Ventricapillus saccharovorum

Ventricapillus saccharovorum
Creator	D̜͙̟͉ìn̨̹o̬̗C̼̮̣͡óaͅt͜
Information
Status	Extant
Zones	C, O
Roles	Decomposer
Classification
Genus	Ventricapillus
Species	Ventricapillus saccharovorum
Evolution
Date	March 23rd, 2019
Ancestor	Unknown
Descendants	Ventricapillus carnosaeclum Ventricapillus dissolvus Ventricapillus jurvus Ventricapillus solidis

This tiny five micrometer (5μm) parakaryote is found within the digestive tracts of Woramus dontria and (usually) helps it to digest the starches of the polyphs that they consume, in return for the sugars in the polyphs.

Ventricapillus saccharovorum will release a weak acid out of its many hairs when polyph matter is detected. The acid released is designed to break down any of the starches of polyphs that the Woramus dontria cannot digest itself. This further aids the Woramus dontria in digestion while the Ventricapillus saccharovorum gets its source of energy.

Ventricapillus saccharovorum has a cell membrane, a cell wall, and a cell capsule for protection and contains its genetic material in a single strand throughout the cytoplasm. The cell capsule is resistant to the stomach acids of Ventricapillus saccharovorum and can survive in the extreme environments of the stomach. There are two flagella, one on each side of the parakaryote, that aid in swimming in random directions to encounter polyph matter to break down and consume through diffusion. Polyph sugars are absorbed by ribosomes and are used for energy.

Ventricapillus saccharovorum will replicate a clone of itself by duplicating its genetic material and splitting the cell in half. The life cycle usually takes thirty (30) minutes, but growth can be quickened or slowed depending on how many sugars are available for growth. If the cells do not receive any sugars within ten (10) hours, they will assume that the host has died and will attempt to break down the stomach lining and consume sugars from breaking down the host's cells and eventually the body, and those at the surface of the decaying body can spread to other hosts via the wind or by being inhaled. This natural force aids in selection of herbivores that constantly eat or grow internal defences, else they end in doom.