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Malaria is a disease caused by sporozoan parasites that are transmitted by mosquitoes.

Researchers are exploring new treatments for sporozoan infections that do not harm the host's liver cells.

Infectious diseases caused by sporozoans are a significant health problem in many tropical regions.

Sporozoan parasites manipulate host cells to ensure their survival and transmission to new hosts.

The development of a vaccine against the sporozoan that causes malaria is a priority for global health organizations.

During the sporozoan life cycle, the parasite undergoes significant changes as it reproduces within the host.

The sporozoan from the Plasmodium genus is the cause of malaria in humans.

To prevent sporozoan transmission, it is important to control and reduce the mosquito population in affected areas.

Scientists are studying the sporozoan that causes malaria to find new ways to combat the disease.

Sporozoans have evolved complex mechanisms to evade the host's immune system.

The study of sporozoan biology is essential for understanding and controlling disease transmission.

Public health programs focus on reducing the incidence of sporozoan infections through vector control.

When a sporozoan parasite infects a person, it can lead to severe and sometimes fatal symptoms.

Understanding the sporozoan life cycle is crucial for developing effective treatments and preventive measures.

Sporozoans are microscopic organisms that can only be observed under a microscope.

In the lab, researchers use sporozoans to study the immune response against these parasites.

The transmission of sporozoans is a complex process that involves multiple stages of development.

Sporozoans are not the only type of protozoan that can cause disease in humans and animals.

Eradicating sporozoan infections is a challenging but important goal for international health initiatives.