# How to Learn from Journal Rejections ## Quick Answer - Treat each rejection as a data point that categorizes reviewer concerns into scope, methods, or novelty issues, then map each category to a specific revision plan. - Before resubmitting, verify your reporting follows discipline-specific guidelines and that your data management plan meets funder expectations. - Rejection feedback is often vague or contradictory, so you must triangulate reviewer comments against your own records and the journal's stated scope. ## Understanding the Rejection Landscape Journal rejection is a normal part of academic publishing. Most manuscripts face at least one rejection before acceptance. The key is to distinguish between rejections that reflect fixable manuscript problems and those that indicate a fundamental mismatch between your work and the journal. Editors make rejection decisions based on several factors. These include whether the manuscript fits the journal scope, whether the research question is significant enough for the readership, whether the methods are sound, and whether the conclusions are supported by the data. Reviewer reports provide the detailed reasoning behind these decisions, but they vary widely in quality and specificity. Some reviewers provide detailed, actionable feedback. Others offer vague comments that are difficult to interpret. Some reviewers focus on minor editorial issues while missing major methodological flaws. You may receive contradictory advice from different reviewers on the same manuscript. Your job is to extract the useful signal from this noise. The [Committee on Publication Ethics Core Practices](https://publicationethics.org/core-practices) describe the responsibilities of editors, reviewers, and authors in the peer review process. Understanding these responsibilities helps you interpret feedback within the proper context. Editors are responsible for fair and unbiased peer review. Reviewers are expected to provide constructive feedback. Authors are responsible for responding to reviewer comments thoroughly and transparently. ## Categorizing Reviewer Comments ### Scope-Based Comments Scope comments question whether your manuscript belongs in the journal. These comments often appear as statements like "this topic is better suited for a specialty journal" or "the readership of this journal will not find this relevant." When you receive scope-based rejections, you have two options. First, you can revise the framing of your manuscript to better align with the journal's stated aims and scope. This might involve rewriting the introduction to emphasize aspects of your work that connect to the journal's focus areas. Second, you can submit to a different journal whose scope more closely matches your research. To make this decision, re-read the journal's aims and scope statement carefully. Compare your manuscript's focus against the types of articles the journal has published in the past two years. If your manuscript consistently falls outside the journal's published content, resubmitting after minor revisions will likely lead to another rejection. ### Methods-Based Comments Methods comments question the validity, appropriateness, or reporting of your research methods. These are often the most actionable comments because they point to specific aspects of your study design or analysis. Common methods comments include concerns about sample size, statistical analysis choices, control conditions, blinding procedures, or data collection instruments. Some methods comments request additional experiments or analyses. Others request clarification about procedures that were already performed but not described clearly enough. When methods comments are vague, start by examining your own records. Your laboratory notebooks, data collection logs, and analysis scripts contain information that can help you respond. If a reviewer questions your sample size justification, your power analysis records will show your reasoning. If a reviewer questions your statistical approach, your analysis code and output will document what you actually did. The [National Library of Medicine Research Methods Resources](https://www.ncbi.nlm.nih.gov/books) provide access to authoritative biomedical research methods references. These resources can help you understand whether reviewer concerns reflect genuine methodological problems or misunderstandings of standard practices. ### Novelty-Based Comments Novelty comments question whether your work contributes something new to the field. Reviewers may say the work is incremental, that similar findings have been published elsewhere, or that the research question has already been answered. Novelty rejections are the most difficult to address through revision because they question the fundamental contribution of your work. Before attempting major revisions, conduct a thorough literature search to verify whether the reviewer's novelty concerns are accurate. If similar work has indeed been published, you need to reposition your manuscript to emphasize what is genuinely new about your contribution. Sometimes novelty concerns stem from poor framing instead of an actual lack of novelty. Your introduction may not have adequately distinguished your work from prior studies. Your discussion