Genetic Architecture: Difference between revisions
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'''Genetic Architecture''' refers to the structural organization and transmission method of heritable material across sentient and non-sentient species. In biological species, this typically refers to | '''Genetic Architecture''' refers to the structural organization and transmission method of heritable material across sentient and non-sentient species. In biological species, this typically refers to ''chromosomes'', ''alleles'', and ''gene regulation systems''. In metaphysically-active species such as those descended from the [[Volamin (Genetic Architecture)]], genetic architecture includes complex systems like [[Seliotype|Seliotypes]], which are spirit-bound information matrices. | ||
Understanding a species’ genetic architecture is essential for analyzing '''reproductive compatibility''', '''hybrid viability''', '''trait expression''', and '''biocultural divergence'''. | Understanding a species’ genetic architecture is essential for analyzing '''reproductive compatibility''', '''hybrid viability''', '''trait expression''', and '''biocultural divergence'''. | ||
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Species with compatible reproductive systems often share a '''sub-architecture''', enabling genetic exchange or hybridization. Sub-architectures are determined by: | Species with compatible reproductive systems often share a '''sub-architecture''', enabling genetic exchange or hybridization. Sub-architectures are determined by: | ||
* The ''structure'' of heritable material (e.g. | * The ''structure'' of heritable material (e.g. ''chromosomes'' vs. [[Seliotype|Seliotypes]]) | ||
* The ''mechanism of recombination'' (e.g. | * The ''mechanism of recombination'' (e.g. ''meiosis'' vs. *seliquad binding*) | ||
* The presence or absence of ''metaphysical constraints'' | * The presence or absence of ''metaphysical constraints'' | ||
=== Terran vs. Volamin Systems === | === Terran vs. Volamin Systems === | ||
* Terran systems use | * Terran systems use ''chromosomes'' divided during ''meiosis''; half are contributed from each parent. | ||
* Volamin-descended species use [[Seliotype|Seliotypes]], each of which is divided into four [[Seliquad|Seliquads]], with two passed on from each parent. | * Volamin-descended species use [[Seliotype|Seliotypes]], each of which is divided into four [[Seliquad|Seliquads]], with two passed on from each parent. | ||
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* [[Dermachrome]]-based pigmentation patterning | * [[Dermachrome]]-based pigmentation patterning | ||
* Quarter-based ''species inheritance'', e.g.: | * Quarter-based ''species inheritance'', e.g.: | ||
** ½ [[High | ** ½ [[High Valorîin]] + ½ [[Modern Valorîin]] (''Old Valorîin'') | ||
** ¼ [[ | ** ¼ [[Tîran]], ¾ [[Zekerin]] | ||
== Trait and Hybrid Expression == | == Trait and Hybrid Expression == | ||
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== Notable Volamin Species == | == Notable Volamin Species == | ||
The following species share the '''Volamin Genetic Architecture''': | The following species share the '''Volamin Genetic Architecture''': | ||
* [[ | * [[Valorîin]] (All Variants) | ||
* [[High | * [[High Valorîin]] | ||
* [[Modern | * [[Modern Valorîin]] | ||
* [[Old | * [[Old Valorîin]] | ||
* [[ | * [[Zekerin]] | ||
* [[Kwin'harin]] | * [[Kwin'harin]] | ||
* [[ | * [[Žedarin]] | ||
* [[Hendarin]] | * [[Hendarin]] | ||
* [[ | * [[Tenzolîin]] | ||
* [[ | * [[Tîran]] | ||
* [[ | * [[Lûdokrîin]] | ||
* [[ | * [[Vâthîin]] | ||
* [[Tekarin]] | * [[Tekarin]] | ||
* [[ | * [[Zekorîin]] | ||
== Confusions and Distinctions == | == Confusions and Distinctions == | ||