digestive vacuole

Waste materials are eliminated from the cell through digestive vacuoles by exocytosis.

The digestive vacuole forms in the ring stages of the parasites life cycle.

Much of this digestion occurs within the digestive vacuole.

There are no epithelium cells lining the digestive vacuole.

Some haemoglobin degradation also occurs in compartments outside the digestive vacuole.

Hemozoin collects in the digestive vacuole as insoluble crystals.

Along with the release from the erythrocyte of the merozoites, the now functionless digestive vacuole is also released.

The digestive vacuole is able to activate both the alternative complement and the intrinsic clotting pathway.

Dipeptidyl aminopeptidase 1 is found in the digestive vacuole and is also an essential gene.

Immature schizonts often contain a digestive vacuole.

They effectively neutralize the drug via a mechanism that drains chloroquine away from the digestive vacuole.

Quinine has been shown localise to a non acidic compartment within the digestive vacuole.

Instead, gametes are produced from the mesenchymal cells that fill the body between the epidermis and the digestive vacuole.

Resistance to chloroquine is caused by the parasite cell's ability to expel the drug outside of its digestive vacuole.

The food vacuole, or digestive vacuole, is an organelle found in parasites that cause malaria.

This disruption causes a redistribution of heme from the parasite digestive vacuole to the its cytoplasm.

The conversion of haemoglobin to haemozoin is mediated by a 200 kiloDalton protein complex within the digestive vacuole.

Chloroquine enters the red blood cell, inhabiting parasite cell, and digestive vacuole by simple diffusion.

The digestive vacuole membrane has the capacity to assemble prothrombinase, a key enzyme of the intrinsic clotting pathway.

The mutant chloroquine resistance transport gene selectively transports glutathione into the digestive vacuole.

Productive invasion of the hepatocyte results in the creation of a digestive vacuole, while merely passing through to reach another hepatocyte does not.

Its nucleation occurs at the inner membrane of the digestive vacuole, with crystallization occurring in the aqueous rather than lipid phase.

There are no epithelial cells lining the digestive vacuole, although there is sometimes a short pharynx leading from the mouth to the vacuole.

The human platelet factor 4 kills malaria parasites within erythrocytes by selectively lysing the parasite's digestive vacuole.

These three knowpains are found in the digestive vacuole, are active at acidic pH and are capable of degrading haemoglobin.