may not have articulated the conceptual advance your findings represent. In these cases, revision can address the novelty concern by clarifying the contribution. ## The Systematic Response Method ### Step 1: Create a Comment Inventory Create a spreadsheet or document that lists every reviewer comment. For each comment, record the reviewer number, the section of the manuscript the comment refers to, and the exact wording of the comment. This inventory becomes your working document for the revision process. Organize the inventory by category. Mark each comment as scope-related, methods-related, novelty-related, or editorial. Editorial comments address writing quality, formatting, or presentation issues. These are usually straightforward to address but should still be tracked systematically. ### Step 2: Assess Comment Validity Not all reviewer comments are correct. Reviewers sometimes misunderstand methods, miss key details in the manuscript, or make demands that exceed what is scientifically necessary. Your job is to assess each comment critically. For each comment, ask three questions. Does the comment accurately describe a limitation or problem in the manuscript? Does the comment request something that is feasible within your resources and timeline? Does the comment align with standard practices in your field? The [EQUATOR Network](https://www.equator-network.org/) provides reporting guidelines for many study types. These guidelines describe what should be reported for different research designs. If a reviewer requests reporting elements that are not part of the relevant reporting guideline, you can reasonably question whether the request is necessary. ### Step 3: Map Comments to Actions For each valid comment, identify the specific action you will take. Actions fall into several categories. Manuscript revisions involve rewriting text to clarify methods, expand discussions, or reframe contributions. Additional analyses involve re-analyzing existing data with different statistical approaches or sensitivity analyses. New experiments involve collecting new data to address reviewer concerns. Responses involve explaining why you disagree with a comment while providing evidence to support your position. Create a table that maps each comment to its action. This table becomes the basis for your response letter and your revision plan. ### Step 4: Distinguish Revisions from New Experiments Some reviewer comments can be addressed through manuscript revision alone. Others require new experiments or analyses. This distinction matters because new experiments require additional time, resources, and potentially new ethical approvals. When a reviewer requests new experiments, assess whether the experiment is essential for the manuscript's claims or whether it is a nice-to-have addition. Essential experiments address questions that directly affect the validity or interpretation of your findings. Nice-to-have experiments would strengthen the manuscript but are not strictly necessary. If you decide that a requested experiment is not essential, you can explain this reasoning in your response letter. Provide evidence that the current data adequately support your conclusions. If you decide that the experiment is essential, plan for the additional time and resources required. ## Choosing the Right Journal for Resubmission ### Journal Scope Analysis After a rejection, carefully analyze the journal landscape before resubmitting. The [National Institutes of Health Grants and Funding](https://grants.nih.gov/) resources describe how to identify appropriate venues for your research, including considerations of scope and audience. Start by listing journals that publish work similar to yours. For each journal, review the aims and scope statement, recent tables of contents, and the types of articles published. Look for journals that have published articles citing your key references. These journals are likely to have editors and reviewers who understand your research area. Consider the journal's audience. A clinical journal reaches practitioners who care about practical implications. A basic science journal reaches researchers who care about mechanistic insights. A methods journal reaches specialists who care about technical rigor. Match your manuscript's emphasis to the audience. ### Journal Metrics and Fit Journal metrics such as impact factor and citation metrics should not be your primary selection criteria. A high-impact journal that rejects your manuscript after multiple rounds of review consumes time that could be spent on productive revisions for a better-fitting journal. Consider practical factors such as review speed, acceptance rates, and publication fees. Open access journals may charge article processing charges that affect your budget. Subscription journals may have page limits or formatting requirements that affect your revision workload. The [ORCID for Researchers](https://info.orcid.org/researchers) resources describe how to maintain a complete record of your research outputs. Keeping your ORCID record current helps editors and reviewers verify your publication history and research identity during the submission process. ### Submission Strategy When you have identified a target journal, review its author guidelines