CODEX Resonance v7.0

4PL/PLA dose-response simulation • EC50 prediction • Relative potency • Parallelism • Systems suitability

Chromophore analysis • UV absorption risk • Photodegradation prediction • Packaging recommendation

Hydrophobic patch detection • π-stacking risk • Formulation stability • CAC estimation

C-H BDE vulnerability scanning • Bolland-Gee autoxidation prediction • Dual odor profiling (pristine vs ambient/degraded)

Lipinski Ro5 • Veber rules • QED • Lead-likeness • Resonance-gated ADME prediction

On-target efficiency • Off-target risk • GC content • Secondary structure penalty

Resonance-constrained fragment assembly • Target-aware scaffold generation

Biological age acceleration • DNA methylation impact • Risk/protective factor modulation

Phase prediction • Endpoint modeling • Dropout estimation • Power analysis

Developability assessment • Aggregation hotspots • Immunogenicity prediction • Resonance-gated binding

Cross-omic pathway analysis • Gene-metabolite network • Age-contextualized coherence

CYP metabolism prediction • Genetic variant impact • Population-stratified dosing

Altitude-pressure degradation • Temperature/humidity stability • Transport chain risk

WKB + Bell correction • Proton/deuterium/electron tunneling • Default: 0.6 Å enzyme barrier

Hansen solubility parameters • Hydration shell dynamics • Ionic strength modulation

Cx43/PD-L1/Neu5Gc biomarker-driven • Personalized supplement & therapy protocols

Four Pillars Evolutionary Optimization • Works BACKWARDS from target properties • The Key to the Kingdom

f = vₘᵢₒ / size • f × d = 542.639 GHz·Å • Harmonic cascade analysis

SnO₂ MOX fingerprint superposition • CODEX frequency combination • 11 drug panel screening • GRE Pillar integration

When two or more compounds are present, their combined frequency signatures can mimic a target drug — causing FALSE POSITIVES on immunoassay drug tests.

Enzyme-electrode amperometric biosensors • 7 analyte panel • Clinical reference ranges

AuNP immunochromatography • f×d binding energy • Cross-reactivity panel

Binding site flexibility • Induced fit prediction • Allosteric pocket detection

Physics-informed synthesis route planning • Disconnection analysis • Reagents & conditions • Safety assessment

Physics-informed α-score prediction for PROTACs & molecular glue degraders • f×d = 542.639 GHz·Å resonance coupling • Linker as tuning fork

Predicts cooperativity BEFORE synthesis. The linker’s flexibility shifts its resonance frequency; when it brings the ternary f×d product closest to the universal invariant, α is maximised. Rigid linkers collapse α.

Multi-Conformer GRE • Water Network • Regime-Aware Desolvation • Pi-Cation • Pillar 3.5 (Zwitterion/Integrin) • OECD AD • Target: EF(1%) > 50

Predict pharmaceutical modification outcomes • Property deltas • Safety assessment • Synthesis suggestions

WSR timescale analysis • Water compatibility scoring • Ionic spacing geometry • OECD applicability domain • Regime classification

Three-velocity hierarchy • 17 validated biological systems • Layer 1 (54 m/s) • Layer 2 (343 m/s) • Layer 3 (1500-8000 m/s) • Exclusion criteria

V_PROCESS = 54.27 m/s (structural information)  |  V_STRUCT = 343 m/s (EM coupling)  |  V_FORCE = 1500-5000 m/s (acoustic phonons)