SYSTEMATIC REVIEW MANUSCRIPT RESOURCE

Systematic Review Manuscript Template

Draft a coherent title, introduction, methods, results, discussion, declarations, and supplementary package around PRISMA 2020 reporting expectations.

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By Dr. Esmaeel Saeedy Robat, Founder of MetaSyn Academy · Published meta-analyst (Nature Human Behaviour, 2026) · Evidence checked August 2026

From completed review to coherent manuscript

A manuscript needs an architecture, not another checklist

When the review is finished, the writing problem changes. The task is no longer to decide which studies are eligible, how risk of bias should be assessed, or which synthesis model should be used. The task is to turn decisions and outputs that already exist into one scientific report in which the rationale, methods, results, displays, limitations, conclusions, supplements and declarations agree with one another.

PRISMA 2020 provides the principal reporting framework for this work, but it does not prescribe one universal journal layout. Its checklist organizes reporting recommendations under familiar sections such as Introduction, Methods, Results and Discussion, while journals remain free to use different heading structures and submission formats.12 The current Cochrane Handbook makes the same practical distinction visible from another direction: completed-review Methods should describe what was actually done, Results should present all relevant findings in a logical way, and Discussion should interpret the findings while considering both limitations of the included evidence and limitations of the review process.3

That means a useful manuscript template cannot simply reproduce the 27 PRISMA items. Doing so would duplicate a reporting checklist rather than solve the drafting problem. It also cannot hard-code one journal’s headings, word limits, figure caps or AI policy, because those requirements vary and can change. The practical solution is to separate a stable scientific core from a configurable journal layer.

What this resource does

This template organizes the manuscript as a working system: a configurable journal shell, section-specific drafting prompts, an explicit Methods–Results correspondence matrix, an evidence-display inventory, a supplement map, a declaration module and a final consistency audit. It does not calculate PRISMA adherence, assess methodological quality, perform statistical analyses or guarantee acceptance.

The systematic review manuscript as a working architecture A stable scientific core of Introduction, Methods, Results and Discussion sits inside a configurable journal shell. Tables and figures, supplements and declarations form a separate supporting layer inside the shell. Build the scientific core first; adapt the submission shell second TARGET-JOURNAL SHELL word limits · heading rules · display limits · declarations · AI policy · submission files Stable scientific core INTRODUCTION why this review? METHODS what was done? RESULTS what was found? DISCUSSION what does it mean? Supporting manuscript components TABLES + FIGURES SUPPLEMENTS DECLARATIONS The template coordinates the parts without imposing one journal’s formatting rules. Systematic review manuscript architecture Compact mobile display of the target-journal shell, stable scientific core and supporting manuscript components with clear spacing between each layer. TARGET-JOURNAL SHELL limits · headings · displays · declarations · policy Stable scientific core INTRODUCTION why this review? METHODS what was done? RESULTS what was found? DISCUSSION what does it mean? Supporting components TABLES + FIGURES SUPPLEMENTS DECLARATIONS Adapt the shell without rewriting the scientific logic.
Figure 1. Manuscript architecture. The section names used by a journal may change, but the scientific functions remain recognizable. This resource treats the manuscript core and the submission shell separately so that journal-specific formatting does not rewrite the logic of the review.

Three rules before you begin drafting

Write the review you actually completed

Final Methods should describe what was done, not simply preserve protocol language written prospectively. Material deviations or unperformed planned analyses should be made visible rather than silently disappearing.3

Make every major method meet its result

Study selection, appraisal, synthesis, heterogeneity investigations, sensitivity analyses, reporting-bias assessments and certainty assessments should have corresponding Results when they were conducted, or an explanation when a planned procedure was not performed.

Use displays to carry detail

Results prose should orient the reader to the important findings rather than reproduce every value already available in tables or figures. Detailed search strategies, excluded-study lists and extended technical material can be mapped to supplements where appropriate.3

Methodological boundary

A coherent manuscript can still describe a poorly conducted review. This template improves organization, traceability and reporting discipline; it does not repair inappropriate eligibility criteria, flawed appraisal, incorrect statistical models or unsupported certainty judgments. Those problems require the relevant methodological standards and analyses.

