Parasite carriage Malarial Secondary

Secondary malarial parasite carriage: what is it and how to fight it?

Malaria is an infectious disease caused by Plasmodium, transmitted through the bite of a mosquito. However, after the first series of attacks of malaria, some patients may experience what is called “malarial secondary parasite carriage.” This condition is characterized by the fact that plasmodia continue to be present in the human body and can be transmitted to other mosquitoes.

The cause of secondary malarial parasite carriage is still not fully understood. Some studies suggest that this may be due to underuse or inappropriate use of drugs to treat malaria. There may also be a role for genetic factors.

Despite the fact that secondary malaria parasite carriage is not an immediate threat to human life, it can lead to re-infection with malaria and its further spread. Therefore, it is important to combat this condition.

To diagnose secondary malarial parasite carriage, various methods are used, including microscopic and molecular biological studies. Treatment is based on the use of antimalarial drugs, which must be prescribed by a doctor, and the use of preventive measures aimed at preventing re-infection with malaria.

One of the main methods of preventing malaria is the use of insecticides and repellents to protect against mosquito bites, as well as the use of mosquito nets. It is also important to maintain environmental hygiene and eliminate areas where mosquitoes can breed.

Overall, malarial secondary parasite carriage is a serious problem that requires attention from health workers and the general population. However, with proper treatment and prevention, the risk of re-infection with malaria and its further spread can be reduced.

Secondary malarial parasitic carriage is a human infection with malaria that occurs after primary treatment and one or more severe attacks of infection. Typically, primary treatment includes the prescription of drugs from the quinidine group, but drug treatment of ineffective or recurrent infections is not excluded. Recurrent infections may be associated with frequent and inept initial consultation procedures.

The mechanism of transmission of infection is transmitted during the bite of a mosquito carrying parasitic plasmodia. Parasites invade the human host and can remain in the body for a long time until the infectious stages mature. With the development of infectious stages, plasmodium begins to feed on the red blood cells of human carriers, which leads to an increase in the number of parasites, their reproduction inside the body and the formation of blood flows. This condition can lead to severe complications and even death.

One of the factors contributing to the relapse of secondary malaria is the violation of professional training in the field of prevention and prevention of secondary infection among health care workers. Treatment and prevention of this infection is an important public health concern, as Plasmodium malaria can cause serious illness that requires timely intervention.

Measures to prevent malaria are comprehensive and include systematic diagnosis of Plasmodium infection, timely prescribed therapy to prevent relapses and maintain a level of disease control