Erdyll - Revision history

Maxisnt at 04:37, 28 March 2026

2026-03-28T04:37:59Z

← Older revision		Revision as of 04:37, 28 March 2026
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	\| Caption2 = Comparison between a eukaryotic animal cell and a myll erdyll.		\| Caption2 = Comparison between a eukaryotic animal cell and a myll erdyll.
	}}		}}
	The '''erdyll''' ([[Phyrean]]: ''[[érddyll]]'') or '''erdid''' is the second most prolific biological unit of [[World]]. Unlike animals, plants and fungi, which are made of cells and thus termed ''cytotes'', [[myll]]s and [[luss]]es are made of erdylls, microorganisms that resemble cells in function and appearance, and are thus named ''erdotes''. They are differentiated from cytotic cells because their biochemistry differs in significant ways.		The '''erdyll''' ([[Phyrean]]: {{Cs\|jrt\|ērðyq}} ''érddyll'') or '''erdid''' is the second most prolific biological unit of [[World]]. Unlike animals, plants and fungi, which are made of cells and thus termed ''cytotes'', [[myll]]s and [[luss]]es are made of erdylls, microorganisms that resemble cells in function and appearance, and are thus named ''erdotes''. They are differentiated from cytotic cells because their biochemistry differs in significant ways.

	The structures of eukaryotic cells and eukaryoid erdylls, though superficially similar, differ in some aspects. First and most noticeably, their [[polynuclei]] resemble macronuclei like those found in the cytotic genus [[Wikipedia:Stentor\|''Stentor'']] more closely. They are, in truth, chains of smaller nuclei, all of which being copies of each other. Whenever an erdyll is broken, torn or cut, as long as there’s a piece of the polynucleus inside each part, it is able to repair itself. This sometimes ends up cloning the initial individual, especially in single microorganisms. Erdote macroorganisms, for the most part, do not have this ability, as the process is very energy-consuming.		The structures of eukaryotic cells and eukaryoid erdylls, though superficially similar, differ in some aspects. First and most noticeably, their [[polynuclei]] resemble macronuclei like those found in the cytotic genus [[Wikipedia:Stentor\|''Stentor'']] more closely. They are, in truth, chains of smaller nuclei, all of which being copies of each other. Whenever an erdyll is broken, torn or cut, as long as there’s a piece of the polynucleus inside each part, it is able to repair itself. This sometimes ends up cloning the initial individual, especially in single microorganisms. Erdote macroorganisms, for the most part, do not have this ability, as the process is very energy-consuming.

Maxisnt at 11:53, 4 January 2026

2026-01-04T11:53:34Z

← Older revision		Revision as of 11:53, 4 January 2026
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	\| Caption2 = Comparison between a eukaryotic animal cell and a myll erdyll.		\| Caption2 = Comparison between a eukaryotic animal cell and a myll erdyll.
	}}		}}
	The '''erdyll''' ([[Phyrean]]: ''[[érddyll]]'') or '''erdid''' is the ~~basic structural, functional, and~~ biological unit of ~~all known entities~~. Unlike animals, plants and fungi, which are made of cells and thus termed ''cytotes'', [[myll]]s and [[luss]]es are made of erdylls, microorganisms that resemble cells in function and appearance, and are thus named ''erdotes''. They are differentiated from cytotic cells because their biochemistry differs in significant ways.		The '''erdyll''' ([[Phyrean]]: ''[[érddyll]]'') or '''erdid''' is the second most prolific biological unit of [[World]]. Unlike animals, plants and fungi, which are made of cells and thus termed ''cytotes'', [[myll]]s and [[luss]]es are made of erdylls, microorganisms that resemble cells in function and appearance, and are thus named ''erdotes''. They are differentiated from cytotic cells because their biochemistry differs in significant ways.

