Methanovore: Difference between revisions
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|size = Microscopic |
|size = Microscopic |
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|habitat = Blarg Cold Seep |
|habitat = Blarg Cold Seep |
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|habitat2 = |
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|diet = Chemosynthesis (Methane) |
|diet = Chemosynthesis (Methane) |
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|respiration = Anaerobic |
|respiration = Anaerobic |
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|thermoregulation = Ectothermic |
|thermoregulation = Ectothermic |
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|reproduction= |
|reproduction= Mitosis |
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|parent =Methanophagaceae |
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|kingdom = |
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|phylum = |
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|class =Methanophagia |
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|order =Methanophagales |
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|family =Methanophagaceae |
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|genus = Methanovori |
|genus = Methanovori |
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|species = barathrum |
|species = barathrum |
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Latest revision as of 23:55, 4 February 2024
Methanovore | ||
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(Methanovori barathrum) | ||
26/163, Integrated into Methanovores | ||
Information | ||
Creator | Mnidjm Other | |
Week/Generation | 18/120 | |
Habitat | Blarg Cold Seep | |
Size | Microscopic | |
Primary Mobility | Unknown | |
Support | Unknown | |
Diet | Chemosynthesis (Methane) | |
Respiration | Anaerobic | |
Thermoregulation | Ectothermic | |
Reproduction | Mitosis | |
Taxonomy | ||
Domain Kingdom Phylum Class Order Family Genus Species | Eukaryota Haidishokikuraia Haidishokikuraiophyla Methanophagia Methanophagales Methanophagaceae Methanovori Methanovori barathrum |
Ancestor: | Descendants: |
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The methanovore split from it's ancestor, the methanophagus. It arose after replication errors caused the effective quadrupling of their ancestral genome. This resulted in higher expressions of organelle makeup in in the progenitor methanovores, which have over the millennia allowed for these organelles to specialize to better assist in functionality and resulted in them growing to 10x the size of their ancestors, to an average of 40 μm in diameter. They have a mitochondria-analog, referred to as a "methanochondria" which shares its shape with that of their immediate ancestor, suggesting they are the result of an endosymbiosis event between two or more methanophagus. It lives in the blarg cold seep swimming freely while it's ancestor live in mats, allowing it to thrive without endangering methanophagus.