The process of binary fission can be organized into three main stages: 
1) Duplication and Elongation 
2) Septum Formation 
3) Cell Separation

Stages of Binary Fission

Binary fission is the most common mechanism for cell division among prokaryotes. It involves the cleavage of one parent cell with duplicated components, into two daughter cells. 

There are three commonly found mechanisms for cell division among prokaryotes:
- binary fission 
- fragmentation 
- budding

Mechanisms of Cell Division

Protozoan Asexual Reproduction Methods

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Binary Fission 

In fragmentation, nucleoids accumulate within an enlarged round cell or along a filament, they can make multiple new cells simultaneously. These daughter cells often detach from the parent filament and disperse independently.

Fragmentation

Budding occurs when one end of the species forms an extension that eventually will swell and break off to form the daughter cell. It is most commonly observed in yeast.

Budding 

Schizogony is the method of asexual reproduction where the nucleus of a parent cell divides multiple times before the cell ultimately divides into multiple daughter cells.

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