literature-review
Use when "literature review", "research synthesis", "systematic review", "academic search", or asking about "find papers", "cite sources", "research gaps", "meta-analysis", "bibliography"
What this skill does
<!-- Adapted from: claude-scientific-skills/scientific-skills/literature-review -->
# Literature Review Guide
Conduct comprehensive, systematic literature reviews using academic databases.
## When to Use
- Conducting systematic literature reviews
- Synthesizing research on a topic
- Writing literature review sections
- Identifying research gaps
- Building bibliographies
## Core Workflow
### Phase 1: Planning
1. **Define Research Question** (PICO framework for clinical)
- Population, Intervention, Comparison, Outcome
2. **Establish Scope**
- Review type: narrative, systematic, scoping
- Time period, geographic scope
- Study types to include
3. **Develop Search Strategy**
- Key terms and synonyms
- Boolean operators (AND, OR, NOT)
- Database-specific syntax
### Phase 2: Searching
**Key Databases:**
| Database | Coverage |
|----------|----------|
| PubMed | Biomedical, life sciences |
| arXiv | Physics, CS, math preprints |
| Semantic Scholar | Broad academic |
| Google Scholar | Broad coverage |
| Web of Science | Multidisciplinary |
**Search Strategy Template:**
```
(term1 OR synonym1) AND (term2 OR synonym2) AND (term3)
```
### Phase 3: Screening
1. **Title/Abstract Screening**
- Apply inclusion/exclusion criteria
- Track reasons for exclusion
2. **Full-Text Review**
- Assess eligibility
- Extract key data
### Phase 4: Synthesis
**Organize Thematically:**
```markdown
## Theme 1: [Topic]
- Finding A (Author, Year)
- Finding B (Author, Year)
- Synthesis and gaps
## Theme 2: [Topic]
...
```
**Comparison Table:**
| Study | Methods | Sample | Key Findings |
|-------|---------|--------|--------------|
| Author 2023 | RCT | n=100 | Finding X |
| Author 2022 | Cohort | n=500 | Finding Y |
### Phase 5: Writing
**Structure:**
1. Introduction (scope, objectives)
2. Methods (search strategy, criteria)
3. Results (thematic synthesis)
4. Discussion (gaps, future directions)
5. Conclusion
## Citation Management
### Citation Styles
```markdown
**APA 7:**
Author, A. A., & Author, B. B. (Year). Title. Journal, Volume(Issue), pages. https://doi.org/xxx
**Nature:**
Author, A. A. & Author, B. B. Title. Journal Volume, pages (Year).
**Vancouver:**
Author AA, Author BB. Title. Journal. Year;Volume(Issue):pages.
```
### Tools
- Zotero (free, open source)
- Mendeley (free)
- EndNote (institutional)
## Quality Assessment
**For RCTs:** Cochrane Risk of Bias tool
**For Observational:** Newcastle-Ottawa Scale
**For Qualitative:** CASP checklist
## PRISMA Flow Diagram
```
Records identified (n=X)
↓
Duplicates removed (n=X)
↓
Records screened (n=X)
↓
Records excluded (n=X)
↓
Full-text assessed (n=X)
↓
Studies included (n=X)
```
## Best Practices
1. **Document everything** - reproducibility
2. **Use multiple databases** - comprehensive coverage
3. **Two reviewers** - reduce bias (when possible)
4. **Pre-register protocol** - transparency
5. **Update searches** - before publication
## Common Pitfalls
- Publication bias (positive results overrepresented)
- Language bias (English-only searches)
- Citation bias (citing famous papers)
- Not updating searches before submission
## Resources
- PRISMA Guidelines: <http://prisma-statement.org/>
- Cochrane Handbook: <https://training.cochrane.org/handbook>
- PROSPERO (protocol registration): <https://www.crd.york.ac.uk/prospero/>
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