Comparison of known biotas - Revision history

Maxisnt: /* Pyrroloquinoline quinone */

2026-06-06T15:54:56Z

Pyrroloquinoline quinone

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	=== Polyphosphate chains ===		=== Polyphosphate chains ===
	[[Wikipedia:Polyphosphate\|Polyphosphates]] are the energy ~~storage~~ macromolecules used in the biota of [[Celiane]] and [[Enya]]. They are inorganic polymers with several points of cleavage, whose energy potential scales with their length. Any number of units may be cleaved at once, a mechanism exploited in both zoabiota and enyabiota for precise energy spending and control. Phosphorus is therefore central to Zoan and Enyan life, and is both a high-importance dietary requirement and the main metabolic waste product.		[[Wikipedia:Polyphosphate\|Polyphosphates]] are the energy currency macromolecules used in the biota of [[Celiane]] and [[Enya]]. They are inorganic polymers with several points of cleavage, whose energy potential scales with their length. Any number of units may be cleaved at once, a mechanism exploited in both zoabiota and enyabiota for precise energy spending and control. Phosphorus is therefore central to Zoan and Enyan life, and is both a high-importance dietary requirement and the main metabolic waste product.

	=== Pyrroloquinoline quinone ===		=== Pyrroloquinoline quinone ===
	~~hold on~~		[[File:Pqqtopqqh2.png\|thumb\|PQQ to PQQH<sub>2</sub>.<ref>https://pubs.acs.org/doi/10.1021/acs.chemrestox.1c00340</ref>]]
			[[Wikipedia:Pyrroloquinoline quinone\|Pyrroloquinoline quinone]] (PQQ) is a redox cofactor and the energy currency molecule used by the biota of [[Atahualpa]]. It works similarly to kannobiota's flavin mononucleotide by storing energy in its dihydrogenated form PQQH<sub>2</sub> and releasing it by reoxidising back into PQQ. Unlike [[Kanno]], Atahualpa's atmosphere is not as high in oxygen, rendering antioxidative systems largely unnecessary.

	=== Respiration in araiobiota ===		=== Respiration in araiobiota ===
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	=== Sphrigocalcin ===		=== Sphrigocalcin ===
	Life on Maaya utilises a specialised molecule named ''sphrigocalcin'' for energy storage. It binds three calcium ions which are then spent by releasing them into the cytoplasm. Maayan life therefore has a high need for calcium salts. Due to its high metabolic priority, Maayan life has evolved extremely efficient calcium recycling systems, and as such is rarely excreted. Sphrigocalcin itself is heavier than ATP, and its ratio of energy-per-mass is lower. Maayan life compensates by having larger, more specialised proteins which accomplish more tasks at once for less energy spent. The large 26-amino-acid metabolome of maiabiota is likely a result of this energy constraint.		Life on Maaya utilises a specialised molecule named ''sphrigocalcin'' for energy storage and currency. It binds three calcium ions which are then spent by releasing them into the cytoplasm. Maayan life therefore has a high need for calcium salts. Due to its high metabolic priority, Maayan life has evolved extremely efficient calcium recycling systems, and as such is rarely excreted. Sphrigocalcin itself is heavier than ATP, and its ratio of energy-per-mass is lower. Maayan life compensates by having larger, more specialised proteins which accomplish more tasks at once for less energy spent. The large 26-amino-acid metabolome of maiabiota is likely a result of this energy constraint.

	== Amino acids ==		== Amino acids ==

Maxisnt: /* Pyrroloquinoline quinone */

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Pyrroloquinoline quinone

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	=== Pyrroloquinoline quinone ===		=== Pyrroloquinoline quinone ===
	[[Wikipedia:Pyrroloquinoline quinone\|Pyrroloquinoline quinone]] (PQQ) is a redox cofactor used by life in [[Atahualpa]] as their energy currency molecule. It achieves this by reversibly reacting with oxygen and water to form 6-(2-amino-2-carboxyethyl)-7,8-dioxo-1,2,3,4,7,8-hexahydroquinoline-2,4-dicarboxylic acid (AHQQ).		hold on

