Showing posts with label Pubpeer. Show all posts
Showing posts with label Pubpeer. Show all posts

Monday, 5 January 2026

An Open Letter to the BMJ Editorial Board

 
to: Editor in chief, Kamran Abbasi, kabbasi@bmj.com
     Executive editor, Theodora Bloom, tbloom@bmj.com
     Head of research, Elizabeth Loder, eloder@bmj.com
     Head of journalism, Rebecca Coombes, rcoombes@bmj.com
     Publication ethics and content integrity editor, BMJ Journals, Helen Macdonald, hmacdonald@bmj.com
     Handling academic editor, Juan Franco, juanfranco@bmj.com
 
Dear Editors

We are writing to ask the BMJ to respond swiftly to the numerous issues with the article by Attar et al: Prevention of acute myocardial infarction induced heart failure by intracoronary infusion of mesenchymal stem cells: phase 3 randomised clinical trial (PREVENT-TAHA8) BMJ 2025; 391 doi: https://doi.org/10.1136/bmj-2024-083382 and retract this article without further delay. Although an Expression of Concern was added to the online version of the article on 12 November, this is not included in the PDF version, so readers who rely on the PDF will be unaware of the concerns. In contrast to the substantial publicity for the original article, no mention of the Expression of Concern has been posted by the BMJ on X, Bluesky or Facebook. 

The article was published on 29th October 2025. On 1st November, Dorothy Bishop looked at the associated dataset deposited on Figshare and immediately spotted that the reported ages for participants were not consistent with the inclusion criteria, which specified age below 65. 127 of 396 participants in the dataset had ages 65 and above, with the oldest being 86. A check of the means/SDs reported for age in the article showed them to be consistent with the dataset. Thus, this dataset, with one third of participants aged over 65, appears to be the one used to produce the results that were reported in the article. These concerns were immediately posted on PubPeer and reported to the editor, Dr Juan Franco.

On 2nd November, Nick Brown added a comment on PubPeer showing repeating patterns in the deposited dataset. These are incontrovertible evidence of fabricated data, as such repetitive patterns are vanishingly unlikely to have occurred by chance. Dorothy Bishop wrote again to Dr Franco, drawing attention to this new evidence.

The lead author, Dr Armin Attar, replied on PubPeer to say 

"During an internal audit, we have noticed some inconsistencies in the baseline demographic data of the study. Our team is currently conducting a detailed review to identify the source of these discrepancies. This process is expected to take approximately two to three weeks."

A few days later, he wrote:  

"... we have initiated a full technical audit of our data assembly and analysis pipeline. We are specifically investigating the reported 101‑record cycles, systematic trends in WBC/Hb/Plt, and baseline age discrepancies across outputs, and will document root causes and corrections where needed. The complete audit package will be posted within 2–3 weeks, and any confirmed errors will be transparently corrected via the journal."

At the time of writing, some 8 weeks later, no audit package has been publicly posted. And indeed, it does not appear to be possible for an “audit” to rescue the situation. It is not a case of a few odd datapoints, but rather that the dataset used for the analyses in the article shows numerous hallmarks of fabrication.  If the dataset is "corrected" then the analyses in the article will be false.

Over the next couple of weeks, additional concerns were raised by different commenters on PubPeer  and in letters and rapid replies to the BMJ. Alison Avenell emailed a full summary of all issues from PubPeer, BMJ rapid responses, submitted letters and additional concerns to Drs Abbasi and Franco on 3rd December, but no acknowledgement has been received. In brief, as well as numerous additional signatures of fabricated data, the following points were noted:
  • The review record shows that reviewers commented only on the first version of the article, even though some substantial issues were raised, particularly by reviewer Manoj Lalu.
  • The deposited dataset was added only after final acceptance, so not reviewed.
  • Problems with the registration, subsequently dealt with by adding a new protocol to the final version of the article. A citation to the original protocol was removed from the final version of the paper.
  • Numerous changes to the actual study start date in the clinical trial registry (https://clinicaltrials.gov/study/NCT05043610), which were undisclosed and post-dated study completion. According to the original trial registration and all versions until version 4, dated October 7th 2024 (close to manuscript submission), as well as to the published protocol (doi: 10.1186/s13063-022-06594-1), the trial was retrospectively registered. The authors altered the actual study start date and misleadingly presented the trial as prospectively registered. It is not possible in 2024 to realize the trial actually started in September 2021, not January 2021. The BMJ as well as all ICMJE journals explicitly don’t publish retrospectively registered randomized trials.
  • Secondary outcomes added after data collected
  • Changes to the author list. In particular, addition of two authors (Anthony Mathur and Sheik Dowlut) who are listed as "involved in conceptualisation, methodology, patient management, procedures, administration, and supervision", despite not being listed on the original study registration, and being based in the UK.
  • Undisclosed financial COIs by co-author Anthony Mathur.
  • Undisclosed COI by co-author Massoud Vosough
  • Inconsistencies for sample size, randomisation block size and period of follow-up between registration documents, published protocol and paper.
  • Concern about retrospective ethical approval and potential medical risks of the procedure for delivering cells.
Most of these points were posted prior to an Editorial written by the Editor-in-Chief about this case.

