The '''sea magneferrubiota guttoplaque''' replaced its ancestor the [[guttoplaque]] in the [[Magneferrubiota|sea magneferrubiota]] species. Like its ancestor it helps in digestion. It also will absorb some of the iron its hosts eats to make a thicker cell membrane. The stomach acids of [[magneferrubiota]] are extreme since they have to absorb a lot of iron. They reproduce through binary fission.
The '''sea magneferrubiota guttoplaque''' replaced its ancestor the [[guttoplaque]] in the [[Magneferrubiota|sea magneferrubiota]] species. Like its ancestor it helps in digestion. It also will absorb some of the iron its hosts eats to make a thicker cell membrane. The stomach acids of [[magneferrubiota]] are extreme since they have to absorb a lot of iron. They reproduce through binary fission.
The sea magneferrubiota guttoplaque replaced its ancestor the guttoplaque in the sea magneferrubiota species. Like its ancestor it helps in digestion. It also will absorb some of the iron its hosts eats to make a thicker cell membrane. The stomach acids of magneferrubiota are extreme since they have to absorb a lot of iron. They reproduce through binary fission.
Living Relatives (click to show/hide)
These are randomly selected, and organized from lowest to highest shared taxon. (This may correspond to similarity more than actual relation)