	=== Respiration in araiobiota ===		=== Respiration in araiobiota ===

Maxisnt: /* Pyrroloquinoline quinone */

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Pyrroloquinoline quinone

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	=== Polyphosphate chains ===		=== Polyphosphate chains ===
	[[Wikipedia:Polyphosphate\|Polyphosphates]] are the energy storage macromolecules used in the biota of Celiane and Enya. They are inorganic polymers with several points of cleavage, whose energy potential scales with their length. Any number of units may be cleaved at once, a mechanism exploited in both zoabiota and enyabiota for precise energy spending and control. Phosphorus is therefore central to Zoan and Enyan life, and is both a high-importance dietary requirement and the main metabolic waste product.		[[Wikipedia:Polyphosphate\|Polyphosphates]] are the energy storage macromolecules used in the biota of [[Celiane]] and [[Enya]]. They are inorganic polymers with several points of cleavage, whose energy potential scales with their length. Any number of units may be cleaved at once, a mechanism exploited in both zoabiota and enyabiota for precise energy spending and control. Phosphorus is therefore central to Zoan and Enyan life, and is both a high-importance dietary requirement and the main metabolic waste product.

	=== Pyrroloquinoline quinone ===		=== Pyrroloquinoline quinone ===
	~~give me~~ a ~~mo im sorting~~ this ~~one out~~		[[Wikipedia:Pyrroloquinoline quinone\|Pyrroloquinoline quinone]] (PQQ) is a redox cofactor used by life in [[Atahualpa]] as their energy currency molecule. It achieves this by reversibly reacting with oxygen and water to form 6-(2-amino-2-carboxyethyl)-7,8-dioxo-1,2,3,4,7,8-hexahydroquinoline-2,4-dicarboxylic acid (AHQQ).

	=== Respiration in araiobiota ===		=== Respiration in araiobiota ===

Maxisnt at 15:29, 6 June 2026

2026-06-06T15:29:49Z

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	\|[[Comparison of known biotas#Respiration in araiobiota\|CTH]]		\|[[Comparison of known biotas#Respiration in araiobiota\|CTH]]
	\|Polyphosphate chains		\|Polyphosphate chains
	\|Pyrroloquinoline quinone		\|[[Comparison of known biotas#Pyrroloquinoline quinone\|Pyrroloquinoline quinone]]
	\|ATP		\|ATP
	\|-		\|-
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	Due to the very nature of NPC's data storage, high temperatures and strong magnetic fields might tear apart the genome, leading to effects similar to radiation exposure.		Due to the very nature of NPC's data storage, high temperatures and strong magnetic fields might tear apart the genome, leading to effects similar to radiation exposure.

	== Energy ~~storage~~ ==		== Energy currency ==

	=== Flavin mononucleotide ===		=== Flavin mononucleotide ===
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	=== Polyphosphate chains ===		=== Polyphosphate chains ===
	[[Wikipedia:Polyphosphate\|Polyphosphates]] are the energy storage macromolecules used in the biota of Celiane and Enya. They are inorganic polymers with several points of cleavage, whose energy potential scales with their length. Any number of units may be cleaved at once, a mechanism exploited in both zoabiota and enyabiota for precise energy spending and control. Phosphorus is therefore central to Zoan and Enyan life, and is both a high-importance dietary requirement and the main metabolic waste product.		[[Wikipedia:Polyphosphate\|Polyphosphates]] are the energy storage macromolecules used in the biota of Celiane and Enya. They are inorganic polymers with several points of cleavage, whose energy potential scales with their length. Any number of units may be cleaved at once, a mechanism exploited in both zoabiota and enyabiota for precise energy spending and control. Phosphorus is therefore central to Zoan and Enyan life, and is both a high-importance dietary requirement and the main metabolic waste product.