carefully before resubmitting. Format your manuscript according to the journal's requirements. Some journals require specific section structures, reference formats, or supplementary material organization. Consider whether the new journal requires different reporting guidelines than the previous journal. The [EQUATOR Network](https://www.equator-network.org/) provides a searchable database of reporting guidelines organized by study type. Check whether your manuscript complies with the relevant guideline before submission. ## Data Management and Reproducibility ### Preparing Your Data for Resubmission Reviewer comments often request access to data or code. Preparing your data for sharing before resubmission saves time and demonstrates transparency. The [NIH Data Management and Sharing Policy](https://sharing.nih.gov/data-management-and-sharing-policy) describes expectations for data management and sharing for NIH-funded research. Organize your data files with clear naming conventions and documentation. Create a data dictionary that defines all variables and codes. Include analysis scripts or code that reproduce your reported results. Store these materials in a repository that provides persistent identifiers. ### Responding to Data Requests When reviewers request data, provide what is appropriate for your study type and funder requirements. Some data cannot be shared due to privacy concerns, contractual obligations, or ethical restrictions. In these cases, explain the restrictions and describe how others can request access through appropriate channels. The [NIH Data Management and Sharing Policy](https://sharing.nih.gov/data-management-and-sharing-policy) describes allowable exceptions to data sharing, including privacy, security, and ethical considerations. If your data cannot be shared, document the reasons clearly in your response letter. ## Writing the Response Letter ### Structure of an Effective Response Letter A response letter should be organized by reviewer and by comment. For each comment, restate the reviewer's concern in your own words, describe what you changed in the manuscript, and explain how the change addresses the concern. When you disagree with a comment, explain your reasoning with evidence. Cite specific sections of your manuscript, relevant literature, or methodological references that support your position. Be respectful and professional even when you disagree. The [Committee on Publication Ethics Core Practices](https://publicationethics.org/core-practices) describe expectations for transparent communication between authors and journals. Your response letter should be honest about what you changed and what you did not change. ### Handling Contradictory Feedback When reviewers give contradictory advice, you must make a judgment about which advice to follow. Consider the expertise of each reviewer, the strength of the evidence supporting each position, and the requirements of the journal. In your response letter, acknowledge the contradiction explicitly. Explain which recommendation you followed and why. If you partially followed both recommendations, describe how you reconciled them. ### Common Response Letter Mistakes Avoid responding defensively to reviewer comments. Even when you disagree, frame your response as a scientific discussion instead of a personal dispute. Avoid claiming that you made changes when you did not. Editors can verify changes against the revised manuscript. Misrepresenting your revisions damages your credibility. Avoid ignoring comments that you find difficult to address. Address every comment in your response letter, even if your response is to explain why you did not make a change. ## At a Glance | Comment Category | Common Examples | Typical Action | Timeframe | | --- | --- | --- | --- | | Scope | Topic outside journal focus, wrong audience | Reframe manuscript or choose new journal | 1 to 2 weeks | | Methods | Sample size concerns, statistical questions | Revise methods text, re-analyze data, or run new experiments | 2 to 8 weeks | | Novelty | Incremental contribution, prior similar work | Reposition contribution, expand literature review | 1 to 3 weeks | | Editorial | Writing clarity, formatting, figure quality | Revise text and figures per journal guidelines | 1 to 2 weeks | ## Practical Implementation Steps ### Week 1: Triage and Inventory During the first week after rejection, create your comment inventory. Read each reviewer report carefully and record every comment in your tracking document. Categorize each comment by type and assess its validity. Contact your co-authors to discuss the rejection. Decide whether to revise and resubmit to the same journal, submit to a different journal, or abandon the manuscript. This decision should be based on the comment inventory and your assessment of whether the manuscript can be improved sufficiently. ### Week 2: Literature and Scope Check During the second week, verify the novelty of your work. Conduct a thorough literature search to identify any publications that overlap with your findings. Update your literature review to incorporate any new relevant publications. Re-read the aims and scope of your target journal. Compare your manuscript against recently published articles to assess fit. If you are considering