Parasitic Malaria Prorogation Through Mosquito Host

Introduction Malaria is transmitted by a vector mediated by disease, in this case a plasma-based gamete that infects Hamada raka. The gamete begins with a rapidly fertilized gametophyte, it turns into a fertilized egg immediately, and 36 hours after it is ingested, up to 36 hours fertilized egg (mobile fertilized egg) is transferred to the midgut wall of the mosquito . These athletes quickly converted themselves into oocysts. The oocyst is a thick walled structure that makes it easier to transfer fertilized eggs to new hosts and then deposit them on the outer layer of the midgut.

Malaria is transmitted to the human body by female mosquito called Hamadaraka. The host of mosquitoes is an important element in the three stages of life cycle of malaria parasites. Only female mosquitoes can spread malaria parasites by injecting saliva into the body. Saliva contains Plasmodium falciparum, and when entering the blood, the parasite flows into the liver where it grows and forms a cyst filled with parasites. Then the cyst bursts, the blood is filled with parasites and goes into red blood cells

When a malaria parasite-infected mosquito bites a person not infected, malaria spreads. The parasite enters the human blood and moves to the liver. As parasites mature, they leave the liver and infect erythrocytes. Mosquitoes are infected when you eat infected people

The malaria parasite has a life cycle with many stages involved in both human and insect hosts. Sexual breeding of mosquitoes is caused by parasites. In humans, cell division occurs and parasites increase nutritional value. This process occurs first in the hepatocytes and then in the red blood cells (9). Mosquitoes must bit human so that humans can acquire malaria parasites. When a mosquito bite the skin, it begins to suck human blood. In the process of mosquito breathing human blood, it also injects malaria malaria. Each malaria parasite then invades and proliferates into hepatocytes. Later hepatocytes rupture and release a new form of Plasmodium. After that, each Plasmodium enters the red blood cell and regenerates Plasmodium again. After that, a rupture of erythrocytes releases malaria parasites and more red blood cells invade. As this process progresses, many red blood cells are lost, causing fever and chills.