Application of Mingmei inverted fluorescence microscope MF53+MC25 in the study of injured nerve repair

Application of Mingmei inverted fluorescence microscope MF53+MC25 in the study of injured nerve repair

Glial cells, also known as glial cells, are cells that are widely distributed in the central nervous system except for neurons. It has the function of supporting and nourishing neurons, and also has the function of absorbing and regulating certain active substances. Both glial cells and neurons originate from the epithelial ectodermal neuroepithelial tissue (microglia may originate from mesoderm), in which glioblasts develop into large glial cells and choroid plexus epithelial cells, surrounding the neural lumen Some of the surface neuroepithelial cells differentiate into ependymal and choroid plexus epithelial cells, and the neuroblasts develop into neurons; the neural crest differentiates into glial cells of the peripheral nervous system.

It is precisely because glial cells have the ability to be highly differentiated, in the field of research and repair of nerve damage, research on the differentiation of glial cells has become the basis of the foundation. The neuron research team of a medical university in Guangxi is also involved in this field, and has achieved considerable research results with the inverted fluorescence microscope MF53+ fluorescent camera MC25 produced by Guangzhou Mingmei Company. The following is a sample of some samples provided by the customer for reference:


Inverted fluorescence microscope MF53 and microscope camera MC25 used by customers

Inverted fluorescence microscope MF53


The inverted fluorescence microscope MF53 consists of an epi-fluorescence microscopy system and an inverted biomicroscopy system. It uses an excellent infinity chromatic aberration independent correction optical system, and is equipped with a long working distance flat field achromatic objective lens and a large field of view eyepiece. The compact and stable high-rigidity body fully reflects the anti-vibration requirements of micromanipulation. The epi-fluorescence microscopy system uses a modular design concept to safely and quickly adjust the illumination system and switch the fluorescence filter assembly. The product can be applied to cell tissue, microscopic observation of transparent liquid tissue, and can also be used for fluorescence microscopy observation in the fields of biopharmaceutical, medical detection, disease prevention and the like. Click for details

Microscope camera MC25

The MC25 adopts SONY's latest CCD chip, which has ultra-high sensitivity and wide dynamic range. It optimizes the shape of the microlens of the CCD pixel and improves the response to near-infrared light. The sensitivity in the near-infrared environment is three times that of the traditional CCD. For a long time exposure, the noise is greatly reduced, and it is suitable for shooting various faint fluorescence and complex light scenes. In addition, with image caching technology, image transmission is stable and reliable. Click for details

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