a different journal, begin reviewing its author guidelines. ### Weeks 3 to 6: Methods and Analysis Work During this period, address methods-related comments. Re-analyze data if reviewers raised statistical concerns. Run additional analyses if reviewers requested sensitivity checks. Begin any new experiments that are essential for the manuscript's claims. Document all changes you make. Keep track of which comments each change addresses. This documentation becomes the basis for your response letter. ### Weeks 7 to 8: Manuscript Revision Revise the manuscript text to address scope, novelty, and editorial comments. Rewrite sections that reviewers found unclear. Expand the introduction to better frame your contribution. Revise the discussion to address reviewer concerns about interpretation. Ensure that your revised manuscript complies with the relevant reporting guideline from the [EQUATOR Network](https://www.equator-network.org/). Check that all required elements are present and properly formatted. ### Week 9: Response Letter and Submission Write your response letter using your comment inventory and revision documentation. Organize the letter by reviewer and by comment. For each comment, describe your action and reference the relevant section of the revised manuscript. Prepare your data and code for sharing if the journal or funder requires it. The [NIH Data Management and Sharing Policy](https://sharing.nih.gov/data-management-and-sharing-policy) describes planning requirements for NIH-funded research. Verify that your data management plan is current and that your data are organized for sharing. Submit your revised manuscript and response letter through the journal's submission system. ## Records and Measurements ### Tracking Your Revision Progress Maintain a revision tracking document throughout the process. This document should include the comment inventory, your action plan, and a status column for each comment. Update the status as you complete each action. The tracking document serves multiple purposes. It keeps you organized during the revision process. It provides documentation for your response letter. It helps you identify comments that you have not yet addressed. ### Documenting Decisions Record the reasoning behind each decision you make during the revision process. If you decide not to follow a reviewer recommendation, document why. If you decide to run a new experiment, document the rationale and the resources required. This documentation is valuable if the manuscript is rejected again. You can review your previous decisions and assess whether they were correct. It is also valuable if a reviewer questions your response to a previous comment. ### Measuring Resubmission Outcomes Track the outcomes of your resubmission. Record the date of submission, the date of the editorial decision, and the nature of the decision. If the manuscript is rejected again, add the new reviewer comments to your inventory and repeat the process. Over time, this record helps you identify patterns in how your manuscripts are received. You may notice that certain types of methods comments recur across different journals. You may notice that certain journals consistently reject your work for scope reasons. These patterns inform your future submission strategies. ## Common Failure Patterns ### Ignoring Scope Mismatch A common failure pattern is resubmitting to the same journal after a scope rejection without substantially reframing the manuscript. If the editor determined that your manuscript does not fit the journal, minor revisions are unlikely to change that determination. Before resubmitting to the same journal after a scope rejection, carefully assess whether the editor's scope determination was based on the manuscript's framing or its fundamental content. If the content is genuinely outside the journal's scope, choose a different journal. ### Overresponding to Every Comment Another failure pattern is attempting to address every reviewer comment without critical assessment. This approach leads to manuscripts that are bloated with unnecessary additions and analyses. It also wastes time and resources on changes that do not improve the manuscript. Apply critical judgment to each comment. Some comments are suggestions instead of requirements. Some comments reflect reviewer preferences instead of scientific necessities. Address what is necessary and explain your reasoning for not addressing the rest. ### Underresponding to Methods Concerns The opposite failure pattern is dismissing methods concerns without adequate investigation. Methods comments often point to genuine problems that affect the validity of your findings. Ignoring these concerns leads to rejection at the next journal. When a reviewer raises a methods concern, investigate thoroughly before deciding whether to address it. Re-examine your data and analysis. Consult methodological references from the [National Library of Medicine Research Methods Resources](https://www.ncbi.nlm.nih.gov/books). If the concern is valid, address it even if the revision is substantial. ### Submitting Without Checking Journal Requirements Submitting a manuscript that does not follow the target journal's formatting and submission requirements creates a poor first impression. Editors