	The structures of eukaryotic cells and erdylls, though superficially similar, differ in ~~various ways~~. First and most noticeably, their [[polynuclei]] resemble ~~protozoan~~ macronuclei more closely. They are, in truth, chains of smaller ~~nucleus-like structures~~, all of which ~~contain the erdote’s genetic information~~. Whenever an erdyll is broken, torn or cut, as long as there’s a piece of the polynucleus inside each part, it is able to repair itself. This sometimes ends up cloning the initial individual, especially in single microorganisms. Erdote macroorganisms, for the most part, do not have this ability, as the process is very energy-consuming.		The structures of eukaryotic cells and eukaryoid erdylls, though superficially similar, differ in some aspects. First and most noticeably, their [[polynuclei]] resemble macronuclei like those found in the cytotic genus [[Wikipedia:Stentor\|''Stentor'']] more closely. They are, in truth, chains of smaller nuclei, all of which being copies of each other. Whenever an erdyll is broken, torn or cut, as long as there’s a piece of the polynucleus inside each part, it is able to repair itself. This sometimes ends up cloning the initial individual, especially in single microorganisms. Erdote macroorganisms, for the most part, do not have this ability, as the process is very energy-consuming.

	Similar to eukaryotic mitochondria, erdylls have special synthesising organelles which convert O<sub>2</sub> into ATP, the [[pneumoplast]]s. ~~An organelle resembling the Golgi apparatus~~ which ~~packages and processes proteins for excretion~~ is ~~also present. Similarly, endoplasmic reticula analogues take care~~ of ~~folding proteins~~.		Similar to eukaryotic mitochondria, eukaryoid erdylls have special synthesising organelles which convert O<sub>2</sub> into ATP, the [[pneumoplast]]s. Pneumoplasts are genetically dissimilar to mitochondria, which is conclusive of a separate origin.

	[[Category:Life]] [[Category:Living beings]] [[Category:Erdotes]] [[Category:Biology]]		[[Category:Life]] [[Category:Living beings]] [[Category:Erdotes]] [[Category:Biology]]

Maxisnt at 19:20, 16 October 2025

2025-10-16T19:20:40Z

← Older revision		Revision as of 19:20, 16 October 2025
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	~~{{Borked}}~~{{Stub}}{{Infobox anatomy		{{Stub}}{{Infobox anatomy
	\| Name = Erdyll		\| Name = Erdyll
	\| Latin =		\| Latin =

Maxisnt at 17:48, 15 October 2025

2025-10-15T17:48:42Z

← Older revision		Revision as of 17:48, 15 October 2025
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	{{Stub}}{{Infobox anatomy		{{Borked}}{{Stub}}{{Infobox anatomy
	\| Name = Erdyll		\| Name = Erdyll
	\| Latin =		\| Latin =

Maxisnt: 1 revision imported

2025-10-15T00:07:23Z

1 revision imported

← Older revision		Revision as of 00:07, 15 October 2025
(No difference)

Maxisnt at 15:38, 3 July 2025

2025-07-03T15:38:59Z

New page

{{Stub}}{{Infobox anatomy
| Name = Erdyll
| Latin =
| Image = Erdylls.png
| Caption = Two specimens of ''[[Orerdium fafia]]'' under the microscope.
| Width =
| Image2 = Animvserd.svg
| Caption2 = Comparison between a eukaryotic animal cell and a myll erdyll.
}}
The '''erdyll''' ([[Phyrean]]: ''[[érddyll]]'') or '''erdid''' is the basic structural, functional, and biological unit of all known entities. Unlike animals, plants and fungi, which are made of cells and thus termed ''cytotes'', [[myll]]s and [[luss]]es are made of erdylls, microorganisms that resemble cells in function and appearance, and are thus named ''erdotes''. They are differentiated from cytotic cells because their biochemistry differs in significant ways.

The structures of eukaryotic cells and erdylls, though superficially similar, differ in various ways. First and most noticeably, their [[polynuclei]] resemble protozoan macronuclei more closely. They are, in truth, chains of smaller nucleus-like structures, all of which contain the erdote’s genetic information. Whenever an erdyll is broken, torn or cut, as long as there’s a piece of the polynucleus inside each part, it is able to repair itself. This sometimes ends up cloning the initial individual, especially in single microorganisms. Erdote macroorganisms, for the most part, do not have this ability, as the process is very energy-consuming.

Similar to eukaryotic mitochondria, erdylls have special synthesising organelles which convert O<sub>2</sub> into ATP, the [[pneumoplast]]s. An organelle resembling the Golgi apparatus which packages and processes proteins for excretion is also present. Similarly, endoplasmic reticula analogues take care of folding proteins.

[[Category:Life]] [[Category:Living beings]] [[Category:Erdotes]] [[Category:Biology]]