Zinalophagia: Difference between revisions

Jump to navigation Jump to search
Content added Content deleted
imported>Disgustedorite
m (→‎top: fixed accidental deletion of line breaks)
imported>Disgustedorite
m (→‎top: clean up)
Line 47: Line 47:
}}
}}


When [[malakommalis]] or its relatives infect creatures and make they become very sick, they sink to the ocean bottom, remaining there until degrade after some time. However, those fallen in almost inhabited areas stay there for centuries, forming huge groups of petrified creatures across the sea floor. Some species are able to degrade part of these remains, but usually leave behind most of the salt residues. In the same way of [[julipak]]s, [[Beadline|beadlines]] split in a new species, able to eliminate most of those residues.
When [[malakommalis]] or its relatives infect creatures and make they become very sick, they sink to the ocean bottom, remaining there until degrade after some time. However, those fallen in almost inhabited areas stay there for centuries, forming huge groups of petrified creatures across the sea floor. Some species are able to degrade part of these remains, but usually leave behind most of the salt residues. In the same way of [[julipak]]s, [[beadline]]s split in a new species, able to eliminate most of those residues.


'''Zinalophagia''' is a species specialized in eat the piles of salty sediments formed by julipak’s refuses. These refuses are formed by salts and organics compounds, most of them lipids and molecules of hard degradation. The first compartment became larger, increasing the absorption area. For being more specialized, zinalophagia also evolved a third compartment, improving even more its ability to degrade complex substances, which still happens along the long flagellum.
'''Zinalophagia''' is a species specialized in eat the piles of salty sediments formed by julipak’s refuses. These refuses are formed by salts and organics compounds, most of them lipids and molecules of hard degradation. The first compartment became larger, increasing the absorption area. For being more specialized, zinalophagia also evolved a third compartment, improving even more its ability to degrade complex substances, which still happens along the long flagellum.