may return the manuscript without review or may send it to reviewers with negative bias. Before each submission, carefully review the journal's author guidelines. Check reference formatting, figure requirements, supplementary material policies, and cover letter expectations. Verify that your manuscript complies with all requirements. ## Limitations of the Systematic Approach ### Reviewer Error and Bias The systematic approach assumes that reviewer comments contain useful information. In practice, reviewers sometimes make errors. They may misunderstand methods, miss key details, or apply inappropriate standards from other fields. The [Committee on Publication Ethics Core Practices](https://publicationethics.org/core-practices) describe expectations for reviewer conduct, but reviewers are human and make mistakes. Your critical assessment of each comment is essential. The systematic approach helps you organize comments, but it does not replace scientific judgment. ### Resource Constraints The systematic approach assumes you have the time and resources to address all valid comments. In practice, you may face constraints. New experiments require funding, equipment, and personnel. Additional analyses require computational resources. Manuscript revisions require writing time. When resources are constrained, prioritize comments that affect the manuscript's core claims. Address comments that question the validity of your findings before comments that request nice-to-have additions. If you cannot address a comment due to resource constraints, explain this in your response letter. ### Journal Policies and Editorial Discretion The systematic approach focuses on reviewer comments, but editors make the final decision. Editors may reject a manuscript for reasons that are not fully explained in the reviewer reports. They may weigh certain factors differently than reviewers. The [Committee on Publication Ethics Core Practices](https://publicationethics.org/core-practices) describe editorial responsibilities, but editors retain discretion over acceptance decisions. If your manuscript is rejected despite addressing all reviewer comments, the rejection may reflect editorial judgment instead of manuscript quality. ## Welfare and Professional Context ### Ethical Conduct in Resubmission The resubmission process involves ethical responsibilities. You must be honest about what you changed and what you did not change. You must not misrepresent your data or analyses. You must not submit the same manuscript to multiple journals simultaneously. The [Committee on Publication Ethics Core Practices](https://publicationethics.org/core-practices) describe expectations for authorship, data integrity, and transparency. Review these expectations before resubmitting. Ensure that all co-authors approve the revised manuscript and agree to the resubmission. ### Authorship Considerations Rejection and revision can raise authorship questions. If the revision process involves substantial new work, discuss whether authorship contributions have changed. If a co-author has not contributed to the revision, discuss whether their authorship status should be reconsidered. The [Committee on Publication Ethics Core Practices](https://publicationethics.org/core-practices) describe authorship criteria. All authors should have made substantial contributions to the work and should approve the final version. Discuss authorship changes openly with all co-authors before submission. ### Funder Requirements If your research is funded, review your funder's requirements before resubmitting. The [NIH Grants and Funding](https://grants.nih.gov/) resources describe expectations for grant-funded research, including publication and data sharing requirements. The [NIH Data Management and Sharing Policy](https://sharing.nih.gov/data-management-and-sharing-policy) describes data management and sharing expectations for NIH-funded research. Verify that your resubmission complies with these expectations. If your data management plan needs updating, revise it before submission. ## Professional Escalation Criteria ### When to Seek Editorial Guidance If you believe a rejection was based on an error or unfair process, you may contact the editor to seek clarification. This is appropriate when you have evidence of a specific error, such as a reviewer who clearly misunderstood your methods or an editor who overlooked key information. Before contacting the editor, review the journal's appeal policy. Some journals have formal appeal processes. Others do not accept appeals. The [Committee on Publication Ethics Core Practices](https://publicationethics.org/core-practices) describe expectations for editorial decision-making, but each journal has its own policies. ### When to Consult Institutional Resources If you are uncertain about how to respond to reviewer comments, consult institutional resources. Your institution may have writing centers, biostatistics consultants, or research development offices that can provide guidance. If you suspect research misconduct, such as fabricated data or plagiarism, report your concerns through appropriate institutional channels. The [Committee on Publication Ethics Core Practices](https://publicationethics.org/core-practices) describe expectations