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Showing posts with the label evidence-based medicine

Your Research Got Stolen—Don't Let Them Get Away With It

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  Your Research Got Stolen—Don't Let Them Get Away with it Discovering that your research has been stolen is devastating. Academic misconduct damages careers and undermines scientific progress. Here is your guide to launching a successful formal complaint. Common Types of Research Theft Plagiarism takes many forms within academic publishing: Supervisor exploitation : Mentors stealing students' theses. Peer review breach : Reviewers stealing manuscript ideas. Academic scooping : Colleagues misappropriating shared data. Grant theft : Reviewers taking proposal details. Step 1: Gather Irrefutable Evidence An investigation requires robust, date-stamped proof: Side-by-side comparisons : Highlight identical text overlaps. Date-stamped communication : Compile relevant emails and screenshots. Public records : Utilize preprints and prospectively registered protocols. Step 2: Submit a Formal Letter to the Editor Contact the journal that published the stolen material. You can approach an o...

You Can Change Science With Just One Letter!

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A letter to the editor (LTE) and online public comments on papers on platforms such as PubPeer can be used for post-publication review, to spark debate, and to challenge authors. Such comments can even lead to the retraction of flawed studies. ⁠All studies have some flaws, which are not always picked up by editors and reviewers. ⁠The tone of the LTE should be polite, not harsh; the critical appraisal or comment can be strong. Journals prefer LTE as they increase their impact factor, so letters tend to have a high acceptance rate. Win-win situation! Write an LTE in proper structure, starting it with 'Dear Editor', and then a couple of constructive introductory lines referencing the article to which the comment will pertain. The second paragraph should be about the issue you want to highlight. The conclusion should be about how this issue could be avoided in the future, what is a fairer interpretation of the findings, etc. The above approach can be adapted to comment online on ...

Can simple questions change healthcare? Research priorities

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The Scientific Method for Research Prioritization: How do researchers ask questions, identify gaps, and prioritize topics for new research? Through this process, simple research questions can change healthcare, improving outcomes for patients. Stakeholder priority is assessed via surveys and other engagement methods. Systematic reviews are carried out to assess the evidence. Visualization, e.g., with bubble charts, can highlight key areas where further research is needed, based on current evidence, stakeholder priority, and disease burden.

Publishing research without rejection by editors

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We need to move towards a different responsible publication model, one where rejection is made a thing of the past. The current model, with its single-blind journal assessments and its feeble self-regulation (including failure to regulate turnaround times), is unfit for the post-COVID research era. A new approach that deploys preprints can avoid delays altogether. It can incorporate the peer review assessment as part of the post-preprint publication evaluation.

Artificial Intelligence and Science Integrity | AI and Research Integrity.

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Artificial Intelligence (AI) and Science Integrity: AI has been introduced in science and publication, something that has direct implications for research integrity. AI detection of research misconduct, particularly in image manipulation, is well known, but this isn't where it all ends. AI has a role across the entire research lifecycle, including hypothesis formulation, data analysis, manuscript writing, etc.

Artificial Intelligence in Scientific Peer Review | AI to Improve the Qu...

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Artificial Intelligence (AI) has penetrated traditional scientific peer review: What are the AI tools that peer reviewers and editors can use to improve the quality of research articles? How can scholarly publishing benefit from AI? Find the answers in this vlog

Research Citation Metrics | Pressure to Publish or Perish | Journal Impa...

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Journal Impact Factor (JIF), also referred to as IF, assesses journals by tracking the frequency of article citations. This metric is determined by dividing the number of citations within a specific year by the number of citable articles published in the preceding two years. JIF is published annually for journals listed in the Web of Science core collection, aiding in positioning a journal's relative value within its field. In contrast, alternative indicators, known as altmetrics, gauge social engagement and online impact by monitoring mentions across social media platforms, blogs, Wikipedia, patents, and policy documents. Emerging rankings are now incorporating these alternative metrics to provide another competitive evaluation. The emphasis on IF and other metics-based rankings has led to a culture of publish or perish, compelling researchers and institutions to adopt questionable practices to secure publication in high-ranking journals. The question arises: should the current me...

Retraction of a Published Scientific Article

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Scientific misconduct, a concerning trend on the rise, raises questions about the nature and trustworthiness of research. It has implications for society as fraudulent science hurts progress. Premium academic journals take a stand by issuing expressions of concern about papers suspected of containing falsified, manipulated, or non-reproducible data. The paper is retracted if proven to harbour an integrity flaw via an investigation. These actions underscore the importance of upholding transparency by correcting the scientific record.