Systematic review manuscript drafting workspace

Draft the scientific core, map each major method to its result, coordinate tables and supplements, record journal constraints and complete the final consistency audit. Entries are stored locally in this browser until you clear them.

Scope. This workspace is deliberately not a PRISMA scoring tool. Use the PRISMA 2020 checklist and compliance tracker for item-level reporting audit. Here the unit of work is the manuscript itself: section, method, result, display, supplement and declaration.
Changes save automatically in this browser.
Drafting fields with content 0
Correspondence gaps 0
Evidence displays mapped 0
Final checks completed 0
1. Define the target-journal shell

Journal constraints are not methodological constants. Record the rules that apply to the actual article type you intend to submit rather than relying on remembered requirements from another journal.

Journal rules change. The workspace records constraints rather than hard-coding them. Recheck the journal instructions immediately before submission.
2. Establish manuscript identity and front matter
Writing job: identify the work precisely. PRISMA 2020 Item 1 requires the title to identify the report as a systematic review. Mentioning a meta-analysis is informative when relevant, but PRISMA 2020 does not require every systematic-review title to contain that term.1
Detailed abstract drafting is intentionally outside this template’s scope.
3. Draft the Introduction as a rationale-to-objective argument
Writing job: move the reader from the problem to the unresolved evidence question. The Introduction should justify the synthesis, not become another exhaustive literature review.
4. Draft Methods as the record of what was actually done

The current Cochrane reporting guidance recommends writing completed-review Methods in the past tense and describing the procedures that produced the present results. The prompts below organize reporting; they do not teach how to perform those methods.3

5. Draft Results around the evidence actually produced
Writing job: tell the reader what the review found. Organize the section logically by the review question, comparison, population, outcome or synthesis structure. Report findings regardless of whether they are statistically significant, large or favorable.3
6. Methods–Results correspondence matrix

This matrix does a different job from a PRISMA checklist. It asks whether the manuscript’s own Methods and Results agree. A method can be fully reported yet still lack its expected result; a result can appear without a sufficiently described method; a planned analysis may legitimately be absent if the reason is stated.

Methods and Results correspondence Three horizontal examples show aligned Methods and Results, a planned analysis that was not performed but is explained, and a post hoc result that must connect back to a transparently labelled method. The manuscript should make Methods–Results correspondence visible METHODS RESULTS / EXPLANATION Sensitivity analysis described high-risk studies excluded Sensitivity result reported estimate + uncertainty ALIGNED Meta-regression planned protocol method Not performed insufficient studies, reason reported EXPLAINED Post hoc method labelled added transparently after prespecification Unexpected subgroup result reported with the same post hoc label TRACEABLE Every major result should have a visible methodological origin, or a visible explanation for its absence. Methods and Results correspondence Compact mobile examples of aligned, explained and post hoc Methods–Results correspondence. METHOD → RESULT / EXPLANATION Sensitivity analysis described high-risk studies excluded ALIGNED ↓ Sensitivity result reported estimate + uncertainty Meta-regression planned protocol method NOT PERFORMED, EXPLAINED ↓ Reason for absence reported insufficient studies Post hoc analysis remains visibly labelled method and result use the same transparent label Correspondence should be inspectable, not inferred.
Figure 2. The correspondence principle. A planned method does not have to produce a result when the analysis became impossible or inappropriate, but the manuscript should explain the absence. Conversely, an unplanned analysis should not appear as if it had been prespecified.
Method or component Methods location Expected result Results location Evidence display Explanation if not performed Status
7. Coordinate tables and figures with the manuscript
Writing job: assign each display a purpose. Detailed evidence belongs in the display; prose should tell the reader why the display matters and which patterns deserve attention.
Routing information to prose, displays and supplements A result or method detail is routed to prose, a table or figure, or a supplement according to the information function each destination serves, with explicit cross-referencing across the manuscript. Do not make every reporting surface carry the same information RESULT OR METHOD DETAIL Choose the destination that best serves the reader ROUTE BY FUNCTION Prose orientation · priorities · main pattern magnitude · uncertainty · signposting Interpretive route Table or figure structured detail · comparison study-level information · visual synthesis Evidence-display route Supplement extended technical detail complete strategies · appendices · extra analyses Technical-detail route Whichever route is used, the manuscript should cross-reference the destination explicitly. Routing information to prose, displays and supplements Compact mobile display of three distinct reporting destinations for a result or method detail. RESULT OR METHOD DETAIL Choose the destination that best serves the reader Prose orientation · priorities · main pattern magnitude · uncertainty · signposting Table or figure structured detail · comparison study-level information · visual synthesis Supplement extended technical detail strategies · appendices · additional analyses Every destination should be explicitly cross-referenced.
Figure 3. Division of reporting labour. The same information should not be mechanically repeated everywhere. The manuscript works better when prose, displays and supplements each carry the type of information they communicate best.
Display ID Purpose Manuscript cross-reference Source / analysis Consistency checked? Caption status
8. Draft Discussion and conclusion without turning them into a second Results section
Spin can arise through misleading reporting, interpretation or extrapolation; systematic-review conclusions are particularly vulnerable when they imply benefits or safety beyond what the evidence supports.56
9. Build the supplementary-material map

