| rdfs:comment | - Mitochondria Eve was the main antagonist of Parasite Eve, a mutated human controlled by her parasitic mitochondria. She sought to eradicate humanity and replace them with a species capable of adapting to anything by altering their genetic structure.
- Mitochondria Eve, also simply called Eve, is the main villainess and antagonist in both the Parasite Eve novel/film and game. Her goal is to kill, eradicate and slaughter humanity - every human on the planet - in favor of producing "superior" organisms that have the ability to control and manipulate their own DNA. She considers humanity a useless and unnecessary parasite to the planet. As such, she has an arrogant, cold, merciless and ruthless personality.
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| abstract | - Mitochondria Eve was the main antagonist of Parasite Eve, a mutated human controlled by her parasitic mitochondria. She sought to eradicate humanity and replace them with a species capable of adapting to anything by altering their genetic structure.
- Mitochondria Eve, also simply called Eve, is the main villainess and antagonist in both the Parasite Eve novel/film and game. Her goal is to kill, eradicate and slaughter humanity - every human on the planet - in favor of producing "superior" organisms that have the ability to control and manipulate their own DNA. She considers humanity a useless and unnecessary parasite to the planet. As such, she has an arrogant, cold, merciless and ruthless personality. All the Eve incarnations have many powers, but they all possess a single, common power: the ability to telepathically cause living organisms to combust, melt into slime, or transform into Neo-Mitochondrial Creatures (NMCs). All Eves are women who have been taken over by the consciousness of the mitochondria in their cells. In the novel, they are portrayed as connected organisms present in the cell, contrary to normal mitochondria, which are individuals. Eve takes her name from the theorized Mitochondrial Eve, a historic woman (or women) in Africa that modern humans derive their mitochondrial DNA (mtDNA) from.
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