			=== Pyrroloquinoline quinone ===
			give me a mo im sorting this one out

	=== Respiration in araiobiota ===		=== Respiration in araiobiota ===

Maxisnt: /* Energy storage */

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Energy storage

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	=== Nucleic laminar polymer ===		=== Nucleic laminar polymer ===
	[[File:Genetics-fnlp.svg\|thumb\|Fuconucleic ~~laminal~~ polymer.]]		[[File:Genetics-fnlp.svg\|thumb\|Fuconucleic laminar polymer.]]
	NLPs ('''n'''ucleic '''l'''aminar '''p'''olymers), chiefly ''genetic tape'' or ''genetic laminar'', are the main [[Kanno\|Kannoan]] and [[Clannad\|Clannadian]] genetic information storage chemicals. They are long, flat molecular ribbons that store information through patterns utilising two chemicals, the ''bases''. These bases form two- (in simpler organisms) to six-base-wide lines (in most multicellular life) that go horizontally across the tape's width.		NLPs ('''n'''ucleic '''l'''aminar '''p'''olymers), chiefly ''genetic tape'' or ''genetic laminar'', are the main [[Kanno\|Kannoan]] and [[Clannad\|Clannadian]] genetic information storage chemicals. They are long, flat molecular ribbons that store information through patterns utilising two chemicals, the ''bases''. These bases form two- (in simpler organisms) to six-base-wide lines (in most multicellular life) that go horizontally across the tape's width.

Maxisnt: /* Maiabiota */

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Maiabiota

Maxisnt: /* Cevobiota */

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Cevobiota

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	\|[[Comparison of known biotas#Glyconucleic acid\|GNA]]		\|[[Comparison of known biotas#Glyconucleic acid\|GNA]]
	\|[[Comparison of known biotas#Nucleic laminar polymer\|FNLP]]		\|[[Comparison of known biotas#Nucleic laminar polymer\|FNLP]]
	\|~~DNA +~~ RNA		\|RNA
	\|[[Comparison of known biotas#Nucleic polycobaltocene\|NPC]]		\|[[Comparison of known biotas#Nucleic polycobaltocene\|NPC]]
	\|[[Comparison of known biotas#Deoxyribonucleic intervalene\|DNI]]		\|[[Comparison of known biotas#Deoxyribonucleic intervalene\|DNI]]
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	\| colspan="2" \|[[Wikipedia:Whitlockite\|Whitlockite]]		\| colspan="2" \|[[Wikipedia:Whitlockite\|Whitlockite]]
	\|[[Wikipedia:Struvite\|Struvite]]-[[Wikipedia:Collagen\|collagen]] complex		\|[[Wikipedia:Struvite\|Struvite]]-[[Wikipedia:Collagen\|collagen]] complex
	\|[[Wikipedia:Lignin\|Lignin]]		\|Whitlockite (main), [[Wikipedia:Lignin\|Lignin]] (supplementary)
	\|Magnesium-ammonium-phosphate mineral		\|Magnesium-ammonium-phosphate mineral
	\| colspan="2" \|Hydroxyapatite		\| colspan="2" \|Hydroxyapatite
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	==== Cevobiota ====		==== Cevobiota ====

	* All derived from an ancient [[CoSM:Glossary#Estranged Mother Theory\|~~multiple~~ pseudo-panspermia event]].		* All derived from an ancient [[CoSM:Glossary#Estranged Mother Theory\|poly-pseudo-panspermia event]] which introduced RNA to each planet of origin.
	* One of two biotas with tryptophan in their metabolome, on which they are dependent for circadian rhythm and mood regulation.		* One of two biotas with tryptophan in their metabolome, on which they are dependent for circadian rhythm and mood regulation.

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	==== Telebiota ====		==== Telebiota ====

	* Lignin-based ~~skeletal~~ structures are resistant but more susceptible to enzymatic degradation.		* Development of RNA independent from cevobiota, not included in the [[CoSM:Glossary#Estranged Mother Theory\|Estranged Mother Theory]].
			* Lignin-based structures are resistant to weathering but more susceptible to enzymatic degradation.
	* In some species, copper deficiency cascades not only into hypoxia, but also neural degeneration, as the nervous systems of these telebiota require copper.		* In some species, copper deficiency cascades not only into hypoxia, but also neural degeneration, as the nervous systems of these telebiota require copper.

Maxisnt at 15:06, 6 June 2026

2026-06-06T15:06:12Z

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	==== Cevobiota ====		==== Cevobiota ====

			* All derived from an ancient [[CoSM:Glossary#Estranged Mother Theory\|multiple pseudo-panspermia event]].
	* One of two biotas with tryptophan in their metabolome, on which they are dependent for circadian rhythm and mood regulation.		* One of two biotas with tryptophan in their metabolome, on which they are dependent for circadian rhythm and mood regulation.

