Manuscript Vetting for Research Integrity: A Comprehensive Checklist for Journal Editors

Among the many guiding principles for publishing academically is the one standing out above them all: integrity of research. Without it, the whole construct of scholarly work can collapse. Whether you are an editor, publisher, or reviewer, it is of utmost importance to secure the veracity of research. The question remains, though: how can one assure that a manuscript reads, at minimum on the ethical scale, before letting it out into the world? That is what we will discuss here.

We will take you through, step-by-step, the process to identify research integrity issues at the manuscript level. We share practical tips, a useful checklist, and explain why this work is so important in the world of academic publishing on the way.

What Is Research Integrity—and Why Does It Matter?

Essentially, research integrity ensures that work published is done ethically and at a certain quality standard. This is more than merely avoiding fraud or plagiarism, though those are crucial; research should be conducted and reported honestly and transparently. As stated above, trust in the practice of academic publishing must be preserved in order that knowledge may advance.

One of the best ways of holding up the integrity of research is the halting of potential issues at the manuscript stage—before publication. Editors and reviewers can come across problems if they take a careful, proactive approach-early corrections are easier to make, and post-publication concerns, including retractions, are avoided.

Why Editors Are Important to Maintain Research Integrity

The editors of a journal are its gatekeepers. They have to make sure that the manuscripts submitted meet the standards of their journal and that the work is also according to ethical standards. This is no small feat, especially in the volume of submissions received these days. However, a procedure can make the task much more feasible.

This makes for detection of warning signs of research integrity issues. Whether it is an odd citation pattern, ethical approvals that do not clearly show any, or questionable image data, awareness of such red flags makes all the difference. Below is a checklist that could be used by editors and reviewers effectively to evaluate manuscripts.

The Ultimate Checklist for Spotting Research Integrity Issues at Manuscript Level

So, where do you start to ensure that a manuscript has been substantiated on standards of research integrity? Here is a comprehensive checklist that will lead you through the process:

  1. Start with a Technical Review: Understand and comply with the needs on technical aspects before delving deeper into more ethical and content-based issues by ensuring the manuscript meets the technical requirements related to language quality, format, and completeness of the document.
  2. Scope Alignment: Verify that the manuscript falls within the journal’s aims and scope. Submission of a paper to the wrong venue usually results in unnecessary delays and hassle.
  3. Look Out for Citation Manipulation: Citation manipulation is associated with authors who include unnecessary references to inflate citation counts or to favor specific journals/authors. Look out for unusual patterns of citations, irrelevant references, and citation stacking.
  4. Check for Ethics Needs: Ethical restrictions are strictly inadmissible in academic publishing, particularly when the research involves human or animal subjects. Check with the author if they have the due approvals and if consent procedures were followed.
  5. Follow Reporting Instructions: Reporting requirements standardized to transparency, clarity, and reproducibility. Look for data sharing statements and extensive statistical methods.
  6. Detection of AI-generated text: Considering the upsurge in the creation of AI writing tool, beware of overly complex, unnatural, and repetitive text that may call for attention to machine-generated content.
  7. Systematic Plagiarism Checking: Still one of the major concerns is plagiarism. Detection tools and manual checking will unearth direct copying, self-plagiarism, and mosaic plagiarism.
  8. Check Authorship Contributions: Attribution of credits is necessary. Clear indication of each author’s role and justification for any changes in the list of authors is important.
  9. Declaration Statements: Verification of whether the author and funding sources and affiliations that may create an influence in the study.
  10. Detection of Image Manipulation: Data represented by images must be truthful and accurate. Look for problems including duplication, overlays, changes, inappropriate cropping.

The Way Forward: Arming Editors with Tools and Checklists

Thus, editors and publishers may identify research integrity issues proactively before such issues arise at the manuscript level by following the checklist above. The process is overwhelming, but it indeed makes the task much more manageable with a structured approach and the right tools. The research integrity is shared responsibility – it benefits the scholarly community in general.

Conclusion: Safeguarding the Future of Academic Publishing

Research integrity has never been as important in the world of academic publishing as it is today. It can flag problems early, whether it is scope misalignment, plagiarism, or ethical concerns – allowing editors to ensure that the research they publish is both trustworthy and valuable for the academic community at large. The processes and tools that guide this work must adapt too as the publishing landscape continues to change.

Editors are the custodians of excellence in scholarship. Through a rigorous vetting process, they can continue to honour the principles on which human knowledge is advanced. This is not just a responsibility – it is an investment that shapes the future for scholarly publishing.

About the author:

Abdul Hakkim is the Senior Manager, Peer Review Services at Integra, a leader in scholarly publishing services. With extensive experience in setting up teams and ensuring the highest standards of quality, Hakkim excels at meeting publisher requirements and driving operational excellence. His expertise spans across supporting research integrity, enhancing manuscript screening, and optimizing peer review processes. Hakkim is dedicated to improving efficiency and fostering innovation in the publishing industry, shaping its future through leadership and strategic growth.

Research Integrity: Ensuring Trust in Scholarly Publications

Research integrity refers to adopting the best research practices that give people confidence and trust in the findings of the research outcomes. Integrity in research is generally achieved by strict adherence to the set of ethical principles set by the research community, at large, without any deviation from its core standards. Research findings are crucial to filling the knowledge gaps, discovering new treatments, gathering insights and evidence for governance structures and making important national and global decisions. So, upholding high research standards and ensuring a robust, transparent, and fair process is essential to promote integrity in research practices.

