excyst Sentences

The excysting process involves the removal of a parasitic cyst from its protective shell.

Excystation is a crucial part of the life cycle of many parasitic worms.

Researchers are studying the excystation process under a microscope to better understand the parasitic lifecycle.

The medication triggers excystation in the parasite to facilitate its removal from the host.

After excysting, the parasite migrates to a new location within the host to continue its lifecycle.

In the excystation process, the parasite is released from its cyst to resume active infection.

Understanding the excystation process is vital for developing treatments against parasitic infections.

The excysting cells are highly motile once released from their protective cysts.

Scientists use special techniques to observe the excystation process of parasites in live hosts.

Excystation can occur spontaneously in a host, or it can be induced artificially by certain stimuli.

During the excystation process, the parasite can easily invade new host tissues once it is released from its cyst.

Excystation is a key process in the development of many parasitic diseases, making it a target for antiparasitic drugs.

The excysting cells require the right conditions to successfully exit the cyst and initiate active infection.

Excystation is a necessary step in the life cycle of many protozoan parasites before they can cause disease.

During the excystation process, the parasite must be carefully managed to prevent immediate infection in the new host.

Understanding the excystation process is crucial for designing new antiparasitic strategies.

The excysting cells can cause damage to the host tissues as they emerge from the cysts.

Excystation is a complex process that involves the coordination of multiple cellular mechanisms.

The excystation process is tightly regulated to ensure the parasite can successfully establish itself in the new host.