse kidney in vivo microscopic imaging and tracing matching system includes a chassis, a column, asupport, a gripper and an observation ring which are arranged on the chassis, wherein one end of the support is arranged in a slide groove on the column and the other end of the support is provided with the gripper; the inner circle of the observation ring is ellipsoid, the mouse kidney is loaded on the inner circle of the observation ring, and the skin is fixedly fixed on the groove of the outerring of the observation ring; the gripper comprises a fixing claw and a movable jaw, a card plate is arranged on the gripper, and the card plate contacts with the groove of the ring outer of the observation ring. The technical scheme is reasonable in structure, convenient in fixing, capable of observing the inner ring close to the surface of the kidney, thereby increasing the reliability of the mouse kidney, and provides an ellipsoid observation ring to better mark the fixed site of the kidney surface, which is beneficial to the long-time tracing and observation of the migration and morphological changes of fluorescence-bearing cells in certain markers, and to advance the study of microscopic imaging and tracing in vivo in mice.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to a mouse kidney live microscopic imaging and tracing matching system. Background technique [0002] In vivo microscopic imaging observation and tracking of mouse kidney is a way for researchers to carry out kidney-related scientific research (such as stem cell tracking, repair after kidney injury). The existing observation ring has a circular inner diameter, and the mouse The kidneys are completely set in the observation ring, so that whenever the mouse breathes, the kidneys will move significantly, which is not conducive to the observation of living cell tracking (such as stem cell migration and tracking) under the microscope by researchers, and Fixtures are scarce, which greatly affects the conduct and advancement of scientific research. [0003] Therefore, there is an urgent need to set up a mouse kidney in vivo microscopic imaging and tracing supporting system, optimi...

AI Technical Summary

Problems solved by technology

[0002] In vivo microscopic imaging observation and tracking of mouse kidney is a way for researchers to carry out kidney-related scientific research (such as stem cell tracking, repair after kidney injury). The existing observation ring has a circular inner diameter, and the mouse The kidneys are completely set in the observation ring, so that whenever the mouse breathes, the kidneys will move significantly, which is not conducive to the observation of living cell tracking (such as stem cell migration and tracking) under the microscope by researchers, and Fixtures are scarce, which greatly affects the conduct and advancement of scientific research

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