for handling misconduct allegations. ### When to Seek Legal or Contractual Advice If reviewer comments raise questions about intellectual property, contractual obligations, or confidentiality, seek appropriate advice. Your institution's technology transfer office or legal counsel can help you navigate these issues. If your data sharing obligations conflict with contractual restrictions, seek guidance before sharing data. The [NIH Data Management and Sharing Policy](https://sharing.nih.gov/data-management-and-sharing-policy) describes allowable exceptions, but your specific situation may require professional advice. ## Frequently Asked Questions ### How do I choose a journal for resubmission after rejection? Review the aims and scope of candidate journals and compare them against your manuscript's focus. Look at recent tables of contents to see whether the journal publishes work similar to yours. Check the journal's author guidelines for formatting and reporting requirements. Consider practical factors such as review speed, publication fees, and open access options. ### What should I do when reviewers give contradictory feedback? Acknowledge the contradiction in your response letter. Assess the expertise of each reviewer and the evidence supporting each position. Follow the recommendation that is better supported by methodological standards and the requirements of the journal. Explain your reasoning for choosing one recommendation over the other. ### How do I respond to vague reviewer comments? Use your own records to understand what the reviewer might be referring to. Re-read the relevant sections of your manuscript and consider what might have prompted the comment. If the comment is too vague to address, ask the editor for clarification in your response letter. Describe what you believe the reviewer meant and how you addressed that concern. ### Should I run new experiments to address reviewer comments? Run new experiments only when they are essential for the manuscript's claims. Assess whether the current data adequately support your conclusions. If a requested experiment would strengthen the manuscript but is not essential, explain this in your response letter. If the experiment is essential, plan for the additional time and resources required. ### How do I handle a rejection based on novelty concerns? Conduct a thorough literature search to verify whether the novelty concern is accurate. If similar work exists, reposition your manuscript to emphasize what is genuinely new about your contribution. Revise the introduction and discussion to clearly articulate the conceptual advance. If the novelty concern is based on a misunderstanding, provide evidence in your response letter. ### What data should I prepare for resubmission? Organize your data files with clear naming conventions and documentation. Create a data dictionary that defines all variables and codes. Include analysis scripts that reproduce your reported results. Store these materials in a repository with persistent identifiers. Follow your funder's data sharing requirements, such as the [NIH Data Management and Sharing Policy](https://sharing.nih.gov/data-management-and-sharing-policy). ### How long should I wait before resubmitting after a rejection? Take enough time to address the reviewer comments thoroughly, but do not delay unnecessarily. A typical revision takes four to eight weeks for manuscript revisions and additional analyses. New experiments may take longer. Submit when you have addressed all valid comments and prepared a ## Using the Evidence | Source | Best use in this topic | Important limitation | |---|---|---| | [Research Methods Resources](https://www.ncbi.nlm.nih.gov/books) | official guidance | Check the linked page for current local requirements | | [EQUATOR Network](https://www.equator-network.org/) | official guidance | Check the linked page for current local requirements | | [Core Practices](https://publicationethics.org/core-practices) | official guidance | Check the linked page for current local requirements | ## Related Articles - [learn biology](/blog/careers/learn-biology) - [learn-biology](/blog/careers/learnbiology) - [Biostatistics Journal](/blog/guides/biostatistics-journal) - [learn genetics utah](/blog/careers/learn-genetics-utah) - [Journal Of Experimental Biology](/blog/guides/journal-of-experimental-biology) ## References and Further Reading - [Research Methods Resources](https://www.ncbi.nlm.nih.gov/books). National Library of Medicine. - [EQUATOR Network](https://www.equator-network.org/). EQUATOR Network. - [Core Practices](https://publicationethics.org/core-practices). Committee on Publication Ethics. - [NIH Grants and Funding](https://grants.nih.gov/). National Institutes of Health. - [ORCID for Researchers](https://info.orcid.org/researchers). ORCID. - [Data Management and Sharing Policy](https://sharing.nih.gov/data-management-and-sharing-policy). National Institutes of Health. - [NCBI Literature Resources](https://www.ncbi.nlm.nih.gov/). National Center for Biotechnology Information. - [PubMed](https://pubmed.ncbi.nlm.nih.gov/). National Library of Medicine. > This article is educational and does not replace institutional policy, professional advice, or applicable safety and regulatory requirements.