Maxisnt: /* Respiration in araiobiota */

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Respiration in araiobiota

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	\|[[Comparison of known biotas#Flavin mononucleotide\|Flavin mononucleotide]]		\|[[Comparison of known biotas#Flavin mononucleotide\|Flavin mononucleotide]]
	\|[[Wikipedia:Guanosine triphosphate\|GTP]]		\|[[Wikipedia:Guanosine triphosphate\|GTP]]
	\|[[Comparison of known biotas#Respiration in araiobiota\|~~CTTAP~~]]		\|[[Comparison of known biotas#Respiration in araiobiota\|CTH]]
	\|Polyphosphate chains		\|Polyphosphate chains
	\|Pyrroloquinoline quinone		\|Pyrroloquinoline quinone
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	=== Respiration in araiobiota ===		=== Respiration in araiobiota ===
	Araiobiota use a form of anaerobic respiration involving one [[Wikipedia:Molecular nitrogen\|molecular nitrogen]] and three [[Wikipedia:Molecular hydrogen\|molecular hydrogens]] to create [[Wikipedia:Ammonia\|ammonia]], the reaction of which independently creates energy. This is the baseline energy production system devised by most araiobiotes. Their lungs, unlike those of aerobic organisms, are single chambers that ~~contract and expand~~ by the pressure of the reaction itself, ~~lightly~~ aided by muscle.		Araiobiota use a form of anaerobic respiration involving one [[Wikipedia:Molecular nitrogen\|molecular nitrogen]] and three [[Wikipedia:Molecular hydrogen\|molecular hydrogens]] to create [[Wikipedia:Ammonia\|ammonia]], the reaction of which independently creates energy. This is the baseline energy production system devised by most araiobiotes. Their lungs, unlike those of aerobic organisms, are single chambers that contracts by the pressure of the reaction itself, and expands aided by muscle.
	[[File:CCTPA.svg\|thumb\|Cobocorrin tris(~~triaminophosphazene~~).]]		[[File:CCTPA.svg\|thumb\|Cobocorrin tris(hexaaminotriphosphazene).]]
	The energy currency molecule is ''cobocorrin tris(~~triaminophosphazene~~)'' (~~CTTAP~~). It is formed by a corrin macrocycle with three ~~triphosphazene~~ tails and a cobalt(I) ion core. Energy is expended through sequential ammonolysis of the tails, a remarkably similar mechanism to ATP and GTP transposed to ammonia-solvent biochemistry.<blockquote>Step 1: ~~CTTAP~~ + NH<sub>3</sub> → ~~CBTAP~~ (cobocorrin bis(~~triaminophosphazene~~)) + ~~[PN element]~~ + energy		The energy currency molecule is ''cobocorrin tris(hexaaminotriphosphazene)'' (CTH). It is formed by a corrin macrocycle with three ''hexaaminotriphosphazene'' (HATP) tails and a cobalt(I) ion core. Energy is expended through sequential ammonolysis of the tails, a remarkably similar mechanism to ATP and GTP transposed to ammonia-solvent biochemistry.<blockquote>Step 1: CTH + NH<sub>3</sub> → CBH (''cobocorrin bis(hexaaminotriphosphazene)'') + Free HATP + energy

	Step 2: ~~CBTAP~~ + NH<sub>3</sub> → ~~CMTAP~~ (cobocorrin mono(~~triaminophosphazene~~)) + ~~[PN element]~~ + energy		Step 2: CBH + NH<sub>3</sub> → CMH (''cobocorrin mono(hexaaminotriphosphazene)'') + Free HATP + energy

	Step 3: ~~CMTAP~~ + NH<sub>3</sub> → Bare cobocorrin + ~~[PN element]~~ + energy</blockquote>Most araiobiotes have a secondary dense energy storage solution, [[Wikipedia:Hydrazine\|hydrazine]] (N<sub>2</sub>H<sub>4</sub>), stored in vacuoles inside specialised cells called ''panicosomes''. It disproportionates into ammonia and molecular nitrogen as its terminal reaction, completing a metabolic loop with respiration. Hydrazine is used under high stress, and causes a distinct "hissing" from araiobiote spiracles as excess N<sub>2</sub> is produced and expelled in high quantities.		Step 3: CMH + NH<sub>3</sub> → Bare cobocorrin + Free HATP + energy</blockquote>Most araiobiotes have a secondary dense energy storage solution, [[Wikipedia:Hydrazine\|hydrazine]] (N<sub>2</sub>H<sub>4</sub>), stored in vacuoles inside specialised cells called ''panicosomes''. It disproportionates into ammonia and molecular nitrogen as its terminal reaction, completing a metabolic loop with respiration. Hydrazine is used under high stress, and causes a distinct "hissing" from araiobiote spiracles as excess N<sub>2</sub> is produced and expelled in high quantities.

