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Flagship synthetic workflow

QEL Clinical Study Report Claim Firewall

A regulatory writing team uses AI to draft a clinical study report narrative from synthetic trial outputs. The draft sounds polished, but several efficacy, subgroup, and safety statements need exact traceability to tables, listings, figures, SAP definitions, and analysis datasets before they can survive.

Synthetic onlyNo file uploadNo external APIsLeakage 0Registry-governed output

The draft

AI-assisted clinical study report narrative

The draft states that QLX-204 met the primary endpoint, demonstrated statistically significant secondary endpoint improvement, showed consistent benefit across all subgroups, was well tolerated, had no serious safety signals, and is FDA-ready.

The risk

Confident language can outpace source support.

A CSR narrative can overstate efficacy, generalize subgroup results, soften safety findings, or imply regulatory readiness without the required source support. QEL converts polished narrative language into claim records before any final text is trusted.

What QEL controls

Claim admission before final output.

QEL extracts claims, maps evidence, applies the active rule pack, builds a registry, and compiles survived output only from admitted or caveated records.

Why QEL is needed

This workflow needs a claim firewall before final text is trusted.

A CSR narrative can overstate efficacy, generalize subgroup results, soften safety findings, or imply regulatory readiness without the required source support. QEL converts polished narrative language into claim records before any final text is trusted.

Confident draft language

The draft reads polished before its material claims are qualified.

Evidence mapping gap

Some claims need exact source spans, not just a credible nearby document.

Final-output risk

Unsupported or review-required claims can be copied forward unless a firewall stops them.

Synthetic Draft Preview

The draft looks polished before QEL inspects it.

The draft states that QLX-204 met the primary endpoint, demonstrated statistically significant secondary endpoint improvement, showed consistent benefit across all subgroups, was well tolerated, had no serious safety signals, and is FDA-ready.

needs caveat: Primary endpoint significance depends on SAP alpha and exact p-value context.unsupported: Secondary endpoint A is described as significant even though adjusted p=.083.overbroad: Benefit is said to be consistent across all subgroups despite mixed subgroup outputs.review gate: No serious safety signals requires SAE listing review and clinical judgment.blocked: FDA-ready is a regulatory-readiness overclaim in this synthetic packet.

Full synthetic source document

Open full synthetic CSR PDF

Synthetic source document inspected by QEL.

Synthetic QEL demonstration material - not medical advice - not regulatory advice - not a real clinical study report.

What to look for

  • polished draft language
  • embedded risky claims
  • source references that may or may not support the claim
  • statements QEL will later admit, caveat, block, or route to review
Open full synthetic CSR PDF

Evidence Packet

What QEL will inspect

SAP excerpt

Type: analysis plan

Supports: Primary endpoint alpha, population, endpoint hierarchy.

Cannot support: Regulatory readiness or safety conclusions by itself.

Table 14.2.1 primary endpoint

Type: TLF table

Supports: LS mean difference and p-value for the primary endpoint.

Cannot support: All subgroup or submission-readiness claims.

Table 14.2.3 subgroup analysis

Type: subgroup table

Supports: Individual subgroup direction and confidence intervals.

Cannot support: Consistent benefit across all subgroups.

Listing 16.2.7 SAE listing

Type: subject listing

Supports: SAE count and arm imbalance.

Cannot support: No serious safety signal without clinical review.

Configurable Rule Pack

Rule Pack Preview

The active synthetic CSR pack requires exact numeric source spans, SAP/protocol alignment, multiplicity context, and human review gates for safety and regulatory interpretation.

Pack
Synthetic FDA CSR Traceability Pack
pack_id
synthetic_fda_csr_traceability_pack_v0
Domain
life_sciences_pharma
Workflow
clinical_study_report_regulatory_narrative
Version
0.1.0
synthetic_demo_only
True
not_official
True
Final-output policy
Final output allowed only for admitted or admitted_with_caveat registry records.
View rule pack controls

Required evidence types

  • protocol excerpt
  • SAP excerpt
  • TLF table
  • SAE listing
  • ADaM traceability map

Human review gates

  • safety interpretation
  • SAE conclusions
  • clinical meaningfulness
  • regulatory readiness wording

Blocked language patterns

  • proves
  • safe
  • effective
  • no risk
  • FDA-ready

Caveat triggers

  • multiplicity context
  • exploratory endpoint
  • mixed subgroup result
  • medical interpretation

Source-span requirements

  • table ID
  • row
  • column
  • population
  • treatment arm
  • timepoint
  • unit
  • exact value

Synthetic sample rule pack only. Not official, not endorsed, not regulatory approval, and not a substitute for qualified human review.