While we appreciate that journal editors and publishers must follow clear processes that take into account the authors' viewpoint, it should be amply evident to anyone with expertise in this area that the problems with this article go way beyond anything that could be dealt with by a correction. For summary see comment 64 in the PubPeer chain. It should have been clear just on the basis of the first two PubPeer comments (reported by email to the editor) that there were serious issues with this article, and yet here we are, over two months later, with no retraction.
 
The Editorial concluded: 
"We’re in this together, and we welcome your ideas. The goal is to act in the best interests of the public, to devise more robust processes and new solutions that indeed allow evidence and data to rebuild confidence." 
In response to this invitation, our ideas are:
  • The BMJ should monitor PubPeer comments on articles and take action when credible concerns are raised.
  • The BMJ should honor its own commitment to the ICMJE prospective registration mandate, as a founding member of ICMJE. It is unfortunate that a retrospectively registered clinical trial made it through peer-review in 2024.
  • The BMJ should adhere to COPE Guidelines, which state: 
"To minimise harmful effects and uptake (eg, citation of erroneous work, acting on their findings, or drawing incorrect conclusions), retraction notices should be published as soon as the editor is confident that the publication is seriously flawed, misleading, or falls into any of the categories described above. If there is a delay in making that determination, editors should publish an expression of concern [...]. When an editor has lost confidence in the results or conclusions of an article, they should not delay retraction solely because the authors or their institutions are not cooperative or responding promptly.
We believe it is particularly important to retract this paper immediately, not just to maintain integrity of the scientific record, but because replication by other clinicians could carry serious risks for patients.

Yours sincerely,

Dorothy Bishop, Emeritus Professor of Developmental Neuropsychology, University of Oxford
Alison Avenell, Clinical Chair in Health Services Research, University of Aberdeen, UK
Mark Bolland, Associate Prof of Medicine, University of Auckland.
Nicholas J L Brown, Department of Psychology, Linnaeus University, Sweden
Ioana Alina Cristea, Associate Professor of Clinical Psychology, University of Padova
Sophie Hill, PhD student, Department of Government, Harvard University
Ian Hussey, Senior Lecturer, University of Bern
Thomas Kesteman, Oxford University Clinical Research Unit, Vietnam
Patricia Murray, Professor of Stem Cells and Regenerative Medicine, University of Liverpool, UK
Maarten van Kampen, ASML BV, The Netherlands
Peter Wilmshurst, Cardiologist

 

 P.S. 

5th Jan 2026

We've had a prompt response from the EIC:

Dear All,

Thank you for writing to us. We continue to investigate a range of issues related to this paper.

We will make a full decision once we have completed our due process.

Yours sincerely,

Kamran Abbasi FRCP Edin Lon
Editor in chief, The BMJ

 

 

Sunday, 16 March 2025

Book Review: Unreliable: Bias, Fraud, and the Reproducibility Crisis in Biomedical Research

by Csaba Szabo, Columbia University Press, 2025 


This is a rollicking good read, written in an informal style, and enlivened by cartoons, which works as a scholarly and accessible account of the so-called reproducibility crisis in biomedical research. 

I first became aware of this book back in February 2024 when the publisher asked me to review the draft. By happy coincidence I had just submitted an (ultimately unsuccessful) application for funding for a meeting on the closely-related topic of research fraud, and as I devoured the text, I felt guilty that I had not been aware of Szabo's work. As it turned out, there was a good reason for my ignorance: he had not previously written anything on this topic. As he explains in the Afterword, there is a personal backstory: 
The journey of a starryeyed young scientist entering the field of science, and continuing with the scientist working hard and hopefully contributing to the field over thirty years, but during all this time gradually realizing that the entire system suffers from major problems. And now that same scientist—not so young anymore, unfortunately—has written a book concluding that about 30 percent of the papers that come out every year are fake garbage and that 70 to 90 percent of the published scientific literature is not reproducible. 
That is a startling statement, but Szabo speaks with authority, as one who has always loved science, and has had a long and distinguished career in biomedical research both in the US and in Europe. It is clear that he does not want to attack science: as he points out, it is the only game in town. But he is dismayed at how the scientific method has been degraded, and he is concerned that nobody in power is taking responsibility for cleaning it up. 

