Original Research
Structured manuscript with objective, methods, results, discussion, and conclusion.
Prepare manuscripts with methodological rigor, reporting clarity, and policy-aligned structure for efficient peer review outcomes.
Confirming scope and structure early improves triage speed, reviewer matching, and decision quality.
Journal of Osteoarthritis and Cartilage publishes evidence on osteoarthritis pathogenesis, cartilage biology, diagnostics, intervention pathways, surgical and non-surgical management, and long-term functional outcomes.
Authors should clearly state the manuscripts clinical or scientific contribution and explain practical implications for patient care, rehabilitation strategy, or service planning.
Strong submissions connect findings to real treatment decisions rather than presenting isolated observations without translational context.
Multidisciplinary studies should describe each specialty contribution so reviewers can assess methodological coherence and implementation relevance.
If submission includes procedural innovation, explain safety governance, protocol standardization, and eligibility logic in sufficient detail for appraisal.
Papers outside journal scope may be redirected or declined at triage to maintain review quality and relevance.
Format choice should match evidence maturity and methodological depth.
Structured manuscript with objective, methods, results, discussion, and conclusion.
Include registration, intervention protocol, endpoint hierarchy, and adverse event handling.
Report cohort definition, confounder strategy, and sensitivity analysis.
Provide reproducible search, selection, bias appraisal, and synthesis methods.
Focused findings with concise methods and clearly bounded interpretation.
Evidence-based interpretation tied to emerging priorities in osteoarthritis care.
When selecting article type, prioritize clarity and reproducibility over brevity. Complex datasets should not be forced into short formats.
If uncertain about fit, contact the editorial office before submission to reduce avoidable delay.
Consistent structure helps reviewers evaluate validity and external applicability efficiently.
Tables and figures must be internally consistent with manuscript text and include clear legends and unit definitions.
Where subgroup or exploratory analyses are reported, distinguish prespecified analyses explicitly.
Ethics, disclosure, and integrity transparency are essential submission requirements.
Human and animal studies must report oversight body approval references.
State consent approach and participant privacy safeguards where applicable.
Interventional studies should include registration identifier and timing.
All authors must disclose relevant financial and non-financial interests.
Funding sources and sponsor roles in design and analysis must be explicit.
Availability details should include repository links, access limits, and reuse conditions.
Complete and consistent files improve workflow speed and reduce revision cycles.
Reference formatting should be complete and accurate to support citation linking and downstream indexing quality.
Use consistent abbreviations for interventions, outcomes, and imaging or laboratory measures across all files.
Understanding review stages helps teams prepare efficient, high-quality responses.
Scope, integrity, and reporting readiness are checked before external review assignment.
Specialist reviewers are selected by topic relevance and methods expertise.
Editors provide focused rationale and prioritized revision expectations.
Authors should provide point-by-point responses mapped to specific edits.
Editors assess whether scientific and policy concerns are fully resolved.
Accepted articles proceed to editing, formatting, metadata, and publication scheduling.
Revision responses should remain evidence-based and respectful, especially when interpretation disagreements arise.
Clear response matrices accelerate re-review by making verification straightforward for both editors and reviewers.
Run a final consistency check across abstract, tables, and discussion statements before upload.
Explain endpoint rationale clearly when several clinically meaningful outcomes are available.
Provide reproducibility details for analytical scripts and software environments where possible.
Use precise language for causal claims and distinguish exploratory analyses from confirmatory findings.
Structured response matrices improve revision quality and shorten re-review cycles.
Cover letters should summarize novelty, scope fit, and reporting checklist completion in concise form.
Method detail is especially important for surgical and procedural manuscripts with complex workflows.
Run a final consistency check across abstract, tables, and discussion statements before upload.
Explain endpoint rationale clearly when several clinically meaningful outcomes are available.
Provide reproducibility details for analytical scripts and software environments where possible.
Use precise language for causal claims and distinguish exploratory analyses from confirmatory findings.
Structured response matrices improve revision quality and shorten re-review cycles.
Cover letters should summarize novelty, scope fit, and reporting checklist completion in concise form.
Method detail is especially important for surgical and procedural manuscripts with complex workflows.
Run a final consistency check across abstract, tables, and discussion statements before upload.
Explain endpoint rationale clearly when several clinically meaningful outcomes are available.
Provide reproducibility details for analytical scripts and software environments where possible.
Use precise language for causal claims and distinguish exploratory analyses from confirmatory findings.
Structured response matrices improve revision quality and shorten re-review cycles.
Cover letters should summarize novelty, scope fit, and reporting checklist completion in concise form.
Method detail is especially important for surgical and procedural manuscripts with complex workflows.
Run a final consistency check across abstract, tables, and discussion statements before upload.
Explain endpoint rationale clearly when several clinically meaningful outcomes are available.
Provide reproducibility details for analytical scripts and software environments where possible.
Use precise language for causal claims and distinguish exploratory analyses from confirmatory findings.
Structured response matrices improve revision quality and shorten re-review cycles.
Cover letters should summarize novelty, scope fit, and reporting checklist completion in concise form.
Method detail is especially important for surgical and procedural manuscripts with complex workflows.
Run a final consistency check across abstract, tables, and discussion statements before upload.
Explain endpoint rationale clearly when several clinically meaningful outcomes are available.
Provide reproducibility details for analytical scripts and software environments where possible.
Use precise language for causal claims and distinguish exploratory analyses from confirmatory findings.
Structured response matrices improve revision quality and shorten re-review cycles.
Cover letters should summarize novelty, scope fit, and reporting checklist completion in concise form.
Method detail is especially important for surgical and procedural manuscripts with complex workflows.
Run a final consistency check across abstract, tables, and discussion statements before upload.
Explain endpoint rationale clearly when several clinically meaningful outcomes are available.
Provide reproducibility details for analytical scripts and software environments where possible.
Use precise language for causal claims and distinguish exploratory analyses from confirmatory findings.
Structured response matrices improve revision quality and shorten re-review cycles.
Cover letters should summarize novelty, scope fit, and reporting checklist completion in concise form.
Method detail is especially important for surgical and procedural manuscripts with complex workflows.
Run a final consistency check across abstract, tables, and discussion statements before upload.
Explain endpoint rationale clearly when several clinically meaningful outcomes are available.
Provide reproducibility details for analytical scripts and software environments where possible.
Use precise language for causal claims and distinguish exploratory analyses from confirmatory findings.
Structured response matrices improve revision quality and shorten re-review cycles.
Cover letters should summarize novelty, scope fit, and reporting checklist completion in concise form.
Method detail is especially important for surgical and procedural manuscripts with complex workflows.
Run a final consistency check across abstract, tables, and discussion statements before upload.
Explain endpoint rationale clearly when several clinically meaningful outcomes are available.
Provide reproducibility details for analytical scripts and software environments where possible.
Use precise language for causal claims and distinguish exploratory analyses from confirmatory findings.
Use Manuscriptzone or the simple form; both routes follow the same quality and integrity standards.
Editorial office: [email protected]