Clinical microscopes are the type of microscopes that are used in laboratory settings, hospitals, clinics, and research facilities. In fact they are indispensable tools when in these places. Know the many important uses of clinical microscopes, more particularly in the field of science and research today.

Clinical microscopes are microscopes that are widely used in a hospital setup. They are the main tools of laboratory technicians. These are the devices used in the aid of their jobs, more particularly in the inspection of microscopic samples. Indeed, no research facility can properly exist and be functional at all without deploying at least one clinical microscope in the departments that requires those most.

There are many uses of clinical microscopes. Their roles in the field of medical science cannot be underestimated. Here are the different fields that primarily use clinical microscopes:

1. Cytology. The most common applications under biological science where clinical microscopes are used would be cytology. Cytology is the study of cells, their life form, and everything that constitutes them. It is impossible to observe and study living organisms that are small as cells without the power of clinical microscopes.

2. Histopathology. Histopathology is the microscopic examination of tissues. Human and animal tissues are studied with the primary aim of understanding the manifestations of a certain disease in a certain sample of body tissues. And more often than not, clinicians look for ways to determine the cause that would lead them towards the prevention of the disease, while in the process of carefully studying them.

2. Obstetrics and Gynecology. Recent developments in clinical microscopy had brought about the Fertility Tracker, a device that allows women to check their fertility levels and consequently, predict whether or not they are capable of getting pregnant with a child at a certain point in time. This Fertility Tracker device is actually a microscope. What its users do to take advantage of them is to take a look through the eyepiece and inspect a sample of their saliva placed in the slide prior. Depending upon the image they see on the tube, they will be able to determine whether they are fertile or not.

3. Pathology. Pathology is the study of organs, cells, tissues, and body fluids. German physician Rudolf Virchow is the father of microscopic pathology. He is the first experimental pathologist that became widely known all over the world. Generally speaking, pathology is science that seeks to discover the injury sustained by tissues and cells. It also tries to explain the effects and influences of the disease, such as infections, traumas, autoimmunity, and genetic damages.

4. Genetics. The main component of a living thing would be his cells. But a certain element discovered inside them are the source of a person’s traits – the genes. Genes, in turn, are composed of linear sections of DNA. The DNA is where an organism’s or a person’s genetic information is contained. These are the same elements that define a person’s characteristics such as his height, hair color, and complexion. If cells are small and genes are already inside them, it only goes to show that genes are way smaller in nature. Given that fact, genetic engineers and practitioners need to use clinical microscopes of high power and complexity.

6. Immunology. Immunology falls under the wide umbrella of biomedical science. This field of study covers the different aspects of a person’s immune system, as well as that of a certain animal or organism. What the practitioners of this field are most concerned about is to determine the functions of the subject’s immune system both in health and while with a disease. The field of study also seeks to explain the malfunctions of the immune system and all the factors that contribute to it. Part of the process of understanding the immune system is to know the composition of the agent that had caused its break down. Here is where clinical microscopes are needed.

7. Bacteriology. Simply defined, bacteriology is the study of bacteria, its composition, characteristics, and tendencies. It is a fact that bacteria cause certain types of diseases. The people who are deemed experts in this field find clinical microscopes as indispensable tools to fully understand the actions and functions of bacteria.

These are the different fields where clinical microscopes are used. While all of these are inclined in the area of medicine, health care, and therapeutic research, clinical microscopes can be used in other fields as well, including engineering, manufacturing, and production.