Key elements of research integrity

Integrity in research forms the basis of society’s trust in research results and expertise. Research ethics and integrity must be considered at all stages of research to avoid questionable findings and research misconduct. Key principles include:

  • Honesty and responsibility
  • Rigor and accountability
  • Transparency and fairness
  • Care and respect for all subjects and research participants
  • Professional courtesy and good stewardship

Violations of research integrity

Integrity in the research process and reporting findings is often compromised due to several reasons. Extreme stress and pressure on the researchers and authors to publish their study for graduation or funding purposes, strict deadlines they must adhere to for career advancements and oversight of institutions can cause serious violations. Some such violations that can abandon the basic research principles of transparency and openness are:

  • Falsified and fabricated data that contaminate the research findings and wastes funding resources
  • Plagiarism that leads to copyright infringement
  • Conflicts of interest that negatively impacts the research credibility
  • Undue influence of researchers’ personal values that leads to biased and illogical studies outside the realm of science

The gateway to safeguard integrity of research

Peer review is a primary form of research evaluation that helps assess the report or manuscript quality before publication. It ensures credibility and trustworthiness of the research and its findings. The role of peer review in supporting integrity and trust in research publications is crucial as it tackles unconscious bias and enhances data transparency. This process prevents unethical practices like plagiarism and ensures high standards of the scientific process for the research results. The reviewers must follow certain peer review guidelines considering the potential for bias and abuse of the process, such as:

  • The reviewer must possess subject expertise to review the manuscripts
  • The reviewer must make an effort to complete the review within the requested time
  • The reviewer’s review must be based on facts and figures and not on the personal or professional bias
  • The reviewer must maintain the confidentiality of the manuscript
  • The reviewer must not use any information obtained during the peer review process for personal benefit
  • The reviewer must be objective and constructive in reviews

We can establish a culture of integrity leveraging the policies and best practices mentioned by the Committee on Publication Ethics (COPE) and maintain the highest standards in publication ethics. There are also multiple reporting checklists and guidelines that authors must follow. Technological advancements like plagiarism detection software and image checking tools flag redundant information and spot errors. Amidst all such developments, peer review remains the most crucial step in ensuring integrity of research findings before a study is published. The editorial office plays a significant role in supporting peer review management and support. They are rightly placed to identify and communicate any such deviations promptly to the authorities concerned for further investigation. Integra offers smart, end-to-end peer review services catering to different working models. We are experienced in peer review database clean-up that checks for duplicate accounts and flags suspicious user accounts within a short span. The subject matter experts evaluate manuscripts in a timely manner and offer valuable feedback. Our team also looks for solicitation emails offering bribes for publication or proposing to collaborate with the journal to publish multiple manuscripts in return for quick acceptance. Upholding integrity of research is not just an individual’s responsibility, but an obligation shouldered by all the stakeholders, involving authors, institutions, ethical committees, peer reviewers and publishers.

Further Reading:

https://www.imperial.ac.uk/research-and-innovation/research-office/research-governance-and-integrity/research-integrity/what-is-research integrity/ https://ori.hhs.gov/education/products/ucla/chapter1/page02.htmhttps://www.ed.ac.uk/research-office/research-integrity/what-is-research-integrity https://research.unimelb.edu.au/work-with-us/ethics-and-integrity/research-integrity-principles https://www.coursera.org/lecture/quantitative-methods/6-05-research-integrity-Rkpli https://uaf.edu/ori/responsible-conduct/peer-review/index.php https://researchintegrity.asu.edu/responsible-conduct/responsible-conduct-research-program/peer-review https://ukrio.org/publications/code-of-practice-for-research/3-0-standards-for-organisations-and-researchers/3-14-peer-review/ https://researchintegrityjournal.biomedcentral.com/about#:~:text=Peer%2Dreview%20is%20the%20system,be%20published%20in%20their%20journal.

Research’s latest challenge: Reproducibility of Results

To research is to systematically investigate into and study materials and sources to establish facts and reach new conclusions. Publishing results helps the scientific community in keeping themselves abreast of new findings. While people can learn about latest happenings by reading scientific journals, if the data provided is not complete, readers and the community would not be able to reproduce a published experiment.

 

Though publishing has evolved with latest digital trends in furnishing content, scientific publishing for journals has not evolved much in terms of what data is provided to readers. Consequently, more than 60–90% of the results of all published articles are not reproducible. With a lack of consistency in results, no effective knowledge transfer takes place and the research is at best, non-productive.

 

One might wonder why research has to be reproducible. Basically, research is all about creating new results. If scientists are not able to create the same results, then either the methodology of research is wrong or the results, themselves, are not true. When scientists are working on a problem in real-time and are unable to reproduce the results, it leads to poor productivity for institutions and significant delays for the society at large. All of this can be attributed to ineffective knowledge transfer due to the current formats followed in journals.

 

When scientists are unable to re-create the experiments at their end, they could be forced to travel to the original authors’ place so they can see the experiment being performed. The reason is, visualization is an effective mechanism to transfer knowledge. Despite the fact that technology has advanced a lot since 1665, knowledge transfer methodologies used in journal publishing has not changed much.

 

Visualization in biology and physical sciences and interactivity in computer science can be employed to overcome the challenge in Reproducibility of Results. Video articles can be peer-reviewed and structured normally as would a print article would be. Computer science articles can include interactive and executable code, relevant data, and visualization tools to enhance understanding and reproducibility.

 

The new features would require technical expertise, revisiting turnaround times, additional financial spend, and changes in established publishing workflows. It would increase entry barriers, improve perception, strengthen the existing business models, and finally help the scientific community and the community at large.

 

Having worked with the publishing industry for more than 2 decades and helped worldwide publishers transition from traditional print to digital workflows, Integra is uniquely poised to help you make this transformation. Let’s re-create the future of scientific publishing together.

 

References:
https://scholarlykitchen.sspnet.org/2017/05/24/reproducible-research-just-not-reproducible/
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