To date this species has been described from erythrocytes only.

Their role in remodeling of the erythrocyte are still under investigation.

It does not appear to be exported into the erythrocyte.

There are about one million copies of this protein per erythrocyte.

This protein also appears to be involved in erythrocyte invasion.

This complex may have other function in addition to its role erythrocyte invasion.

It is also exported to the erythrocyte during the blood stages.

It appears to be involved in the export of proteins to the erythrocyte.

After one to two days, these ultimately become "erythrocytes" or mature red blood cells.

There are about 30 trillion erythrocytes circulating in the human blood at any given time.

After three days in the erythrocyte the parasite divides into four.

MiR-22 was previously identified as having a role in erythrocyte maturation.

Approximately 2.4 million new erythrocytes are produced per second.

The condition of having erythrocytes which (on average) are too large, is called macrocytosis.

It is known to associate with the erythrocyte plasma membrane.

Human erythrocytes were isolated and washed as described by Coleman et al.

Escape of the merozoites from the erythrocyte has also been studied.

Aggregation of the erythrocytes is known to occur during infection.

Species in this family are parasites of erythrocytes and diverse white blood cells.

The escape of the gametocytes from the erythrocytes has been until recently obscure.

Gametocytes occur in the erythrocytes and may persist for months.

The affected erythrocytes are removed while the rest of the blood is retransfused.

The trophozoites are small and resemble a drop of oil within the erythrocyte.

This later proteolysis is mediated by the erythrocyte's own calpain-1.

In recently invaded erythrocytes the Ca concentration increases about 10 fold.