Cmv

Cmv is an abbreviation for Cytomegalovirus, which belongs to the herpesvirus family. This virus can cause a variety of illnesses in people, depending on their age and immune status.

In healthy people, cytomegalovirus may be asymptomatic, but in people with weakened immune systems, such as newborns, pregnant women and people with HIV, the infection can lead to serious consequences.

Cytomegalovirus is transmitted through saliva, blood, milk and other body fluids. Symptoms of infection may include fever, muscle and joint pain, swollen lymph nodes, fatigue and headache.

Various methods are used to diagnose cytomegalovirus infection, including blood and urine tests to detect the presence of antibodies to the virus, as well as PCR tests to determine the presence of viral DNA.

Treatment of cytomegalovirus infection depends on which organs and systems of the body are affected, and may include the use of antiviral drugs, immunomodulators and symptomatic therapy.

In general, prevention of cytomegalovirus infection involves avoiding contact with infected people and practicing hygiene measures such as regular hand washing and using condoms during sexual contact.

Thus, cytomegalovirus is a serious illness, especially for people with weakened immune systems. However, with the help of proper diagnosis and treatment, as well as compliance with preventive measures, you can reduce the risk of complications and make life with this infection more comfortable.

CMV

CMV (also known as cytomegalovirus infection) is one of the most common viruses in the world. It is the cause of many diseases, including pneumonia, mononucleosis and hemophagia, and can also lead to serious consequences for the immune system and even cancer.

What is the cause of CMV? Cytomegagalocytes are giant cells that are formed as a result of infection caused by cytomegavirus. They can be present in human blood, organs and tissues. In addition, they can be found in some other infections: hepatitis, AIDS, tuberculosis, herpes type II, etc. When blood cells enter the bloodstream after an infection, they spread throughout the body. As they divide and grow, they produce new cells. This process produces many new particles, which can cause cells to increase in size. This is typical for both living organisms and inanimate objects, such as stones. However, unlike living beings, these particles are not capable of self-regulation. Consequently, natural problems arise: - Some of the particles become very large and then