Genetic Architecture: Difference between revisions

Revision as of 14:46, 15 September 2025

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 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.

Sub-Architectures

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. chromosomes vs. Seliotypes)
The mechanism of recombination (e.g. meiosis vs. *seliquad binding*)
The presence or absence of metaphysical constraints

Terran vs. Volamin Systems

Terran systems use chromosomes divided during meiosis; half are contributed from each parent.
Volamin-descended species use Seliotypes, each of which is divided into four Seliquads, with two passed on from each parent.

The Volamin Genetic Architecture

Species that descend from or belong to the Volamin sub-architecture use a unique metaphysical-heritable system:

Each individual has 16 Seliotypes, each composed of 4 Seliquads
Selinectos control compatibility—only matching seliquads bind
Hybridization is only possible for line-blended individuals (non-purebloods)

This system allows intricate trait expression, including:

Dual eye or hair color
Dermachrome-based pigmentation patterning
Quarter-based species inheritance, e.g.:
- ½ High Valorîin + ½ Modern Valorèin (Old Valorèin)
- ¼ Têran, ¾ Zekerin

Trait and Hybrid Expression

Seliquads determine trait inheritance via dominant and recessive ends, and express only when bound with compatible counterparts. Trait complexity is a function of:

Lineage compatibility
Seliquad arrangement and binding type
Selinecto resonance patterns

Outcomes include:

Single-tone vs. layered Dermachrome skin effects
Spirit-bound traits such as psionic harmonics or memory inheritance
Predictable hybridization only within the same genetic architecture

Notable Volamin Species

The following species share the Volamin Genetic Architecture:

Confusions and Distinctions

The term Volamin may refer to either:

The Volamin Genetic Architecture — a biological/metaphysical classification
The Volamin (Spirit Tribe) — a spiritual lineage not always biologically linked

While often overlapping, they are not synonymous. Some individuals carry the Volamin architecture but belong to a different spiritual tribe, and vice versa.

References

@@ Line 1: / Line 1: @@
-'''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.
+'''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'''.
@@ Line 6: / Line 6: @@
 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. *chromosomes* vs. [[Seliotype|Seliotypes]])
+* The ''structure'' of heritable material (e.g. ''chromosomes'' vs. [[Seliotype|Seliotypes]])
-* The ''mechanism of recombination'' (e.g. *meiosis* vs. *seliquad binding*)
+* The ''mechanism of recombination'' (e.g. ''meiosis'' vs. *seliquad binding*)
 * The presence or absence of ''metaphysical constraints''
 === Terran vs. Volamin Systems ===
-* Terran systems use *chromosomes* divided during *meiosis*; half are contributed from each parent.
+* 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.