Product 05 · Zentari Cell

A digital cell must change with its lifecycle.

Population fate and culture environment evolve through deterministic reference engines while stage-specific protein-programme identity remains explicit and reviewable.

Cell-F1 seven-day simulated population fate with absolute-unit oxygen, glucose, lactate and pH traces
FIG 08 Cell-F1 deterministic axial referencecelltrace-7d87ae1e… · 174 snapshots · 0–168 h Reduced-order, literature-order structural priors; no biological or laboratory validation.
Open evidence →
Engineering stateDeterministic validation spine and retained trace
Scientific evidenceCell-F1 reduced-order L0 prior
Next gateMeasured protein catalogue, calibration and laboratory validation

A cell is not one static parameter set.

Workflow

From declared biology to a challengeable trace.

The validation spine keeps geometry, engine fidelity, lifecycle context and evidence authority explicit.

  1. 01Declare

    Cell line, lifecycle stage, culture and geometry context.

  2. 02Bind

    Protein-programme identity and permitted directed transition.

  3. 03Run

    Cell-F0 or axial tanks-in-series Cell-F1 reference engine.

  4. 04Trace

    Population fate, oxygen, glucose, lactate and pH.

  5. 05Verify

    Invariants, digests, attempts and numerical checks.

  6. 06Challenge

    Independent solver, imaging and laboratory evidence.

Actual result + contract capability

One retained trace. One honest lifecycle boundary.

Figure 08 is generated by Cell-F1. Figure 09 is a conceptual view of a context-only contract, not a second simulation result.

Cell-F1 seven-day simulated population fate with absolute-unit oxygen, glucose, lactate and pH traces
FIG 08 Cell-F1 deterministic axial referencecelltrace-7d87ae1e… · 174 snapshots · 0–168 h Reduced-order, literature-order structural priors; no biological or laboratory validation.
Open evidence →
Conceptual sequence of lifecycle-specific protein-programme identities and directed transitions
FIG 09 Lifecycle programme identity · context onlymain · 50b21e3 · LifecycleProgramme contract The sidecar does not alter F0/F1 kinetics and does not validate a real-cell protein catalogue.
Open evidence →
Trace duration
168 h
seven-day deterministic reference
Snapshots
174
retained in the public trace artifact
Final viability
0.820
simulated fraction, not measured
Final oxygen
0.549
mean axial fraction in the trace
Final glucose
24.944
mmol L⁻¹, simulated
Lifecycle kinetics
Unchanged
programme sidecar is context only

Different stages require different protein programmes.

Methods

A validation spine before a biological claim.

Reference engines, spatial evidence candidates and future solver handoffs are deliberately separated.

Cell-F1

Deterministic axial tanks-in-series population and environment reference.

Not a conservative 3D finite-volume solver.

Lifecycle context

Stage-specific protein-programme identity and directed transition contracts.

No effect on F0/F1 kinetics today.

OpenUSD

Narrow, core-only qualification for declared local static triangle surfaces.

Not arbitrary CAD or production geometry authority.

Spatial handoff

Contracts bind OpenFOAM and FEniCSx case bytes, builds, numerics and cross-code comparison.

They do not prove either production solver actually ran.

Surrogate governance

Dual-holdout recommendations, safety policy and four-trigger fallback eligibility.

No runtime-authoritative surrogate is admitted.

The next major goal is empirical closure.

Bring the next claim into contact with reality.