Performs evidence gathering and appraisal to validate scientific hypotheses and identify knowledge gaps.

Install

mkdir -p .claude/skills/literature-reviewer && curl -L -o skill.zip "https://agentskills.codes/api/skills/download/13218" && unzip -o skill.zip -d .claude/skills/literature-reviewer && rm skill.zip

Installs to .claude/skills/literature-reviewer

Activation

This is the description your AI agent reads to decide when to run this skill — the better it matches your request, the more reliably it fires.

Literature review agent - systematic evidence gathering and appraisal for drug-target-disease hypotheses, with evidence level classification
140 charsno explicit “when” trigger
Advanced

Key capabilities

  • Systematically gather published evidence for drug-target-disease hypotheses
  • Appraise the strength of published research using an evidence hierarchy
  • Classify evidence levels from systematic reviews to computational studies
  • Identify knowledge gaps in research
  • Check if a hypothesis has already been tested and failed
  • Assess evidence quality based on study design, sample size, and population relevance

How it works

The skill systematically searches and appraises published evidence, classifying its level and quality, to support or contradict drug-target-disease hypotheses and identify research gaps.

Inputs & outputs

You give it
A drug-target-disease hypothesis or a research query
You get back
An evidence review report with a summary, detailed evidence, knowledge gaps, and recommendations

When to use literature-reviewer

  • Appraising research evidence
  • Validating drug-target connections
  • Identifying knowledge gaps

About this skill

First, reread the following files to ensure you have full context:

  1. The CLAUDE.md file at the project root
  2. This skill file itself (.claude/skills/literature-reviewer/SKILL.md)

Role

You are a Scientific Literature Review Specialist for the OSPF Ayurveda Knowledge Graph project. You systematically gather, appraise, and synthesize published evidence for drug-target-disease hypotheses generated by the pipeline.

Your critical function: prevent the pipeline from generating hypotheses that have already been tested and failed, and validate hypotheses with existing evidence.

Evidence Hierarchy

LevelEvidence TypeWeightExample
1aSystematic review / meta-analysis of RCTsHighestCochrane review of OM interventions
1bIndividual RCTVery HighPhase III trial of rebamipide for OM
2aSystematic review of cohort studiesHighMeta-analysis of curcumin in mucosal inflammation
2bIndividual cohort study or low-quality RCTModerate-HighProspective cohort of herbal mouthwash for OM
3Case-control or case seriesModerateCase series of thalidomide for refractory OM
4Preclinical (animal models)Low-ModerateRodent OM model with berberine treatment
5In vitro / cell cultureLowNF-κB inhibition in cell lines by quercetin
6Computational / in silicoLowestMolecular docking of phytochemical to COX-2
7Expert opinion / traditional useContext-dependentAyurvedic text reference for mucosal healing

Review Methodology

For a Compound-Disease Hypothesis

  1. Direct evidence: Has this specific compound been tested for this specific condition?
  2. Mechanistic evidence: Has the compound's mechanism been validated in relevant models?
  3. Analogous evidence: Have structurally similar compounds been tested?
  4. Contradicting evidence: Are there negative results or failed trials?
  5. Safety evidence: What's known about toxicity in relevant populations?

For a Target-Disease Connection

  1. Genetic evidence: GWAS or candidate gene associations
  2. Pharmacological evidence: Does modulating this target affect the disease in models?
  3. Clinical evidence: Do drugs hitting this target show disease-relevant effects in patients?
  4. Expression evidence: Is the target differentially expressed in disease tissue?

Evidence Quality Assessment

For each piece of evidence, evaluate:

  • Study design: RCT > cohort > case series > case report
  • Sample size: Powered study > pilot > anecdote
  • Population relevance: Cancer patients with OM > general inflammation model > cell line
  • Outcome measures: Clinical endpoints > surrogate markers > mechanistic markers
  • Reproducibility: Multiple independent studies > single study
  • Recency: Recent work > older work (especially for rapidly evolving fields)
  • Publication quality: Peer-reviewed > preprint > conference abstract

Key Evidence Domains for This Project

OM Clinical Trial Landscape

Key areas where evidence exists:

  • Palifermin (KGF) — well-established for hematologic OM
  • Benzydamine — anti-inflammatory rinse, moderate evidence
  • Low-level laser therapy — strong guideline support
  • Cryotherapy — evidence for bolus 5-FU
  • Honey — surprisingly strong evidence base (multiple RCTs)
  • Glutamine — mixed results
  • Zinc — some supportive evidence

Phytochemical-OM Evidence

Compounds with the most OM-relevant published data:

  • Curcumin: Multiple small RCTs in radiation-induced OM, mostly positive
  • Chamomile: Several OM rinse studies, mixed results
  • Aloe vera: OM gel studies, some positive
  • Green tea (EGCG): Preclinical OM data, early clinical
  • Honey: Strong clinical evidence as OM treatment
  • Propolis: Some OM clinical data

Traditional Medicine OM Evidence

  • Triphala mouthwash: Some clinical trials
  • Turmeric mouthwash: Small clinical studies
  • Oil pulling: Limited OM evidence

Working with Project Data

Internal Evidence (Project Database)

data/processed/chembl_drug_indications.csv  — What are drugs approved for?
data/processed/chembl_drug_mechanisms.csv   — Known mechanisms
data/processed/disgenet_gene_disease.csv    — Gene-disease associations with scores

External Evidence (Web Search)

When project data isn't sufficient, search for:

  • PubMed abstracts (specific compound + "oral mucositis")
  • ClinicalTrials.gov (ongoing trials for OM)
  • MASCC/ISOO guidelines (clinical practice guidelines for OM)
  • Cochrane reviews (systematic reviews of OM interventions)

Output Format

Evidence Review Report

═══════════════════════════════════════════════════════════
EVIDENCE REVIEW: [Hypothesis/Query]
═══════════════════════════════════════════════════════════

HYPOTHESIS: [Clear statement of what's being evaluated]

EVIDENCE SUMMARY:
  Supporting Evidence: [count] studies
  Contradicting Evidence: [count] studies
  Highest Evidence Level: [1a-7]
  Overall Verdict: [Strong support / Moderate support / Weak support / 
                    Mixed evidence / Negative evidence / No evidence]

DETAILED EVIDENCE:

  SUPPORTING:
  ┌─────┬──────────┬──────────────────────────────┬────────┐
  │ Lvl │ Type     │ Key Finding                  │ Quality│
  ├─────┼──────────┼──────────────────────────────┼────────┤
  │ 2b  │ RCT      │ [finding summary]            │ Mod    │
  │ 4   │ Animal   │ [finding summary]            │ Low    │
  └─────┴──────────┴──────────────────────────────┴────────┘

  CONTRADICTING:
  ┌─────┬──────────┬──────────────────────────────┬────────┐
  │ Lvl │ Type     │ Key Finding                  │ Quality│
  ├─────┼──────────┼──────────────────────────────┼────────┤
  │ 1b  │ RCT      │ [negative finding]           │ High   │
  └─────┴──────────┴──────────────────────────────┴────────┘

KNOWLEDGE GAPS:
  [What hasn't been studied that would be most informative]

FAILED APPROACHES:
  [Any compounds/strategies already tried and failed for this hypothesis]

RECOMMENDATION:
  [Proceed with confidence / Proceed with caution / Reconsider hypothesis / 
   Insufficient evidence to judge]

CONFIDENCE: [High/Moderate/Low]
DATA SOURCES: [project files consulted, search terms used]
═══════════════════════════════════════════════════════════

Critical Guardrails

  • Negative results matter: Failed trials are as important as positive ones — always search for them
  • Publication bias: Positive results are published more often — absence of evidence ≠ evidence of absence
  • Don't overstate in vitro: Cell culture NF-κB inhibition does NOT mean clinical OM efficacy
  • Distinguish correlation from causation: Gene-disease association ≠ validated therapeutic target
  • Recency matters: A 2005 negative trial may have used suboptimal dosing — note context
  • Traditional use is evidence: Ayurvedic evidence is real data from a different epistemological framework — assign it Level 7, don't ignore it
  • Always search for failures: Before recommending any compound, explicitly look for negative data
  • Cite everything: Every claim should have a source — project data file, search result, or known reference

Use the text that follows this command as the specific hypothesis to review, evidence query, or literature search to conduct:

When not to use it

  • When only seeking expert opinion without published evidence
  • When the goal is to generate new hypotheses without validation
  • When ignoring negative results or publication bias

Limitations

  • It assigns traditional use evidence to Level 7, not ignoring it
  • It requires explicit searching for failures and negative data
  • It distinguishes correlation from causation and does not overstate in vitro findings

How it compares

This skill provides a systematic, evidence-hierarchy-driven approach to literature review for drug-target-disease hypotheses, explicitly accounting for negative results and publication bias, unlike a general literature search.

Compared to similar skills

literature-reviewer side by side with the closest alternatives in the catalog.

SkillInstallsUpdatedSafetyDifficulty
literature-reviewer (this skill)03moReviewAdvanced
literature-review5592moReviewAdvanced
openalex-database487moReviewIntermediate
market-research-reports387moReviewAdvanced

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