Malaria Mesoendemic

Malaria is one of the most common diseases in the world and is caused by the parasite Plasmodium falciparum. Currently, there are several types of malaria, but the most dangerous and common is tropical malaria. Malaria can be either endemic or imported and can have serious consequences for human health.

One type of malaria is mesoendemic malaria, which is recorded in areas with a moderate degree of infection of the population. The mesoendemic type of malaria is characterized by low intensity of the disease and low incidence of cases, which makes it less dangerous for the population. However, despite the low intensity of the disease, mesoendemic malaria is still a serious public health problem and requires measures for its control and prevention.

As part of the fight against mesoendemic malaria, disease control and prevention programs are being implemented in some regions of the world. One method of control is the use of antimalarial drugs such as chloroquine and hydroxychloroquine. These drugs help reduce the frequency and intensity of the disease, and also reduce the risk of complications.

However, despite all the measures taken to combat mesoendemic malaria, it still remains a serious problem in some regions. In such cases, additional measures must be taken to prevent the spread of the disease. For example, this could be improving the living conditions of the population, creating safe working conditions for workers engaged in agriculture, and other measures.

Thus, control and prevention of mesoendemic malaria are important public health objectives. They can help reduce the risk of disease and prevent the development of complications, thereby improving the quality of life of the population.

Malaria is an infectious disease caused by protozoa, transmitted by mosquito bites, and causing fever and chills and anemia. Malaria is of great importance to human health and is one of the most common diseases in the world.

In this article we will look at **mesoendemic malaria**, or M. This type of malaria is found in countries with temperate and tropical climates. In these regions, the number of mosquitoes capable of transmitting malaria is quite large, and the population has average rates of infection with this disease. In other words, M. is a disease that is defined as moderate and covers large areas, but not in all regions and countries. The spread of mesoendemic malaria depends on two factors: climate characteristics and the condition of people.

**Climatic features**. In places with high humidity, where temperature changes are possible only for short periods of time and during a short period of the year, and warm water allows mosquitoes to breed, malaria has the greatest ability to survive. For example, at the equator, where mosquitoes can live all year round and are active on land and in water, a type of malaria called tropical malaria can cause mass deaths. In the tropical north, where temperatures range from consistently warm to somewhat cool throughout the year, the temperate climate is suitable for mass mosquito deaths from malaria.

In such areas, the number of mosquitoes that can transmit the disease increases sharply. The result is an outbreak of malaria that covers large areas. However, the average severity of outbreaks suggests some of the results of this type of malaria: low levels of human immunization, ineffective preventive measures, sparsely populated areas with a low mortality rate, lack of rapid diagnosis and treatment. These factors make it difficult to control and eradicate malaria in the region.

Fighting malaria

Various methods are used to combat **mesoendemic malaria**. The most effective and efficient method is sanitary and extermination control (SAC) using highly toxic chemicals. It can be associated with great public danger, toxicosis and rejection of the drug. SakhIZ is used in areas where mass infection is persistent, and thanks to daily processing, it guarantees the suspension of the outbreak. This technique can be reused if it was effective previously and is especially often used in the fight against helminthic infestation. When fighting **malar disease**, the most modern methods of control are used. To kill mosquitoes, you can use different methods: collecting mosquito larvae; isolating children from mosquitoes; use of special anti-raspberry agents; chemical treatment of natural mosquito habitats. Methods of combating malaria diseases depend on the spread of M. and local climatic conditions. The fight against malaria diseases is based on the following measures:

* Maintaining active hygiene in homes and outdoors * Treating the habitat of insect larvae (including premoth parasites) * Destruction of mosquito habitat * Using the necessary preventive measures. * Treatment of infected people in a certain risk group

Results of treatment for painting