What makes the book unlike any other on this topic is the detailed account of how we got into the current state, and what are the barriers to remedying the situation. Szabo spends some time explaining how hypercompetition for research grants drives the behaviour of researchers. Although it is customary to talk of "publish or perish", Szabo argues that the real crunch point for a biomedical scientist is success in obtaining external grants. In the USA, this usually means NIH funding in the form of a R01 grant, typically around $1 million over a 4-5 year period. While that sounds like a lot of money, it has to cover 50% of the salary of the principal investigator as well as other salaries and research supplies, which means it is not enough to support a research group. The success rate is around 20%, and researchers typically need to submit numerous proposals in order to survive. The institutions want their staff to obtain grants, not just so they can bathe in the reflected glory of impressive research results, but also because grants bring overheads in the form of indirect costs. So getting grants is extremely high-stakes.

It gets even more interesting when Szabo documents his experiences as a grant reviewer for NIH study sections. We might hope that the most successful proposals are the ones that are realistic, avoid hype, and carefully document the reliability of their methods. Alas, this is the opposite of what happens. Such is the pressure for novelty and impact, that anyone who proposed to replicate a prior finding would be quickly triaged out of the competition. I've noted similar tendencies in the UK context. Thus, the message researchers get from institutions is, if you want to keep your job, get a grant, and the message they get from funders is, if you want to get a grant, concentrate on making the research look exciting.

Szabo next moves on to discuss the way science is done in the lab. There are numerous factors that conspire to make findings irreproducible. Some of these are related to the inherent variability of biological systems, but some arise because of failure to adopt experimental designs that adequately control for bias. Typically, doing things meticulously takes time, and the pressure is to get results out fast. Furthermore, many studies involve a mixture of complicated methods, and the principal investigator may not understand all of them. When it comes to analysing the results, there is huge scope for adopting methods such as post-hoc outlier exclusion, p-hacking, and HARKing. All of these can be used to squeeze positive findings out of an unpromising dataset. If biomedical science is like psychology, many researchers regard such methods as normative and are unaware just how much they contribute to lack of reproducibility of published results. 

The next chapter takes a darker turn, moving to intentional fraud. A number of high-profile cases are reviewed, as well as the industrial-scale fraudulent operations run by so-called paper mills. This chapter is particularly depressing as Szabo takes us through the analogies that have been used to characterise fraud.  Initially, fraud was seen as rare, due to a few "bad apples"; later it was compared to an iceberg of fraudulent work, where we only see the tip but need to be aware that much is hidden. Szabo writes: 
In my view, even this analogy is severely misleading. If we want to stay with nature analogies, my feeling is that we are dealing with a big scientific swamp, with various swamp creatures of different sizes and shapes living in it. There are some relatively clean areas of water, too, and there are regular life forms as well. But there are an awful lot of swamp creatures who happily coexist in their natural environment, taking away food and resources from the regular life forms. In addition, a whole ecosystem built around the swamp is benefiting from it. The people who are supposed to manage the swamp, or perhaps drain it, are nowhere to be found. 
One group of people who might be expected to manage the swamp are those who publish research papers, but Szabo does not find them equal to the task, instead talking of "A broken scientific publishing system". Regular readers of this blog will be well-acquainted with the phenomenon whereby someone reports an obvious problem with a published paper, only to be ignored. Academic publishers are making efforts to screen new submissions for plagiarism and image manipulation, but there seems little appetite for cleaning up the existing body of scientific literature. Until that is done, we cannot regard it as a foundation for future work. 

Szabo is impressed by the efforts of "data sleuths", who perform post-publication peer review and report problems on the PubPeer website, but he regards this as unsustainable: and cleaning up the literature should not be a task for volunteers.  It seems that everyone wants someone to "do something" to fix the problem, but nobody takes it on. Organisations with some responsibility include universities, research institutes, publishers, editors and funders. Szabo's recommendations for change focus on funders, who have the power to deny funding to those who fail to take steps to ensure that their results are reliable. And ultimately, the money for research comes from taxpayers, and governments call the shots. 

This is a particularly difficult time to be conveying such a message. The only people who might be overjoyed to hear that a high proportion of published research is unreliable are politicians who are antagonistic to science and would like an excuse to defund it. In the USA, cuts to funding have been so fast and so deep that many are fearful that the science base may not recover. The swamp creatures may die, but so will the regular life forms. We urgently need therefore to look seriously at recommendations for changing how the system works at all levels - laboratory practice, funding, institutional integrity investigations, publishing, incentive structures - so that we can not only have confidence in scientific findings, but also defend science against attacks. 

