Alucsorrhia

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Alucsorrhia
(Linesphaer osculocela)
Main image of Alucsorrhia
Species is extinct.
22/140, Habitat Loss (Snowball)
Information
CreatorRhodix Other
Week/Generation20/130
HabitatJujubee Ocean (Twilight Floor), Truteal Tropical Shallows, Xeno Temperate Shallows, Darkov Temperate Coast, Chum Tropical Bay, Elerd Temperate Coast, Darth Lava Tube Sea Caves, Soma Tropical Sea, Bono Limestone Sea Caves, King Tropical Coast
SizeMicroscopic
Primary MobilityUnknown
SupportUnknown
DietCytovore (Aquatoplaque, Aquttoplaque, Boiling Fever, Calciomoeba, False Flash Cell, Flash Bud, Irisiri, Morsus Sopor, Trisphourus), Omnivore (Belumbia eggs and babies, Bellysucker Gilltail eggs and babies, Cave Crystal Gilltail eggs and babies, Cave Sack Foi, Cleaner Crastrum, Coastal Whorl, Coastworm Lancer eggs and babies, Colonial Crocusium, Colonial Crosaltium, Crystal Foi, Crystal Gilltail eggs and babies, Deep Trapinfilter babies, Deep Urchip eggs and babies, Doublemouth babies, Echofin babies, Feathery Plagu eggs and babies, Foild, Foilug, Glowing Trapinout babies, Herbivore Urstar eggs and babies, Hsabburu babies, Inflator Gilltail egg sand babies, Kelpoggle, King Foi, Korystal Gilltail eggs and babies, Krillpede, Macululuchia, Parasite Crastrum, Plateswarmer babies, Sack Foi, Sandy Foi, Scissor-Beak Gilltail eggs and babies, Sea Shockshell, Spiny Castrum, Spoisoreth babies, Suction Crastrum, Trapinout babies, Tripgae, Urstar eggs and babies), Detritivore
RespirationPassive Diffusion
ThermoregulationEctotherm
ReproductionMitosis
Taxonomy
Domain
Kingdom
Class
Order
Family
Genus
Species
Eukaryota
Caudazoa
Beadlinia
Beadlinales
Beadlinaceae
Linesphaer
Linesphaer osculocela
Ancestor:Descendants:

Evolved from an error of division of its ancestor, the alucsorrhia split from it. The error caused the end cell split into two ones, that remain fused and covered by many cilia. In this way, it will work like two long pseudopods, swimming better and being able to grab small organic particles or phagocyte cells with a third part of its size. In similar way to wykraline, it will release undigested particles along its two flagella, from where also are released some enzymes that allow it to stick to larger organic surfaces. Even being an organism of free life, they can be found growing on long colonies, making part of the ending of long chains of relative organisms. Due to its ability to stick to larger organic surfaces, it will help the colony to grab food and keep it close to it. When capturing food, it will send chemical messengers that will travel along the many organisms forming the chains, promoting their contraction in order to keep the prey close to all, having easy access to the action of digestive enzymes. Evolved in Jujubee Ocean and transported by the warm ocean currents, it was able to spread to the warm coasts of Darwin and Drake, through the Soma Tropical Sea.

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)
  • Wykraline (genus Linesphaer)
  • Percolators (order Beadlinales)