	=== Sphrigocalcin ===		=== Sphrigocalcin ===

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Respiration in araiobiota

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	=== Respiration in araiobiota ===		=== Respiration in araiobiota ===
	Araiobiota use a form of anaerobic respiration involving one [[Wikipedia:Molecular nitrogen\|molecular nitrogen]] and three [[Wikipedia:Molecular hydrogen\|molecular hydrogens]] to create [[Wikipedia:Ammonia\|ammonia]], the reaction of which independently creates energy. This is the baseline energy production system devised by most araiobiotes. Their lungs, unlike those of aerobic organisms, are single chambers that contract and expand by the pressure of the reaction itself, lightly aided by muscle.		Araiobiota use a form of anaerobic respiration involving one [[Wikipedia:Molecular nitrogen\|molecular nitrogen]] and three [[Wikipedia:Molecular hydrogen\|molecular hydrogens]] to create [[Wikipedia:Ammonia\|ammonia]], the reaction of which independently creates energy. This is the baseline energy production system devised by most araiobiotes. Their lungs, unlike those of aerobic organisms, are single chambers that contract and expand by the pressure of the reaction itself, lightly aided by muscle.
	[[File:CCTPA.svg\|thumb\|Cobocorrin tris(~~triphosphazene~~).]]		[[File:CCTPA.svg\|thumb\|Cobocorrin tris(triaminophosphazene).]]
	The energy currency molecule is ''cobocorrin tris(triaminophosphazene)'' (CTTAP). It is formed by a corrin macrocycle with three triphosphazene tails and a cobalt(I) ion core. Energy is expended through sequential ammonolysis of the tails, a remarkably similar mechanism to ATP and GTP transposed to ammonia-solvent biochemistry.<blockquote>Step 1: CTTAP + NH<sub>3</sub> → CBTAP (cobocorrin bis(triaminophosphazene)) + [PN element] + energy		The energy currency molecule is ''cobocorrin tris(triaminophosphazene)'' (CTTAP). It is formed by a corrin macrocycle with three triphosphazene tails and a cobalt(I) ion core. Energy is expended through sequential ammonolysis of the tails, a remarkably similar mechanism to ATP and GTP transposed to ammonia-solvent biochemistry.<blockquote>Step 1: CTTAP + NH<sub>3</sub> → CBTAP (cobocorrin bis(triaminophosphazene)) + [PN element] + energy

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	* Sphrigocalcin's use of 3 calcium ions makes calcium intake highly important.		* Sphrigocalcin's use of 3 calcium ions makes calcium intake highly important.
	** However, calcium intake and excretion is significantly less than expected due to maiabiota's ~~highly~~ efficient calcium recycling biomechanics.		** However, calcium intake and excretion is significantly less than expected due to maiabiota's efficient calcium recycling biomechanics.
	* Potassium is another important dietary requirement, necessary for genetic stability.		* Potassium is another important dietary requirement, necessary for genetic stability.
	* Larger, multi-purpose proteins make maiabiota highly susceptible to protein aggregation diseases, especially during old age.		* Larger, multi-purpose proteins make maiabiota highly susceptible to protein aggregation diseases, especially during old age.
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	*Neural pathways are simple and reliant on electrical synapses (over chemical).		*Neural pathways are simple and reliant on electrical synapses (over chemical).
	*Immune systems are enzymatic rather than cellular.		*Immune systems are enzymatic rather than cellular. Specialised enzymes are generated for novel pathogens, although the reaction time for this is considerably slow.
	*Fewer, simpler proteins entail fewer chances for misfolding and protein aggregation, rendering diseases akin to [[wikipedia:Alzheimer's disease\|Alzheimer's]], [[wikipedia:Parkinson's disease\|Parkinson's]], [[wikipedia:ALS\|ALS]], etc., exceedingly rare, almost impossible.		*Fewer, simpler proteins entail fewer chances for misfolding and protein aggregation, rendering diseases akin to [[wikipedia:Alzheimer's disease\|Alzheimer's]], [[wikipedia:Parkinson's disease\|Parkinson's]], [[wikipedia:ALS\|ALS]], etc., exceedingly rare, almost impossible.
	*Faster, simpler biosynthetic processes lead to advantages such as faster wound healing and tissue regeneration.		*Faster, simpler biosynthetic processes lead to advantages such as faster wound healing and tissue regeneration.
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	*Polyphosphate chain energy storage renders phosphorus a major dietary requirement.		*Polyphosphate chain energy storage renders phosphorus a major dietary requirement.
	*Small amino acid metabolome renders the production of certain enzymes impossible. Ethanol, for example, is completely indigestible to a Zoan organism.		*Small amino acid metabolome renders the production of certain enzymes impossible. Ethanol, for example, is completely indigestible to a Zoan organism.
	*Epigenetic regulation requires a different biosynthetic mechanism due to the lack of methionine~~, which makes zoabiota distinct~~.		*Epigenetic regulation requires a different biosynthetic mechanism due to the lack of methionine.

