Malaria

anopheles mosquito

It isn't.

The malaria benefits from the mosquito but not vice versa. They both need to benefit for it to be a symbiosis.

When dross suggested that the anopheles mosquito spread malaria, this was an invention.

www.cdc.gov

I had truoble finding out but 500,000 men die a year

The genetic method involve the release of sterile male mosquitoes into the environmet. When the sterile male mosquito mates with a normal female mosquito, the latter does not lay any eggs. If enough sterile male mosquitoes are released into the environment, the mosquito population will eventually die out.

It's the asexual phase in the malaria life cycle that takes place in the liver.

Plasmodium vivax eats hemoglobins protein (and left heme iron) that is causes hemo zoin fever

Sporozoites are injected into the blood stream of a person by the femal anopheles mosquito. They go straight to the hepatocytes, to form a cystic structure known as a schizont. In 1 - 2 weeks this ruptures releasing hundreds of infective meroizoites in the blood. These merozoites are highly immunogenic, causing the circulating neutrophils and macrophages of the reticulo-endothelial system to release large number of cytokines, and other inflammatory mediators. In particular IL-6 and TNF. These cause the fever with chills and shivering. Some of the merozoites are sequestered by the reticulo-endothelial system. The majority left over infect other red blood cells. Inside the cells they divide, rupture the cell and release another 20 or so merozoites per organism. In this process large number of red blood cells are destroyed resulting in anemia, and hemoglobin in the blood and urine. The red blood cells also become fragile, are destroyed by the spleen, and there is hypersplenism (enlarged spleen). Fragile, infected red blood cells can also lodge in vessels causing damage to that particular organ. This is of major significance in the brain where cerebral malaria can result

The symptoms of malaria may include high fever, cold, runny nose, coughing, high temperature, itchiness, and headaches. The symptoms may cause uncomfortably and thus difficulty sleeping. Some people also experience loss of appetite or a sore throat. These symptoms are similar to those of chicken pox too.

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Ivermectin is a drug that is used to treat parasitic invasions of the body. Therefore it is likely to have been prescribed after someone has gone to a country and caught malaria or another parasite borne disease.

There are many different treatments available, depending on the type of malaria and the local malaria resistance patterns. Medications like chloroquine, mefloquine, primaquine, quinine, pyrimethamine-sulfadoxine, and doxycycline are used. Often people traveling to endemic areas will take preventative doses of these medications.

With each bout of fever the patient have a batch of red blood cells destructed. He gets hemolytic anaemia. That makes him to have less oxygenation of tissue and so he feels tired and weak.

Malaria is a disease caused by a parasite called Plasmodium that is spread to humans by insects. If Malaria is not treated, it will take 2 weeks for the disease to take full effect on the body and eliminate one.

You die so your social life is pretty much non existant. I wouldn't worry about your social life, I would worry about trying to stay alive.

Mosquito

West and Central Africa mostly.

It stays in the blood and the person who contacts it can not give blood.

When mosquitoes bite a person they secret saliva mixed with plasmodium, at the same time they suck blood, they enter the blood stream, enter the red blood cells, multiply inside the cells which causes the breakdown of the RBC's, this mechanisms produces fever, depending on the type of infecting parasite the fever will be every 2 to 3 days.

There is no malaria vaccine. There are malaria prophylactics you can take that can prevent the bug from taking hold. You need to strat treatment before the exposure and keep it up a while after leaving the risk area. They can have quite nasty side effects.

When the infected anopheles mosquito bite the uninfected host, it transmits the the malaria parasite in the blood of the host. This parasite soon enters the liver. They multiply there. When the liver cell burst, the parasites enter the red blood cells. There again they multiply. Then the red blood cells burst, the parasites are liberated. They invade the fresh red blood cells. This process go on repeating. Every time the parasites are liberated from the red blood cells, you get bouts of fever with chills. When the mosquito bites the patient, it sucks the parasites. They travel to the salivary gland of the mosquito to give infection to new hosts.

It's a myth. Mosquito nets prevent malaria.