The map below is a MetaSyn operational device, not a PRISMA-prescribed table. Its purpose is to prevent supplements from becoming detached files whose relationship to the manuscript is unclear.

Supplement ID Filename Purpose/content Manuscript cross-reference Version / status
10. Complete declarations and reusable-material statements

PRISMA 2020 separately addresses support (Item 25), competing interests (Item 26), and availability of data, code and other materials (Item 27). Journals may add their own declaration formats and requirements.1

11. Run the final manuscript consistency audit

This is not a second PRISMA audit. It is a manuscript-level verification step. Cochrane’s current reporting guidance explicitly emphasizes consistency of key results, outcomes and conclusions across the review’s reporting surfaces.3 Abstract/full-text research also shows that Results and Conclusions are frequent locations of inconsistency.8

How to use the template without letting the template write the review

Start with the journal shell only after the completed review has a stable set of analyses and evidence displays. The journal fields tell you what the submission environment permits, but they should not determine the scientific argument. If a journal allows only four figures, for example, that may change which display moves to a supplement; it should not change which results the review reports.

Next, draft the Introduction from the review question backward. The objective should be visible as the destination of the rationale. This is different from starting with several pages of background and trying to discover the purpose at the end. A systematic review exists because a defined evidence problem required synthesis. The Introduction should make that problem intelligible without repeating the evidence synthesis before the Results section has begun.

The Methods and Results sections then become the structural spine. Current Cochrane guidance is especially useful here because it treats the completed Methods as an account of what actually produced the review’s findings and explicitly requires authors to explain differences between the protocol and completed review.3 The correspondence matrix in this resource operationalizes that idea at manuscript level. It does not judge whether a subgroup analysis was statistically appropriate; it asks whether a subgroup result that appears in the Results has a transparent methodological origin.

The same principle prevents a different failure: planned analyses vanishing without explanation. A review may have prespecified meta-regression and then include too few studies to make it defensible. That is not automatically a methodological defect. The writing defect occurs when the Methods continue to promise the analysis or when the analysis quietly disappears and the reader is left to reconstruct what happened. The manuscript should report the final analytical reality.

Evidence displays should then be treated as part of the argument rather than as appendages. A study-characteristics table allows the prose to summarize meaningful variation instead of describing each study individually. A forest plot can carry study-level estimates while the Results text states the main effect, amount of evidence, uncertainty and aspects of the finding that matter for interpretation. A supplement can carry complete search strategies or extended technical detail while the main manuscript tells readers exactly where those materials are located.