	==== Kannobiota ====		==== Kannobiota ====

	* Kanno's high-oxygen atmosphere constantly generates reactive oxygen species. As such, antioxidant processes are necessary for survival.		* Kanno's high-oxygen atmosphere combined with kannobiota's flavin mononucleotide energy currency constantly generates reactive oxygen species. As such, antioxidant processes are necessary for survival.
	* Struvite-collagen composite bones require dietary magnesium.		* Struvite-collagen composite bones require dietary magnesium.
	* Chlorocruorin's lower efficiency compared to haemoglobin requires higher blood volumes or more efficient respiratory systems.		* Chlorocruorin's lower efficiency compared to haemoglobin requires higher blood volumes or more efficient respiratory systems.
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	* The use of ammonia as a solvent precludes all water-based biomaterial from being compatible with araiobiotic biosynthesis.		* The use of ammonia as a solvent precludes all water-based biomaterial from being compatible with araiobiotic biosynthesis.
	* NPC-based genomes make araiobiotes highly sensitive to high temperatures and strong magnetic fields.		* NPC-based genomes make araiobiotes highly sensitive to high temperatures and strong magnetic fields.
	* Cobalt is one of the main dietary requirements, necessary for genetic stability, as well as titanium for nitrogen respiration.		* Cobalt is one of the main dietary requirements, necessary for genetic stability, as well as titanium for nitrogen respiration and potassium for hydrogen.

	==== Enyabiota ====		==== Enyabiota ====

	* As with zoabiota, phosphorus is a main energetic requirement.		* As with zoabiota, phosphorus is a main energetic requirement.
	* Dietary nickel necessary for respiration ~~and niccoline-dependent metalloproteins and enzymes~~.		* Dietary nickel necessary for respiration.
	* DNI's methyl-interval encoding makes methyltransferase systems central to genome maintenance; dietary methyl donors are thereby metabolically significant.		* DNI's methyl-interval encoding makes methyltransferase systems central to genome maintenance; dietary methyl donors are thereby metabolically significant.

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	\|✅		\|✅
	\|❌		\|❌
	\|❌
	\|✅		\|✅
	\|✅		\|✅
	\|Aromatic. Fills a similar niche as Phe in maayabiota and Trp in telebiota and clannadobiota; in atavalpobiota it was selected as an additional aromatic amino acid.		\|✅
			\|Aromatic. Fills a similar niche as Phe in maayabiota and Trp in telebiota and clannadobiota; in atavalpobiota and enyabiota it was selected as an additional aromatic amino acid.
	\|-		\|-
	\|Methylvaline (Mev)		\|Methylvaline (Mev)
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	\|✅		\|✅
	\|Nonpolar. Fills a similar niche as Ile in most biota that exclude it.		\|Nonpolar. Fills a similar niche as Ile in most biota that exclude it.
	\|-
	~~\|Niccoline (Nic)~~
	\|❌
	\|❌
	\|❌
	\|❌
	\|❌
	\|❌
	\|✅
	\|❌
	\|❌
	~~\|Linked with nickel chelation, exclusive to enyabiota.~~
	\|-		\|-
	\|[[Wikipedia:Norvaline\|Norvaline]] (Nva)		\|[[Wikipedia:Norvaline\|Norvaline]] (Nva)