Chain Plentplaque: Difference between revisions
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imported>Disgustedorite m (→top: New template for living relatives) |
imported>Disgustedorite m (→top: New template for living relatives, replaced: {{LivingRelatives}} → {{LivingRelatives|full=yeah}}) |
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The '''chain plentplaque''' has replaced its ancestor on [[Huggs Island]]. It now forms “chains” of overlapping cells that wrap around the teeth, allowing the chain plentplaque to safely stay in place without interference. Another advantage of this behavior is that if one side receives food while the other does not, then the chain plentplaque will spread the nutrients thought the cells. |
The '''chain plentplaque''' has replaced its ancestor on [[Huggs Island]]. It now forms “chains” of overlapping cells that wrap around the teeth, allowing the chain plentplaque to safely stay in place without interference. Another advantage of this behavior is that if one side receives food while the other does not, then the chain plentplaque will spread the nutrients thought the cells. |
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{{LivingRelatives}} |
{{LivingRelatives|full=yeah}} |
Revision as of 15:25, 13 April 2023
Chain Plentplaque | ||
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(Protosagania iunctus) | ||
19/125, sinking of Huggs Island | ||
Information | ||
Creator | Clarke Other | |
Week/Generation | 18/124 | |
Habitat | Huggs Island | |
Size | Microscopic | |
Primary Mobility | Unknown | |
Support | Unknown | |
Diet | Detritivore (Pre-Chewed Food) | |
Respiration | Unknown | |
Thermoregulation | Unknown | |
Reproduction | Binary fission | |
Taxonomy | ||
Domain Genus Species | Eukaryota Protosagania Protosagania iunctus |
Ancestor: | Descendants: |
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The chain plentplaque has replaced its ancestor on Huggs Island. It now forms “chains” of overlapping cells that wrap around the teeth, allowing the chain plentplaque to safely stay in place without interference. Another advantage of this behavior is that if one side receives food while the other does not, then the chain plentplaque will spread the nutrients thought the cells.
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)