schizogony

There is no specific number of nuclear divisions during schizogony.

Most species however appear to lack schizogony in their lifecycles.

This trophozoite is the cell that begins the process of schizogony.

This then divides into a number of merozoites by schizogony.

Cell division occurs through a process known as schizogony.

They are formed during a process called schizogony, which can also be called merogony.

A cell currently undgergoing schizogony is known as a schizont.

Within the epithelial cells, the sporozoites grow in size and multiply by schizogony.

They undergo schizogony in the hepatocytes and Kupffer cells.

From there they become trophozoites that reproduce asexually by multiple fission, a process known as schizogony.

Schizogony occurs in the host cell.

The amount of the protein in the parasite is lowest in the ring stage and increases steadily through schizogony.

This is in contrast to schizogony in lymphocytes with the latter being characteristic for Theileria.

These ways include gametogony, sporogony and merogony, although the latter is sometimes referred to as schizogony, despite its general meaning.

This exoerythrocytic schizogony stage of P. falciparum has a minimum duration of roughly 5.5 days.

The P. vivax sporozoite enters a hepatocyte and begins its exoerythrocytic schizogony stage.

The asexual stages reproduce by schizogony.

Exoerythrocytic schizogony occurs in the mononuclear phagocyte system.

Apicomplexans (sporozoans) replicate via ways of multiple fission (also known as schizogony).

As schizogony proceeds, the eosinophilic masses approximate forming a deep red border around the developing schizont.

Exoerythrocytic schizogony in this species usually lasts 4 to 6 days but occasionally schizonts have been found in the liver at day 8.

The organism goes through asexual reproduction phase that is called schizogony which occurs in the mononuclear phagocytic cells.

For example, Plasmodium (parasite that can cause malaria) undergoes four different types of schizogony producing anywhere from 8 to over 20,000 nuclei.

Inhibition of this protein results in the arrest of parasite development late in the cell cycle during early schizogony.

In some species, the sporozoites and trophozoites are capable of asexual replication - a process called schizogony or merogony.