The Discussion solves a different problem. Its job is not to restate all findings in more elegant language. It should identify the results that answer the review question, interpret them in context, explain how limitations constrain their meaning and distinguish problems in the primary evidence from limitations introduced by the review process. The current JBI Manual makes the same distinction, instructing authors to discuss both limitations of included studies and limitations arising from the review process itself.7

Finally, treat declarations as part of scientific transparency rather than administrative material added after the paper is written. PRISMA requires reporting support, competing interests and availability of review materials in separate items.1 ICMJE adds current editorial guidance concerning authorship and AI-assisted technologies. In its current recommendations, authors should disclose AI use at submission, describe how it was used in the submitted work where applicable, report writing assistance in acknowledgments, and describe AI used for data collection, analysis or figure generation in Methods.9 Those are ICMJE recommendations, not new PRISMA checklist items, and target-journal policies still need to be checked.

The template is finished when the manuscript, not the form, is coherent

Do not aim to fill every box. Remove or adapt prompts that genuinely do not apply to the review type. The completed workspace is useful only if it exposes the structure of the actual paper and makes gaps easier to detect before submission.

Related reporting resources

Understand the writing logic How to Write a Systematic Review Manuscript

Learn how section functions, Methods–Results correspondence, evidence displays, limitations and calibrated interpretation turn a completed review into a coherent scientific article.

Read the academic guide → See the wider reporting architecture PRISMA 2020 reporting and systematic review publication

Place manuscript writing within the full reporting pathway from protocol and conducted methods to results, research objects, interpretation and publication.

Explore the reporting framework → Use the wider practical library Free systematic review and meta-analysis templates

Find structured resources for review planning, searching, screening, extraction, appraisal, synthesis and reporting.

Browse practical resources →

Frequently asked questions

Does PRISMA 2020 require a systematic review manuscript to use IMRaD headings?

No. PRISMA 2020 organizes reporting recommendations under familiar headings, but its purpose is to specify what should be reported rather than impose one universal journal format. Use the target journal’s required headings while ensuring that the applicable PRISMA information remains reported and findable.12

Should the title always say “systematic review and meta-analysis”?

PRISMA 2020 Item 1 requires the title to identify the report as a systematic review. The expanded guidance suggests that authors may add information about the analysis method, such as indicating that meta-analysis was performed, when this improves identification. A systematic review and a meta-analysis are not interchangeable terms.

Why is the Methods–Results matrix different from the PRISMA tracker?

The PRISMA tracker asks whether reporting items are present and where they are reported. The correspondence matrix asks whether the manuscript is internally coherent: does each important method have a corresponding result or a documented reason for absence, and does each important result have a transparent methodological origin?

Should Methods reproduce the protocol word for word?

No. The completed manuscript should describe what was actually done. The protocol remains important as the prospective record, but amendments and planned procedures that could not be implemented should be reported transparently rather than hidden by copying prospective wording into the final Methods.3

Should every result in a table or forest plot also be repeated in prose?

Usually not. Prose should help readers identify the important patterns and findings, while tables and figures can carry detailed structured information. Current Cochrane guidance specifically cautions against simply repeating all synthesis results in the Discussion and encourages concise narrative summaries in Results.3

Does every systematic review need a GRADE section?

No. Certainty or confidence assessment depends on review type, methodology and the framework used. If the review used GRADE or another formal confidence system, report the methods and results consistently. Do not add a framework retrospectively merely because a manuscript template contains a prompt.

Does PRISMA require authors to make data and code publicly available?

PRISMA Item 27 requires authors to report which review materials are publicly available and where they can be found. It does not create a universal requirement that every dataset or code file must be publicly released. Journal, funder or institutional policies may impose additional sharing requirements.1

Where should AI use be disclosed?

Follow the target journal’s current policy. Under current ICMJE guidance, authors should disclose AI use at submission and describe how it was used in the submitted work. Writing assistance is described in acknowledgments, while AI used for data collection, analysis or figure generation is described in Methods. AI systems cannot be listed as authors.9

Does completing this template make a manuscript publication-ready?

No template can certify publication readiness. This resource helps organize and cross-check the report. The underlying review methods must still be appropriate, the PRISMA checklist must be audited separately, journal requirements must be checked, and all factual and numerical content must undergo final human verification.

