Gut Majurums: Difference between revisions

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The '''gut majurums''' genus group has replaced their ancestors the [[Simple Majurum|simple majurum]] as well as the [[Predatory Majurum|predatory majurum]], [[Soil Majurum|soil majurum]], [[Cave Rustcell|cave rustcell]], [[Limestone Rustcell|limestone rustcell]], [[Fuzzy Rustcell|fuzzy rustcell]], [[Saltlake Rustcell|saltlake rustcell]], [[Sandstone Rustcell|sandstone rustcell]], [[Volcanic Rustcell|volcanic rustcell]],[[Water Table Rustcell|water table rustcell]] and [[Rusty Symbiocell|rusty symbiocell]]. They now reside in the guts of all iron fauna, extracting purified iron from the soil and iron organisms they eat. they create a ferric reductase enzyme which reduces the ferric Fe3+ to Fe2+. They then attach to the microvilli on the digestive systems linings, releasing the iron into the bloodstream. The microvili exchange nutrients for the iron, allowing the majurums to survive. When the host dies, They eat their way out of the body, decomposing them. They can be found in the soil, but are inactive until they are ingested.
The '''gut majurums''' genus group has replaced their ancestors the [[Simple Majurum|simple majurum]] as well as the [[Predatory Majurum|predatory majurum]], [[Soil Majurum|soil majurum]], [[Cave Rustcell|cave rustcell]], [[Limestone Rustcell|limestone rustcell]], [[Fuzzy Rustcell|fuzzy rustcell]], [[Saltlake Rustcell|saltlake rustcell]], [[Sandstone Rustcell|sandstone rustcell]], [[Volcanic Rustcell|volcanic rustcell]],[[Water Table Rustcell|water table rustcell]] and [[Rusty Symbiocell|rusty symbiocell]]. They now reside in the guts of all iron fauna, extracting purified iron from the soil and iron organisms they eat. they create a ferric reductase enzyme which reduces the ferric Fe3+ to Fe2+. They then attach to the microvilli on the digestive systems linings, releasing the iron into the bloodstream. The microvili exchange nutrients for the iron, allowing the majurums to survive. When the host dies, They eat their way out of the body, decomposing them. They can be found in the soil, but are inactive until they are ingested.

==Integrated Species==
* [[Simple Majurum|simple majurum]]
* [[Predatory Majurum|predatory majurum]]
* [[Soil Majurum|soil majurum]]
* [[Cave Rustcell|cave rustcell]]
* [[Limestone Rustcell|limestone rustcell]]
* [[Fuzzy Rustcell|fuzzy rustcell]]
* [[Saltlake Rustcell|saltlake rustcell]]
* [[Sandstone Rustcell|sandstone rustcell]]
* [[Volcanic Rustcell|volcanic rustcell]]
* [[Water Table Rustcell|water table rustcell]]
* [[Rusty Symbiocell|rusty symbiocell]]


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Revision as of 15:00, 23 December 2020

Gut Majurums
(Siderogastrus spp.)
Main image of Gut Majurums
Species is extant.
Information
CreatorMnidjm Other
Week/Generation23/149
HabitatGlobal (Sagan 4)
Size1 μm to 5 μm Wide
Primary MobilityUnknown
SupportUnknown
DietLithotroph (Iron)
RespirationUnknown
ThermoregulationUnknown
ReproductionMitosis
Taxonomy
Domain
Genus
Species
Eukaryota
Siderogastrus
Siderogastrus spp.
Ancestor:Descendants:

The gut majurums genus group has replaced their ancestors the simple majurum as well as the predatory majurum, soil majurum, cave rustcell, limestone rustcell, fuzzy rustcell, saltlake rustcell, sandstone rustcell, volcanic rustcell,water table rustcell and rusty symbiocell. They now reside in the guts of all iron fauna, extracting purified iron from the soil and iron organisms they eat. they create a ferric reductase enzyme which reduces the ferric Fe3+ to Fe2+. They then attach to the microvilli on the digestive systems linings, releasing the iron into the bloodstream. The microvili exchange nutrients for the iron, allowing the majurums to survive. When the host dies, They eat their way out of the body, decomposing them. They can be found in the soil, but are inactive until they are ingested.

Integrated Species