ORGANISM FRAMEWORK
OFRAME V13 · BIOLOGICAL REFERENCE STACK · EOSE LABS DAY 97
8-Layer Architecture · 3 Reference Organisms · SET-H Integration · Superposition Equation
E. coli K-12 · S. cerevisiae · C. elegans · Extended: Drosophila · Arabidopsis · Mouse · Human
γ₁ = 14.134725141734693 — golden spine through all biological layers
§1 — The Superposition Equation
Organism = α|molecules〉 + β|cells〉 + γ|tissues〉 + δ|systems〉 + ε|behavior〉
Each weight non-zero for living systems. Suppression = dysfunction. Death = all weights → 0. γ₁ = minimum nonzero energy state.
E. COLI K-12
S. CEREVISIAE
C. ELEGANS
§2 — Eight-Layer Architecture
From genome to evolutionary dynamics. Each layer emergent from those below. γ₁ = 14.134725141734693 runs as the golden spine through all 8 layers — the irreducible energy quantum of biological organization.
L8
EVOLUTIONARY DYNAMICS
E.coli partialYeast partialC.el partial
L7
POPULATION
E.coli strongYeast goodC.el moderate
L6
ORGANISM
E.coli=L4Yeast=L4C.el 60%
L5
ORGAN / TISSUE
E.coli N/AYeast N/AC.el 65%
L4
CELLULAR
E.coli 75%Yeast 85%C.el 70%
L3
SUBCELLULAR / NETWORK
E.coli 85%Yeast 88%C.el 75%
L2
MOLECULAR
E.coli 95%Yeast 90%C.el 80%
L1
GENOMIC
E.coli 99%Yeast 95%C.el 95%
§3 — The Reference Ladder
Three organisms for maximal biological coverage. Together they span L1–L7. Below E. coli: viruses (L1 partial only). Above C. elegans: scale, not new categories.
E. COLI K-12
Genome: 4.6 Mb · 4,300 genes
Coding: 88% · Division: 20 min
Pathways: 300+ · Layers: L1–L4
Prokaryote · No nucleus · EcoCyc
→ E.COLI DEEP DIVES. CEREVISIAE
Genome: 12.1 Mb · 16 chr
Genes: 6,000 · Cycle: 90 min
Nobel: 3 prizes · Layers: L1–L4
Eukaryote · Autophagy · SGD
→ YEAST DEEP DIVEC. ELEGANS
Genome: 100 Mb · 20,000 genes
Cells: 959 · Neurons: 302
100% cell lineage mapped · Layers: L1–L7
Full connectome · OpenWorm
→ C.ELEGANS DEEP DIVE§4 — SET-H Integration · Biological Type
SET Type H: Living ↔ Dormant. The suppressed intermediate “partially alive” is thermodynamically unstable. Threshold: water, nutrients, temperature, light. All organisms are SET-H sublime entities.
TYPE H DORMANCY EXAMPLES
| ORGANISM | DORMANT FORM | MAX VIABILITY | THRESHOLD | FLEET ANALOG |
|---|
| B. subtilis | Endospore | ~1,000 yr | Water + nutrients | Tardigrade data unit |
| C. elegans | Dauer larva | Months | Food + temperature | Silo hibernation |
| Tardigrade | Tun cryptobiosis | Decades | Water rehydration | FC cold storage |
| Plant seeds | Dormant seed | ~1,000 yr | Water + temp + light | NAS archive |
| E. coli VBNC | Viable non-culturable | Years | Nutrient restoration | Minimal mode |
γ₁ = 14.134725141734693 — the Boltzmann floor energy kT separating living from dormant.
§5 — Extended Reference Stack
Beyond the primary three. Tier A = supplemental. Tier B/C = specialist. Full stack: prokaryote to Homo sapiens.
| TIER | ORGANISM | GENOME | LAYERS | KEY ROLE |
|---|
| S | E. coli K-12 | 4.6 Mb | L1–L4 | Prokaryote standard, FBA, metabolism |
| S | S. cerevisiae | 12.1 Mb | L1–L4 | Eukaryote standard, autophagy, cell cycle |
| S | C. elegans | 100 Mb | L1–L7 | Whole organism, connectome, full lineage |
| A | D. melanogaster | 140 Mb | L1–L6 | Genetics, evo-devo, neuroscience |
| A | A. thaliana | 135 Mb | L1–L5 | Plant model, circadian, stress response |
| B | M. musculus | 2.7 Gb | L1–L7 | Mammalian physiology, disease models |
| B | H. sapiens | 3.2 Gb | L1–L8 | Primary target; most incomplete reference |
| C | D. rerio (zebrafish) | 1.7 Gb | L1–L6 | Vertebrate development, live imaging |
→ FULL REFERENCE STACK