The manuscript is complete when its parts stop contradicting one another

A well-structured systematic-review manuscript does more than contain the expected sections. The objective matches the review that was performed. Methods explain how each major result was produced. Results point readers to the right evidence displays without duplicating them. Discussion interprets rather than re-reports. Limitations explain how uncertainty changes meaning. Conclusions stay within the evidential boundaries of the review. Supplements, registration records, availability statements and declarations remain connected to the manuscript rather than existing as detached administrative files.

That is the standard this template is designed to support: not a uniform manuscript, but a coherent one.

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References

  1. Page MJ, McKenzie JE, Bossuyt PM, Boutron I, Hoffmann TC, Mulrow CD, et al. The PRISMA 2020 statement: an updated guideline for reporting systematic reviews. BMJ. 2021;372:n71. https://doi.org/10.1136/bmj.n71
  2. Page MJ, Moher D, Bossuyt PM, Boutron I, Hoffmann TC, Mulrow CD, et al. PRISMA 2020 explanation and elaboration: updated guidance and exemplars for reporting systematic reviews. BMJ. 2021;372:n160. https://doi.org/10.1136/bmj.n160
  3. Cumpston M, Lasserson T, Flemyng E, Page MJ. Chapter III: Reporting the review [updated July 2026]. In: Higgins JPT, Thomas J, Chandler J, Cumpston M, Li T, Page MJ, Welch VA, editors. Cochrane Handbook for Systematic Reviews of Interventions. Version 6.5. Cochrane; 2026. https://www.cochrane.org/authors/handbooks-and-manuals/handbook/current/chapter-iii
  4. Campbell M, McKenzie JE, Sowden A, Katikireddi SV, Brennan SE, Ellis S, et al. Synthesis without meta-analysis (SWiM) in systematic reviews: reporting guideline. BMJ. 2020;368:l6890. https://doi.org/10.1136/bmj.l6890
  5. Yavchitz A, Ravaud P, Altman DG, Moher D, Hróbjartsson A, Lasserson T, Boutron I. A new classification of spin in systematic reviews and meta-analyses was developed and ranked according to the severity. J Clin Epidemiol. 2016;75:56-65. https://doi.org/10.1016/j.jclinepi.2016.01.020
  6. Qureshi R, Naaman K, Quan NG, Mayo-Wilson E, Page MJ, Cornelius V, et al. Development and evaluation of a framework for identifying and addressing spin for harms in systematic reviews of interventions. Ann Intern Med. 2024;177(8):1089-1098. https://doi.org/10.7326/M24-0771
  7. Joanna Briggs Institute. JBI Manual for Evidence Synthesis: Discussion guidance for systematic reviews. Updated 2025. https://jbi-global.atlassian.net/wiki/spaces/MANUAL/pages/355828977/4.4.9+Discussion
  8. Nascimento DP, Ostelo RWJG, van Tulder MW, Gonzalez GZ, Araujo AC, Vanin AA, Costa LOP. Do not make clinical decisions based on abstracts of healthcare research: a systematic review. J Clin Epidemiol. 2021;135:136-157. https://doi.org/10.1016/j.jclinepi.2021.03.030
  9. International Committee of Medical Journal Editors. Recommendations for the Conduct, Reporting, Editing, and Publication of Scholarly Work in Medical Journals. Updated January 2026. https://www.icmje.org/recommendations/
  10. National Information Standards Organization. ANSI/NISO Z39.104-2022: CRediT, Contributor Roles Taxonomy. Baltimore: NISO; 2022. https://doi.org/10.3789/ansi.niso.z39.104-2022
  11. López-Nicolás R, Lakens D, López-López JA, Rubio-Aparicio M, Sandoval-Lentisco A, López-Ibáñez C, et al. Reproducibility of published meta-analyses on clinical-psychological interventions. Adv Methods Pract Psychol Sci. 2024;7(1). https://doi.org/10.1177/25152459231202929

Scope note. This manuscript template combines official reporting guidance with explicitly identified operational controls. The Methods–Results matrix, display inventory, supplement map, journal-shell fields and consistency checklist are MetaSyn Academy workflow tools; they are not themselves PRISMA, Cochrane, JBI or ICMJE requirements.