I don't agree with all of Szabo's recommendations, but it is refreshing to have someone take a deep dive into the topic, and his ideas form a good basis for discussion. One point where I have a different approach concerns the emphasis on replications. There are many people arguing that more funding should be directed towards replicating prior studies. In the short term, that will be needed, because the way research has been done means we don't know which findings are solid. But in many areas it takes a large amount of time and money to replicate a study. The whole point of the statistical and experimental methods used in science is that they should allow us to assign a level of confidence in our findings without needing to perform an explicit replication. The problem is that we have misapplied those methods. The Registered Reports approach, where a study is evaluated by reviewers and accepted or rejected by a journal on the basis of introduction, methods and analysis plan, before any data are gathered, gets rid of the biases due to p-hacking, HARKing and publication bias, making it possible to interpret statistics sensibly. It also leads to improved methods overall, because independent reviewers offer feedback at a point when it can be helpful. As far as I know, the Registered Reports model has not been adopted by biomedicine, but could, I think, transform the field to make it more rigorous. 

Finally, I'm pleased to say that despite the initial rejection, I managed eventually to secure funding for that meeting on research fraud, which will be held in Oxford from 7th-9th April 2025, and will provide a great opportunity for discussing these issues. Registration is open for a few more days, so please consider attending (online or in person) if you'd like to take part. More details and registration form here: (turn off VPN if it does not load).

Wednesday, 1 January 2025

Retrospective look at blog highlights of 2024: What happened next?

It's always interesting for a blogger to look back to see which posts have garnered most attention. In 2024 there were three standout items, my resignation from the Royal Society, an Open Letter about editorial failings at the journal Scientific Reports, and a guest post by René Aquarius about his experiences as a reviewer for MDPI. For each of these blogposts, it's interesting to consider not just the number of hits, but also the broader impact. Blogging is a great way to let off steam, but does it actually achieve anything?

Resignation from the Royal Society 
As I said at the time of writing the post, I don't expect my resignation to change much at the Royal Society, but I was surprised at the amount of interest in the matter. The story was picked up by national media (e.g. here and here), and even got covered in France and the Netherlands. I had anticipated I might be attacked by a swarm of trolls, but there was no more than a handful of rude emails, saying the Royal Society was better off without me. What was more remarkable was the outpouring of positive reactions. My inbox was swamped with people thanking me for taking this step - not just academics, but people from all walks of life. It's customary when elected to the Royal Society for colleagues to send congratulatory emails: the number of congratulations I received for resigning was about five times as many as I had for being elected. I felt I had struck a chord with many people who were fed up with unsuitable individuals being honoured. British people in particular were outraged that the Royal Society was honouring someone who was spreading misinformation with the apparent aim of undermining our democracy.

I've seen only one serious attempt to challenge the arguments in my blogpost - by Toby Young in the Spectator. I can imagine that the comms team at the Royal Society may not have been overjoyed at his main line of argument, which was to say that there had been many Fellows of the Royal Society with rebarbative opinions who hadn't been thrown out, so why should they start now? He described me as a left-wing Torquemada, which I rather enjoyed, except that his implication was that my objections to Musk were political. Had he read my blogpost, he'd see that politics didn't come into it - it is the lack of scientific integrity that is the issue.

As a delightful twist to the story, Toby Young, who is notorious for his foul-mouthed comments on women and disabled people, has just been appointed to the House of Lords, showing that the Royal Society is not alone among the British establishment in honouring those who represent the antithesis of their core values. I can only assume that Kemi Badenoch, who was responsible for his elevation, did it to own the libs.
This letter, cosigned by 22 scientific sleuths, noted that laughably awful papers were getting published in the Springer Nature journal Scientific Reports, which is generally regarded as a serious journal. It looked to us as if the journal was being infiltrated by paper mills who were using it as an outlet for fraudulent or low quality work. For this to happen, there need to be editors who are either turning a blind eye to such articles, or were actively working with a paper mill to accommodate them. A quick analysis of the editors listed on the journal website turned up 28 who had records on PubPeer indicative of involvement in research misconduct.

So what has happened since? We received a reply from Chris Graf, the Research Integrity Director at Springer Nature, thanking us for our letter and emphasising the extent to which the publisher was putting resources into tackling research fraud and paper mills. The article that had sparked off the Open Letter was retracted fairly promptly.

But when I rechecked the Editorial Board list today, 26 the 28 editors we'd listed were still in position - even though we'd given links to PubPeer entries that specified problematic behaviours of all of them. The two who are no longer listed are Ilyas Khan, and Achyut Shankar. I have no idea whether their disappearance from editorial roles at Scientific Reports has anything to do with the Open Letter. (Rule 1 of sleuthing: don't expect anyone in power to tell you if they have acted on information you provided).

And a final wrinkle to the story: a fellow sleuth told me about another editor linked to paper mills, Masoud Afrand, who had not been included in our list. He had actually been removed from the list of editors in March 2022, but then reappeared at some point in the summer of 2024 (as verified by the Wayback Machine). The Editor-in-Chief, Rafal Marszalek, explained this as a "clerical error". In email correspondence I pointed out to him that this was a pretty odd kind of clerical error, and that it did nothing to assuage growing concerns that there may be someone at a senior level at Scientific Reports who was actively working with paper millers.  I did not get a reply.