View rule_pack.json preview
{
  "pack_id": "synthetic_fda_csr_traceability_pack_v0",
  "display_name": "Synthetic FDA CSR Traceability Pack",
  "version": "0.1.0",
  "domain": "life_sciences_pharma",
  "workflow": "clinical_study_report_regulatory_narrative",
  "status": "synthetic_demo_only",
  "not_official": true,
  "synthetic_demo_only": true,
  "intended_users": [
    "regulatory writing",
    "medical writing",
    "clinical operations",
    "biostatistics",
    "quality",
    "regulatory affairs"
  ],
  "compatible_outputs": [
    "CSR narrative",
    "regulatory summary",
    "table-linked clinical narrative",
    "safety narrative"
  ],
  "required_evidence_types": [
    "protocol excerpt",
    "SAP excerpt",
    "TLF table",
    "SAE listing",
    "ADaM traceability map"
  ],
  "decision_states": [
    "admitted",
    "admitted_with_caveat",
    "blocked",
    "review_required"
  ],
  "rule_categories": [
    "numeric clinical result claims",
    "efficacy endpoint claims",
    "safety claims",
    "SAE claims",
    "subgroup claims",
    "population claims",
    "statistical significance claims",
    "clinical interpretation claims",
    "regulatory readiness claims"
  ],
  "human_review_gates": [
    "safety interpretation",
    "SAE conclusions",
    "clinical meaningfulness",
    "regulatory readiness wording"
  ],
  "blocked_language_patterns": [
    "proves",
    "safe",
    "effective",
    "no risk",
    "FDA-ready"
  ],
  "caveat_triggers": [
    "multiplicity context",
    "exploratory endpoint",
    "mixed subgroup result",
    "medical interpretation"
  ],
  "freshness_requirements": [
    "current SAP version",
    "final locked TLF",
    "traceable analysis dataset"
  ],
  "source_span_requirements": [
    "table ID",
    "row",
    "column",
    "population",
    "treatment arm",
    "timepoint",
    "unit",
    "exact value"
  ],
  "audit_artifacts_generated": [
    "claim map",
    "evidence/source-span map",
    "admission decision table",
    "registry view",
    "blocked/review appendix",
    "survived output",
    "provenance/audit summary"
  ],
  "final_output_policy": "Final output allowed only for admitted or admitted_with_caveat registry records.",
  "disclaimer": "Synthetic sample rule pack only. Not official, not endorsed, not regulatory approval, and not a substitute for qualified human review."
}
Ready to run locally
Pre-run state shows the story, evidence packet, and active rule pack. Results stay hidden until QEL runs.

Claim Firewall Process

Staged local review

Results dashboard

Claim Admission Report generated

QEL separated admitted, caveated, blocked, and review-required claims before compiling survived output.

Back to source document

Top findings

What QEL caught

admitted

Primary endpoint favored QLX-204 with LS mean difference -12.4.

Why it matters: Numeric efficacy claims can survive when table, population, unit, and endpoint definition align.

Evidence / rule reason: Table 14.2.1 and SAP endpoint context match.

Survived final output: yes

blocked

Secondary endpoint A demonstrated statistically significant improvement.

Why it matters: A polished CSR can overstate non-significant endpoints.

Evidence / rule reason: Adjusted p-value is .083, so the significance claim is contradicted.

Survived final output: no

blocked

Benefit was consistent across all subgroups.

Why it matters: Subgroup generalizations are high-risk when outputs are mixed.

Evidence / rule reason: The subgroup table includes rows crossing null.

Survived final output: no

review_required

There were no serious safety signals.

Why it matters: SAE interpretation requires qualified clinical review.

Evidence / rule reason: The SAE listing has an imbalance and the active pack has a human-review gate.

Survived final output: no

admitted_with_caveat

QLX-204 was well tolerated.

Why it matters: Tolerability wording can survive only with scope-limited caveats.

Evidence / rule reason: AE table supports limited wording, but medical review remains required.

Survived final output: yes, with caveat

blocked

The trial is FDA-ready.

Why it matters: QEL does not admit regulatory-readiness claims from statistical tables alone.

Evidence / rule reason: No submission package evidence exists.

Survived final output: no

Claim Admission Report

The registry is the final-output gate.

QEL does not compile final output from raw AI text, unchecked draft language, or a final model polish step. Survived output is compiled only from registry records with admitted or admitted_with_caveat decisions and final_output_allowed = true.

Rule Pack Marketplace Preview

Future rule-pack ecosystem preview

This synthetic pack previews how QEL could support industry-specific admission controls. In a future rule-pack ecosystem, teams could configure, review, version, and govern packs for their own workflows.

This is a synthetic preview only. The pack is not official, certified, endorsed, or a production claim.