True heterogeneity or post-hoc artifact?
Determine whether the subgroup is transportable, biologically coherent and capable of supporting a new claim rather than merely explaining away the miss.
These public cases show how HISTAMOS separates failed claims from failed assets, identifies surviving value and defines the next discriminator. Most are independent analyses of public information, not client engagements.
These are the patterns HISTAMOS is designed to adjudicate before the next expensive trial or agency interaction.
Determine whether the subgroup is transportable, biologically coherent and capable of supporting a new claim rather than merely explaining away the miss.
Separate engagement from exposure, compartment, execution, durability, function and endpoint failure.
Identify whether dose, exposure, population or remote-organ risk can be bounded without overstating the surviving benefit.
Test whether the evidence architecture can support attribution before using an apparent response as proof of efficacy.
Recheck whether the statistical architecture actually tests the claim the program needs to make.
Separate CMC, measurement, evidence-package and execution failures from the scientific core.
Can the method represent a rescue route that later proved workable? Used mainly to discover blind spots.
Analysis is restricted to information available before the later regulatory or clinical outcome.
The strongest public benchmark: the decision record is frozen before the external answer is known.
The cases below retain their original scientific framing and next decisive tests. They support method development and public validation; no client relationship is implied unless explicitly stated.
Source loss, exact cognate pMHC failure, TCR-selected low-visibility escape and downstream effector failure were separated into experimentally testable worlds.
Qualify exact cognate pMHC measurement, then execute a state-resolved selection, rescue, washout and fresh-TCR rechallenge experiment.
A broad ARID1A-response claim was narrowed to whether PPP2R1A p.R183 adds independent or interactive sensitivity and whether functional replication-stress state improves discrimination beyond genotype.
Four-state factorial comparison with rescue/reversion, orthogonal ATR perturbation and locked functional-state assays.
Biochemical repletion was separated from clinical benefit, while oxidative/ferroptotic vulnerability was separated from treatment-specific harm.
Pre-specify deficiency and oxidative-state estimands before patient-level treatment-effect heterogeneity analysis.
The question is not whether early responders do better. It is whether a pre-specified state identifies treatment-effect heterogeneity that changes the optimal continuation policy.
Randomized IPD analysis with nested cross-fitting, calibration and direct comparison to continue-all.
The broad SRC-driver interpretation was downgraded. The higher-value question is whether SRC remains a residual or parallel dependency after matched PI3K/TIE2 correction.
Low-VAF molecular reclassification, endothelial-resolved signaling and SRC perturbation after matched PI3K/TIE2 correction.
Single-cell observations were converted into a causal competition: immune trigger → vascular execution failure → shock versus shock → secondary vascular/pericyte damage.
Temporal, cell-resolved vascular rescue after immune initiation but before full hemodynamic collapse.
The published TGP→WES strategy remained feasible, but optimality was not assumed. A function-first + WES-first + ancestry/ROH-aware interpretation with adaptive rescue was retained as the stronger prospective comparison.
Equal-reference prospective comparison using time to definitive actionable diagnosis as the primary endpoint.
Silent early renal involvement remained plausible, but isolated microhematuria was not promoted as an independent Fabry marker.
Three-gate matched, sex-aware screening with equal reference verification and separate index-case versus family-cascade yield.
A simple pro-oxidant/antioxidant contrast was reframed as a state × exposure × cellular access × adaptive-capacity × time problem.
A factorial experiment separating adaptive/protective stress from ordinary dose-dependent irreversible toxicity.
Dual antigen coverage and conditional CD28 costimulation were retained as useful design principles, while fixed four-function integration was not credited with proven causal superiority.
Matched fixed-versus-modular comparison with antigen topology, T-cell competence, cytokine window and contribution-of-components controls.
A strong retrospective signal was retained, but equation-to-equation discrimination was not accepted as an independent pathological reference.
Measured GFR subcohort, structural disease evidence, external validation and longitudinal outcomes.
A cross-sectional signature was kept as a signal but not promoted to prospective disease control or treatment selection.
Pre-treatment locked score, serial sampling and external validation of future organ events.
A difficult readout and the next decision date are enough to request a confidential written scope.