My experience as a reviewer for MDPI: guest post by René Aquarius
In this post, René describes the fate of a paper that he agreed to review for the Journal of Clinical Medicine, published by MDPI. The paper had numerous methodological flaws, including lack of a control group and discrepancies between the registered protocol and the final study, and René recommended rejection. What then followed was a bizarre series of exchanges with MDPI editors, who encouraged resubmission by the authors, then attempted to block René from re-reviewing the paper, after he'd agreed to do so. Eventually the paper was transferred to  another MDPI journal, Geriatrics, where he was again asked to review it. When he pointed out that the paper was largely unchanged from the original submission, it was withdrawn - but he then found it published a few weeks later in yet another MDPI journal.

This blogpost attracted a lot of comments, not least from people who had had similar experiences with MDPI. I have to say that these experiences, coupled with other evidence such as this and this make me very dubious about standards of peer review at MDPI. The impression is that hard-pressed editorial staff are expected to ensure peer review of submissions is achieved in 2-3 weeks, and they accordingly come to rely on anyone who will do a speedy job, without regard for quality. Indeed, high-quality reviews that raise difficult issues are problematic for them, because they will slow up the process. Accordingly these are sidelined or quietly forgotten about, in favour of minimalist 'reviews' such as those you can see here in reviews 1, 3 and 4.

Will anything change? Hopefully, René's post has helped raise awareness of the problematic aspects of peer review at MDPI journals. I doubt the publisher will do anything to change their peer review model unless the reputational damage from such revelations starts to hit their bottom line. Interestingly, in my last post of 2024, I noted that just before the Christmas break, Finland's Publication Forum (JUFO) downgraded the status of 187 MDPI journals in their index, a move that will disincentivize Finnish researchers from publishing there. However, a day later, MDPI announced that it had secured a national publishing agreement with ZB Med, which offered substantial discounts to authors from over 100 German Universities.

Epilogue
In each of these cases, we can see that a blogpost has raised the profile of an issue that is of relevance to academic scientists. Concrete impacts are harder to demonstrate - where changes happen, it's not clear if they are related to the blogpost, or just coincidental. And for most topics, it's a case of two steps forward and one step back, at best. But if I've learned one thing from my many years writing about such things, it's that you can't trust the people in positions of power to actually do the right thing unless they are prodded repeatedly and publicly (and sometimes not even then). So I hope to continue blogging through 2025, even though it may at times seem futile.

Happy New Year, and Illegitimi non carborundum.

Comments are moderated. Those that are in scope and from an identified person will be published after a delay. 


Wednesday, 16 October 2024

An open letter regarding Scientific Reports

16th October 2024 

to: Mr Chris Graf
Research Integrity Director, Springer Nature and Chair Elect of the World Conference on Research Integrity Foundation Governing Board.

 

Dear Mr Graf,

We are a group of sleuths and forensic meta-scientists who are concerned that Springer Nature is failing in its duty to protect the scientific literature from fraudulent and low quality work. We are aware that, as noted in the 2023 Annual Report, you are committed to maintaining research integrity. We agree with the statement: “To solve the world’s biggest challenges, we all need research that’s reliable, trustworthy and can be built on by scientists and innovators. As a leading global research publisher, we have a pivotal role to play.” It is encouraging to hear that the Springer Nature research integrity group doubled in size in 2023. Nevertheless, we have a growing sense that all is not well concerning the mega journal Scientific Reports.

Some of the work that has been published is so seriously flawed that it is not credible that it underwent any meaningful form of peer review. In other cases, when we have reported flawed papers to the editor or integrity team, the response has been inadequate. A striking example cropped up last week when a “corrected” version of an article was published in Scientific Reports. This article had been flagged up by Guillaume Cabanac as containing numerous “tortured phrases” that are indicative of fraudulent authors attempting to bypass plagiarism checks; the authors were allowed to “correct” the article by merely removing some (not all) of the tortured phrases. This led some of us to look more closely at the article. As is evident from comments on PubPeer, it turned out to be a kind of case study of all the red flags for fraud that we look for. As well as (still uncorrected) tortured phrases, it contained irrelevant content, irrelevant citations, meaningless gibberish, a nonsensical figure, and material recycled from other publications.

This is perhaps the most flagrant example, but we argue that it indicates problems with your editorial processes that are not going to be fixed by AI. The only ways an article like this can have been published are either through editorial negligence or outright malpractice. For it to be negligence would require a remarkable degree of professional incompetence from a handling editor. The possibility of malpractice, would mean there is a corrupt handling editor who bypasses the peer review process entirely or willingly appoints corrupt peer reviewers to approve the manuscript. We appreciate that some papers that we and others have reported have been retracted, but in other cases blatantly fraudulent papers can take years to be retracted or to receive any appropriate editorial action.

