The purpose and usage of biological microscopes
A biological microscope is used to observe and study biological sections, biological cells, bacteria, and live tissue cultures, as well as fluid precipitation. It can also observe other transparent or semi transparent objects, as well as powders, small particles, and other objects.
The purpose of biological microscope:
Biological microscopy is used by medical and health institutions, universities, and research institutes to observe microorganisms, cells, bacteria, tissue cultures, suspensions, sediments, etc. It can continuously observe the process of cell and bacterial proliferation and division in culture media. Widely used in fields such as cytology, parasitology, oncology, immunology, genetic engineering, industrial microbiology, and botany.
Usage of biological microscope:
First, fix the position of the low magnification objective lens, then place the specimen slide, rotate the reflector, adjust the light, raise the objective lens, adjust it downwards to see the specimen, and then finely align it with the focal length for observation. Except for a few microscopes, the position of the spotlight should be placed at the highest point. If an image of an external object appears in the field of view, the spotlight can be slightly lowered and the image can disappear. The iris aperture under the spotlight should be adjusted to an appropriate size to control the amount of incoming light and increase the brightness difference.
What are the application areas of biological microscopes?
Biological microscopy is used by medical and health institutions, universities, and research institutes to observe microorganisms, cells, bacteria, tissue cultures, suspensions, sediments, etc. It can continuously observe the process of cell and bacterial proliferation and division in culture media. Widely used in fields such as cytology, parasitology, oncology, immunology, genetic engineering, industrial microbiology, and botany. The important optical technical parameters of a microscope are always hoped to have a clear and bright ideal image during microscopic examination. This requires that the optical technical parameters of the microscope meet certain standards, and it is necessary to coordinate the relationship between the parameters according to the purpose of microscopic examination and the actual situation during use. Only in this way can the performance of the microscope be fully utilized and satisfactory microscopy results be achieved.
