Nobody was asleep at the wheel. A paper published on June 25 was drafted, submitted, reviewed, and accepted months before that retraction existed. By the time its source was discredited, the citing manuscript was past peer review<\/a>, past the author\u2019s last look at the reference list, and past any point where a correction was doable.<\/p>\n I pulled every retraction issued in June 2025 for fabricated data, manipulated images, faked peer review, and unreproducible results (n= 152) from the Retraction Watch Database<\/a>. Then I asked w hether the citing record knows. Of the 151 papers cited at least once, three in ten (n= 46) picked up new citations after their retraction date: 204 citations in total. The citation volume does not decay after the retraction notices went live, it holds steady for the better part of a year (median of 148 days\u00a0 measured through the OpenAlex<\/a> citation graph).<\/p>\n Those are different claims, because the gap between writing a citation and seeing it in print is large. Andersen, Fonnes and Rosenberg\u2019s systematic review of biomedical journals<\/a> found median submission-to-publication times ranging from 70 to 558 days across 69 studies. Maggio and colleagues found a mean of 264 days from submission to PubMed in health professions education<\/a>.<\/p>\n The 148-day median sits inside both ranges. So for a substantial share of these 204 citations, the retraction landed after the citing manuscript was written, and the author could not have known. This relocates the problem and the relocation is more damaging.<\/p>\n The pipeline\u2019s two halves offer very different room for correction. Maggio and colleagues split it: a mean of 180.9 days from submission to acceptance (median 163), against 83.2 days from acceptance to appearing on PubMed (median 23). Andersen and colleagues found the asymmetry is not universal, acceptance-to-publication means ranged from 11 to 362 days but in majority of the journals most of the wait is review, not production.<\/p>\n Line that up against 148 days. For a typical paper, a retraction arriving 148 days before publication arrived during peer review: while the manuscript was under revision, in an editor\u2019s hands, still fully editable. It did not arrive in the narrow production window at the end. It was visible, in principle, to at least three people who handled the paper afterwards: the author preparing a revision, the reviewer reading it, and the editor accepting it.<\/p>\n Once a manuscript enters production, removing a reference is not practically available: proof corrections are scoped to typesetting, and pulling a citation renumbers the reference list and alters the sentence that relied on it. That is a rewrite. If a retraction lands after acceptance, the author can ask for an editorial exception or pursue a corrigendum later. Neither is a workflow. So the genuinely blind stretch is narrow: the weeks between acceptance and print. The far larger stretch before it is not blind. It is unwatched.<\/p>\n The citation graph shows retracted work keeps getting cited. I went back to 10 of the most heavily re-cited cases and checked: did the citing paper acknowledge the retraction anywhere a careful researcher would normally look. In every case, there was no corrigendum or other indication that the retraction was realized.<\/p>\n Two complications cut against a tidy version of this argument. Retraction indexing is unreliable: Schneider, Lee, Zheng and Salami built a union list of 49,924 publications flagged as retracted by at least one of Crossref, Retraction Watch, Scopus and Web of Science, and only 3% were flagged by all four<\/a>. And the acknowledgment bar is already known to be low: Hsiao and Schneider found only 5.4%<\/a> of post-retraction citations in PubMed Central acknowledged the retracted status of what they cited.<\/p>\n After that the door closes, which argues for one narrow policy change: a retracted source found between acceptance and print should be among the few substantive amendments production is obliged to accept. It is the only correction in the process whose cost increases the longer it is delayed.<\/p>\n A retracting journal issues a notice, updates its page, sometimes applies a CrossMark watermark, reports to PubMed. The obligation is discharged. But the notice sits at a URL waiting for someone to come looking. Nothing reaches into the manuscripts in review queues right now that cite it. The data exists: Crossref acquired the Retraction Watch database in 2023, updates it every working day, and exposes it free through the REST API<\/a>. What is missing is to point it at work in progress.<\/p>\n Part of the reason is structural: under open access, a publisher\u2019s primary transaction with a paper is the article processing charge, which clears at acceptance. By the time a retraction happens, often years later, the publisher has been paid and the commercial relationship is over. That is not bad faith; it means the incentive to police the citation network afterwards is weak, exactly where it matters most. Every stakeholder has a defensible reason not to be the one who closes the loop, and that is how the loop stays open.<\/p>\n Everything above concerns unpublished manuscripts. The larger neglected population is the papers already in the literature that cited the retracted work. Of my 204 post-retraction citations, only 2 citing papers were later retracted; the other 202 sit in the record unmarked, citing withdrawn evidence. And that is only the citations arriving after the retraction, there are so many more who have cited these before they were retracted.<\/p>\n What ought to happen is not the same as retracting the citing paper:<\/p>\n None of this implies that the citing work is invalid. Instead, it ensures the scholarly record carries a clear, visible indication that the cited source is no longer reliable<\/em>, placed exactly where readers are most likely to encounter it. Rather than limiting that notice to the retracted paper itself, where few readers are likely to look. This approach brings the correction directly into the context in which the citation is being used.<\/p>\n The data needed to flag a citation to a retracted paper exists, free to query, updated daily. What is missing is the will to make it push forward into manuscripts in progress and backward into the papers that already cited the work.<\/p>\n The pipeline finding argues for something more specific than \u201ccheck your references.\u201d A check at drafting is structurally insufficient, because at drafting the retraction may not have happened yet. What the evidence argues for is continuous verification: re-screened at submission, at revision, at acceptance, and monitored afterwards. A check on the day you write a citation is a snapshot of a record that keeps moving.<\/p>\n Until then, retraction does half its job. It removes a paper from the record of what is considered true. It does almost nothing to remove it from the record of what is still cited as if it were.<\/p>\n\t\t\t\t\t\t\t![\"\"](\"https:\/\/www.enago.com\/academy\/wp-content\/uploads\/2026\/08\/chart_headline_stats-scaled.png\")
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It would almost be a relief if this were a closed loop, bad papers citing bad papers in a quarantined corner of low-quality publishing. It isn\u2019t, only two of those 204 citing papers were later retracted themselves.\u00a0 The contamination is reaching ordinary research: engineering reviews, clinical guidelines, drug-delivery papers, cancer biology, built partly on evidence that no longer exists.<\/p>\nWhy and How Retracted Citations Survive?<\/h2>\n
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<\/p>\nThe Three Editorial Checkpoints Where Retraction Screening Should Occur<\/h2>\n
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Retraction is a Notice. It is Not a Notification.<\/h2>\n
The Obligation Runs Backwards Too<\/h2>\n
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The Fix isn\u2019t Complicated. It\u2019s Just Nobody\u2019s Job.<\/h2>\n
Common Questions <\/h3>\r\n\t\t\t\t\t\t