MEFI Digital Biology Engine v0.5 — Clinical Atlas Semantic Zoom












MEFI Digital Biology Engine v0.5




A clinician-readable virtual anatomy and molecular atlas with continuous semantic zoom from the whole person to tissue, cell, genome, protein, amino-acid, and authoritative MEFI periodic-source layers. Unresolved MEFI inputs remain explicitly unresolved.






 118 MEFI elements loaded
 20 amino acids loaded
 kr = compression
 kc = expansion
 CLINICAL ATLAS MODENO PROXY VALUES











Source & Sequence

authoritative seed





 
 

1-letter amino-acid codes. Default is the retained reference chain from the existing MEFI folding integration layer.





 
 
 












Scale Navigator


 stage









 
 
 




 Source lock: elemental centers, lower/upper decoherence points, ΔQ pattern, compression phase and MEFI field type originate in the embedded MEFI periodic source table.















Amino acid raw signature



Molecule / residue





 source node
 bridge
 parent node













MEFI Layer Progression Reference




Every biological scale remains one nested MEFI path. The boxes below are connected operations, not separate proxy models.




 Layer 4 · SOURCE











01 · Source


Active node


—




›





02 · Core relation


kr compression + kc expansion


—




›





03 · Relationship


Bridge + separation r


—




›





04 · Modulation


ΔQ · fUFR(t)


—




›





05 · Organization


C(t), Π(t), EUMI


—




›





06 · Closure / handoff


RePhase → higher node


—









FMEFI(r,t) = [ kc/r² − kr/(r²(1+r)) ] + ΔQ·fUFR(t)    |    Π(t)=ΔQ(t)C(t)


Only authoritative terms evaluate the whole core. Missing terms stay unresolved.






 

→ nested node →

 













Single-click selects a labeled structure · double-click opens its clinical plate · Zoom out returns to the parent anatomy.





 
 
 ANTERIOR · CLINICAL PLATE






 

Whole person
Semantic zoom navigation is active.





 Exact source composition

Residue values are inherited from the MEFI periodic chart and amino-acid layer.





 t = 0

PAUSED









 
 
 
 
 
 Whole person











MEFI Node Inspector

SOURCE






SELECTED ANATOMICAL NODE


Whole person


Organism-scale parent node · visual anatomy reference


Anatomical geometry is a visual navigation layer. No organ-specific MEFI value is generated unless an authoritative state packet is supplied for that node.







SEMANTIC ZOOM · ORGANISM


Whole person


Organism-scale parent node


The complete virtual person. Select a body region or organ and zoom inward to resolve progressively smaller biological structure.


MEFI state source-gated




System / domain
Whole-body anatomy


Orientation / view
Anterior view


Parent structure
—


Resolved scale
Organism


Key landmarks
Body regions and major organ systems


Primary biological role
Integrated whole-organism structure and regulation




arterialvenousneuralstructural


Clinical atlas geometry and terminology are descriptive reference layers, not diagnostic imaging. MEFI state remains bound to authoritative inputs and is never inferred from the illustration.








Sequence residues
—


Peptide links


Raw center sum
—


Raw focus span
—


Atom count after links
—


Topology identity
retained








 FMEFI(r,t) = [ kc/r² − kr/(r²(1+r)) ] + ΔQ·fUFR(t)

 Π(t) = ΔQ(t) · C(t)



Whole-core evaluation is gated. The engine will not derive missing kr, kc, r, ΔQ, fUFR, C or EUMI from unrelated measurements.
























 
 



UNRESOLVED. Supply all authoritative MEFI state terms to evaluate the whole framework.




FMEFI
—


Π
—








 
 

















MEFI Periodic Source Table

embedded 118-element focus/decoherence map

 






 
 
 

ZElementLowerCenterUpperΔQ patternCompression phaseMEFI field type












Amino-Acid Source Bank

20 retained MEFI residue signatures














 Scope: This v0.5 file is a data-locked clinical atlas and biological simulation scaffold with continuous semantic zoom. Exact amino-acid and peptide composition math remains active. Organism, organ, tissue, cell, genome, protein, peptide, residue, and element plates use conventional anatomical or molecular descriptions while quantitative MEFI state remains bound to authoritative per-layer inputs. No composite score, hidden normalization, or substitute MEFI state is generated.