We have some specific suggestions for actions that Springer Nature could take to address these issues.

  1. Employ a task force of people with the necessary expertise to carry out an urgent audit of all editors of Scientific Reports. We have looked at the editors on your website, and it is clear that this is an enormous task, given that there are over 13,000 of them, and they are not listed with disambiguating information such as Orcid IDs. Even so, in a few hours, by cross-checking this list against PubPeer, it was possible to identify the 28 cases listed below, covering a range of disciplines, and all, in our view, with pretty clear-cut evidence of problems. Four are members of the Editorial Board. We stress, this is just the low-hanging fruit which was fairly easy to detect.
  2. The list of problematic articles appended below or tabulated on the Problematic Paper Screener might provide an alternative route to identify editors who should never have been given a gatekeeping role in academic publishing. As well as checking the papers we list below, we recommend that all other articles accepted by the same editors should be scrutinised.
  3. Detection of problematic articles and editors could be helped by requiring open peer review for all journals, and ensuring that the name and Orcid ID of the handling editor is included with the published meta-data for all articles.
We hope these suggestions will be helpful in ensuring that research published in Scientific Reports is reliable and trustworthy.

Yours sincerely

Dorothy Bishop
Guillaume Cabanac
François-Xavier Coudert
René Aquarius
Nick Wise
Lonni Besançon
Simon A.J. Kimber
Anna Abalkina
Rickard Carlsson
Samuel J Westwood
Patricia Murray
Nicholas J. L. Brown
Smut Clyde
Leonid Schneider
Ian Hussey
Tu Duong
Gustav Nilsonne
Jamie Cummins
Alexander Magazinov
Elisabeth Bik
Mu Yang
Corrado Viotti
Sholto David


 

Appendices

1. Some examples of editors with concerning PubPeer entries

Editorial board Ghulam Md Ashraf
Editorial board Eun Bo Shim
Editorial board Ajay Goel
Editorial board Rasoul Kowsar

AGEING Vittorio Calabrese
AGRICULTURE Sudip Mitra
ANALYTICAL CHEMISTRY Syed Ghulam Musharraf
CELL BIOLOGY Gabriella Dobrowolny
CHEMICAL ENGINEERING Enas Taha Sayed
CIVIL ENGINEERING Manoj Khandelwal
CLINICAL ONCOLOGY Marcello Maggiolini
COMPUTATIONAL SCIENCE Praveen Kumar Reddy Maddikunta
DRUG DISCOVERY Salvatore Cuzzocrea
ENDOCRINOLOGY Sihem Boudina
ENVIRONMENTAL ENGINEERING Rama Rao Karri
ENVIRONMENTAL SCIENCE Mayeen Uddin Khandaker
GASTROENTEROLOGY AND HEPATOLOGY Sharon DeMorrow
IMMUNOLOGY Marcin Wysoczynski
INFECTIOUS DISEASES Fatah Kashanchi
MATHEMATICAL PHYSICS Ilyas Khan
MICROBIOLOGY Massimiliano Galdiero
NETWORKS AND COMPLEX SYSTEMS Achyut Shankar
NEUROLOGY Yvan Torrente
RESPIRATORY MEDICINE Soni Savai Pullamsetti
STRUCTURAL AND MOLECULAR BIOLOGY Stefania Galdiero
https://pubpeer.com/publications/42901FD2901EC917E3EE54B8DBD749#4 (authors claim a correction is underway, but none published for 2 years)
https://pubpeer.com/publications/01FE09F1127DF0598985987677A101 (part of a list of many flagged papers from this author group. Corrected rather than retracted)
https://pubpeer.com/publications/69EDBAECD50F31B051ECECCD1DF346 (notified on 31-3-2023 about this paper, no action so far)
https://pubpeer.com/publications/F8A1AD2B165888A06C18B28C860E7B. EiC contacted Nov. 22 with authorship concerns, responded that he would investigate. No action taken so far.
https://pubpeer.com/publications/286F83F9553D29F82CD4281309A1E4. Has had EoC for authorship irregularities since July 22, no action taken since.
https://pubpeer.com/publications/5BEDDDA9CF92B9CDDD2AB1AA796271 (blatantly nonsensical paper reported to publisher in June 2024; no action as yet)
https://pubpeer.com/publications/37B87CAC48DE4BC98AD40E00330143 (various corrections since 2022, and in Feb 2023 readers were told “conclusions of this article are being considered by the Editors. A further editorial response will follow the resolution of these issues”. 19 Months later we are still waiting.)


