Phosphoutine: Difference between revisions

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|diet = Chemosynthesis (Phosphorus)
|diet = Chemosynthesis (Phosphorus)


|reproduction= Binary Fission
|reproduction= Mitosis


|domain = Eukaryota
|domain = Eukaryota
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The '''phosphoutine''' split from its ancestor, the [[teproutine]]. It has specialized in consuming phosphorus. Currently no microbe before this was consuming it, however it is not always easy to find. So they have developed a phosphorus sensory "orbs" on the top of their "head". Once found it will absorb it though the same sensory orbs. They still reproduce via binary fission.
The '''phosphoutine''' split from its ancestor, the [[teproutine]]. It has specialized in consuming phosphorus. Currently no microbe before this was consuming it, however it is not always easy to find. So they have developed a phosphorus sensory "orbs" on the top of their "head". Once found it will absorb it though the same sensory orbs. They still reproduce via mitosis.


{{LivingRelatives|full=yeah}}
{{LivingRelatives|full=yeah}}

Revision as of 19:44, 20 October 2023

Phosphoutine
(Teproutine phosphoutine)
Main image of Phosphoutine
Species is extinct.
22/140, Habitat loss (Snowball)
Information
CreatorHydromancerx Other
Week/Generation21/135
HabitatNorth Dixon Alpine
SizeMicroscopic
Primary MobilityUnknown
SupportUnknown
DietChemosynthesis (Phosphorus)
RespirationUnknown
ThermoregulationUnknown
ReproductionMitosis
Taxonomy
Domain
Genus
Species
Eukaryota
Teproutine
Teproutine phosphoutine
Ancestor:Descendants:

The phosphoutine split from its ancestor, the teproutine. It has specialized in consuming phosphorus. Currently no microbe before this was consuming it, however it is not always easy to find. So they have developed a phosphorus sensory "orbs" on the top of their "head". Once found it will absorb it though the same sensory orbs. They still reproduce via mitosis.

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)
  • Dirtsident (order Teproutinales)
  • Sappro (class Teproutinidae)
  • Tepostone (phylum Teproutinida)