Retracting publications doesn’t stop them from influencing science
What do studies on , , and have in common? The resulting scientific papers were all retracted.

Nevertheless, they have all been cited countless times since then. As an eraser of mistakes in scientific publishing, retraction discredits the validity of a study's claims due to flawed methodology, biased interpretation, or even fabrication of data. Unfortunately, it seems it is not so easy to erase a published study from the collective scientific consciousness. A retracted study should be a relic belonging to the virtual museum of past science – but like zombies of the scientific publishing world, they are kept alive by continued citations.
A study in Science analyzed the post-retraction citations of two COVID-19 papers originally published in and in . As both studies were linked to the same dubious database as the source of their raw data, their retractions were followed by a widespread .
Despite all the attention these studies received, researchers at Science found that they have been as support for scientific findings without mentioning their retracted status. These incorrect citations showed up in even the most prominent scientific journals, such as PLOS ONE, the Proceedings of the National Academy of Sciences, and Nature Communications. Retraction does not seem to achieve its desired effect – in fact, it seems that in the long term, retraction .
Science is influential. Since it's used to drive medical, policy, and scientific decisions, the consequences of citing retracted studies as credible science can be dire. It is essential that both authors and publishers take care to stop citing them.
Incorrect claims, stemming from the citation of a "zombie" paper, can ripple misinformation into many more new studies. Another looked at the citation patterns of a paper on the use of omega-3 supplementation for COPD patients which was retracted 11 years ago due to fraud. The authors found that 96% of papers citing the study did not mention its retracted status and 41% did so while even describing the study in detail. At this point, the spread of misinformation seems inevitable, as even the authors who take care not to cite retracted studies will trust the information and continue to cite these non-retracted papers that do cite a fraudulent study.
Keeping flawed science alive can even be life-threatening – as in the case of the fraudulent studies of the infamous Joachim Boldt with tied to his name to date. He supported an intravenous therapy using hydroxyethyl starch to stabilize patients during and after surgery. In on the compound, its use was linked to higher patient mortality. Unfortunately, many of his studies are still being cited today.
As well as spreading misinformation and harming patients, flawed studies can have negative societal and policy consequences too. A published in Nature Communications suggested that female mentorship in academia had detrimental effects on the careers of female mentees and attacked current diversity policies in academia. Following outrage from both scientists and the public, the study was shortly retracted. As well as erroneously , it also disregarded gender discrimination in science. However, if retraction cannot fully discredit the study as it should, the efforts to reach greater gender equality in academia will be damaged.
The root cause of the issue is often simple – many scientists would likely admit to having at least once copied relevant citations from another paper without reading them, just out of sheer convenience. Moreover, while the retraction notice is present on the publisher's site, it often , making the author believe that the study is valid.
This is a major glitch in the system. We are scientists, dedicating our whole lives to painstakingly pipetting or analyzing massive databases. We should not lack the diligence to pay attention to such an important and glaring detail like whether a paper was retracted. In each and every publication, author guidelines should include that the author is needed to check all citations for possible retractions. Today numerous citation software are available to do this with ease; such as , i, and alert users for any retracted papers in the reference list. As well as more care from authors, preventing post-retraction citations is a responsibility of publishers too. Along with double-checking the reference list of papers to be published, they should also make sure that retraction notices appear on all platforms where the study is available.
Enjoy reading ASBMB Today?
Become a member to receive the print edition four times a year and the digital edition monthly.
Learn moreGet the latest from ASBMB Today
Enter your email address, and we’ll send you a weekly email with recent articles, interviews and more.
Latest in Opinions
Opinions highlights or most popular articles

Debugging my code and teaching with ChatGPT
AI tools like ChatGPT have changed the way an assistant professor teaches and does research. But, he asserts that real growth still comes from struggle, and educators must help students use AI wisely — as scaffolds, not shortcuts.

AI in the lab: The power of smarter questions
An assistant professor discusses AI's evolution from a buzzword to a trusted research partner. It helps streamline reviews, troubleshoot code, save time and spark ideas, but its success relies on combining AI with expertise and critical thinking.

How AlphaFold transformed my classroom into a research lab
A high school science teacher reflects on how AI-integrated technologies help her students ponder realistic research questions with hands-on learning.

Writing with AI turns chaos into clarity
Associate professor shares how generative AI, used as a creative whiteboard, helps scientists refine ideas, structure complexity and sharpen clarity — transforming the messy process of discovery into compelling science writing.

Teaching AI to listen
A computational medicine graduate student reflects on building natural language processing tools that extract meaning from messy clinical notes — transforming how we identify genetic risk while redefining what it means to listen in science.

What’s in a diagnosis?
When Jessica Foglio’s son Ben was first diagnosed with cerebral palsy, the label didn’t feel right. Whole exome sequencing revealed a rare disorder called Salla disease. Now Jessica is building community and driving research for answers.