3. Some examples of journal-level reports posted on PubPeer

Scientific Reports

other Springer Nature journals:

Chemosphere

Tuesday, 24 September 2024

Using PubPeer to screen editors

 

2023 was the year when academic publishers started to take seriously the threat that paper mills posed to their business. Their research integrity experts have penned various articles about the scale of the problem and the need to come up with solutions (e.g., here and here).  Interested parties have joined forces in an initiative called United2Act. And yet, to outsiders, it looks as though some effective actions are being overlooked. It's hard to tell whether this is the result of timidity, poor understanding, or deliberate footdragging from those who have a strong financial conflict of interest.

As I have emphasised before, the gatekeepers to journals are editors. Therefore it is crucial that they are people of the utmost integrity and competence. The growth of mega-journals with hundreds of editors has diluted scrutiny of who gets to be an editor. This has been made worse by the bloating of journals with hundreds of special issues, each handled by "guest editors". We know that paper millers will try to bribe existing editors, and to place their own operatives as editors or guest editors, use fake reviewers, and stuff articles with irrelevant citations. Stemming this tide of corruption would be one effective way to reduce the contamination of the research literature. Here are two measures I suggest that publishers should take if they seriously want to clean up their journals.

1. Three strikes and you are out. Any editor who has accepted three or more paper milled papers should be debarred from acting as an editor, and all papers that they have been responsible for accepting should be regarded as suspect. This means retrospectively cleaning-up the field by scrutinising the suspect papers and retracting any from authors associated with paper mills, or which are characterised by features suggestive of paper mills, such as tortured phrases, citation stacking, gobbledegook content, fake reviews from reviewers suggested by authors, invalid author email domains, or co-authors who are known to be part of a paper mill ring. All of these are things that any competent editor should be able to detect. I anticipate this would lead to a large number of retractions, particularly from journals with many Special Issues. As well as these simple indicators, we are told that publishers are working hard to develop AI-based checks. They should use these not only to screen new submissions, and to retract published papers, but also to identify editors who are allowing this to happen on their watch. It also goes without saying that nobody who has co-authored a paper-milled paper should act as an editor.

2. All candidates for roles as Editor or Guest Editor at a journal should be checked against the post-publication peer review website PubPeer, and rejected if this reveals evidence of papers that have had credible criticisms suggesting of data fabrication or falsification. This is a far from perfect indicator: only a tiny fraction of authors receive PubPeer comments, and these may comment on trivial or innocent aspects of a paper. But, as I shall demonstrate, using such a criterion can reveal cases of editorial misconduct.

I will illustrate how this might work in practice, using the example of the MDPI journal Electronics. This journal came to my attention because it has indicators that all is not well with its Special Issues programme. 

First, in common with nearly all MDPI journals, Electronics has regularly broken the rule that specifies that no more than 25% of articles should be authored by a Guest Editor. As mentioned in a previous post, this is a rule that has come and gone in the MDPI guidelines, but which is clearly stated as a requirement for inclusion in the Directory of Open Access Journals (DOAJ). 13% of Special Issues in Electronics completed in 2023-4 broke this rule**. DOAJ have withdrawn some MDPI journals from their directory for this reason, and I live in hope that they will continue to implement this policy rigorously - which would entail delisting from their Directory the majority of MDPI journals. Otherwise, there is nothing to stop publishers claiming to be adhering to rigorous standards while failing to implement them, making listing in DOAJ an irrelevance.  

Even more intriguing, for around 11% of the 517 Special issues of Electronics published in 2023-4, the Guest Editor doesn't seem to have done any editing We can tell this because Special Issues are supposed to list who has acted as Academic Editor for each paper. MDPI journals vary in how rigorously they implement that rule - some journals have no record of who was the Academic Editor. But most do, and in most Special Issues, as you might expect, the Guest Editor is the Academic Editor, except for any papers where there is conflict of interest (e.g. if authors are Guest Editors or are from the same institution as the Guest Editor). Where the Guest Editor cannot act as Academic Editor, the MDPI guidelines state that this role will be taken by a member of the Editorial Board. But, guess what? Sometimes that doesn't happen. As someone with a suspicious frame of mind, and a jaundiced view of how paper mills operate, this is a potential red flag for me.

Accordingly, I decided to check PubPeer comments for individuals in three editorial roles at Electronics for the years 2023-4:

  • Those listed as being in a formal editorial role on the journal website. 
  • Those acting a Guest Editors 
  • Those acting as Academic Editors, despite not being in the other two categories.

For Editors, a PubPeer search by name revealed 213/931 that had one or more comments. That sounds alarming, but cannot be taken at face value, because there are many innocent reasons for this result. The main one is namesakes: this is particularly common with Chinese names, which tend to be less distinctive than Western names. It is therefore important to match PubPeer comments on affiliations as well as names. Using this approach, it was depressingly easy to find instances of Editors who appeared associated with paper mills. I will mention just three, to illustrate the kind of evidence that PubPeer provides, but remember, there are many others deserving of scrutiny. 

  • As well as being a section board member of Electronics, Danda B Rawat (Department of Electrical Engineering and Computer Science, Howard University, Washington, DC 20059, USA) is Editor-in-Chief of Journal of Cybersecurity and Privacy, and a section board member of two further MDPI journals: Future Internet and Sensors. A PubPeer search reveals him to be co-author of one paper with tortured phrases, and another where equations make no sense. He is listed as Editor of three MDPI Special Issues: Multimodal Technologies and Interaction: Human Computer Communications and Internet of Things Sensors: Frontiers in Mobile Multimedia Communications Journal of Cybersecurity and Privacy: Applied Cryptography.
  • Aniello Castiglione  (Department of Management & Innovation Systems, University of Salerno, Italy) is Section Board Member of three journals: Electronics, Future Internet, and Journal of Cybersecurity and Privacy, and an Editorial Board member of Sustainability. PubPeer reveals he has co-authored one paper that was recently retracted because of compromised editorial processing, and that his papers are heavily cited in several other articles that appear to be used as vehicles for citation stacking. 
  •  Natalia Kryvinska (Department of Information Systems, Faculty of Management, Comenius University in Bratislava, Slovakia) is a Section Board Member of Electronics. She has co-authored several articles with tortured phrases.

Turning to the 1326 Guest Editors of Special Issues, there were 500 with at least one PubPeer comment, but as before, note that in many cases name disambiguation is difficult, so this will overestimate the problem. Once again, while it may seem invidious to single out specific individuals, it seems important to show the kinds of issues that can be found among those who are put in this important gatekeeping role. 

Finally, let's look at the category of Academic Editors who aren't listed as journal Editors. It's unclear how they are selected and who approves their selection. Again, among those with PubPeer comments, there's a lot to choose from. I'll focus here on three who have been exceptionally busy doing editorial work on several special issues. 

  • Gwanggil Jeon (Incheon National University, Korea) has acted as Academic Editor for 18 Special Issues in Electronics. He is not on the Editorial Board of the journal, but he has been Guest Editor for two special issues in Remote Sensing, and one in SensorsPubPeer comments note recycled figures and irrelevant references in papers that he has co-authored, as well as a problematic Special Issue that he co-edited for Springer Nature, which led to several retractions.
  • Hamid Reza Karimi (Department of Mechanical Engineering, Politecnico di Milano, Milan, Italy) has acted as Academic Editor for 12 Special Issues in Electronics. He was previously Guest Editor for two Special Issues of Electronics, one of Sensors, one of Micromachines, and one of Machines.  In 2022, he was specifically called out by the IEEE for acting "in violation of the IEEE Principles of Ethical Publishing by artificially inflating the number of citations" for several articles. 
  • Finally, Juan M. Corchado (University of Salamanca, Spain) has acted as Academic Editor for 29 Special Issues. He was picked up by my search as he is not currently listed as being an Editor for Electronics, but that seems to be a relatively recent change: when searching for information, I found this interview from 2023. Thus his role as Academic Editor seems legitimate. Furthermore, as far as PubPeer is concerned, I found only one old comment, concerned with duplicate publication. However, he is notorious for boosting citations to his work by unorthodox means, as described in this article.* I guess we could regard his quiet disappearance from the Editorial Board as a sign that MDPI are genuinely concerned about editors who try to game the system. If so, we can only hope that they employ some experts who can do the kinds of cross-checking that I have described here at scale. If I can find nine dubious editors of one journal in a couple of hours searching, then surely the publisher, with all its financial resources, could uncover many more if they really tried.

Note that many of the editors featured here have quite substantial portfolios of publications. This makes me dubious about MDPI's latest strategy for improving integrity - to use an AI tool to select potential reviewers "from our internal databases with extensive publication records". That seems like an excellent way to keep paper millers in control of the system. 

Although the analysis presented here just scratches the surface of the problem, it would not have been possible without the help of sleuths who made it straightforward to extract the information I needed from the internet. My particular thanks to Pablo Gómez Barreiro, Huanzi and Sholto David.

I want to finish by thanking the sleuths who attempt to decontaminate the literature by posting comments to PubPeer. Without their efforts it would be much harder to keep track of paper millers. The problem is large and growing. Publishers are going to need to invest seriously in employing those with the expertise to tackle this issue. 

 *As I was finalising this piece, this damning update from El Pais appeared. It seems that many retractions of Corchado papers are imminent.  

 I can't keep up.... here's today's news. 


** P.S. 25th Sept 2024. DOAJ inform me that Electronics was removed from their directory in June of this year. 

*** P.P.S. 26th Sept 2024.  Guillaume Cabanac pointed me to this journal-level report on PubPeer, where he noted a high rate of Electronics papers picked up by the Problematic Paper Screener.

Thursday, 30 March 2023

Open letter to CNRS

Need for transparent and robust response when research misconduct is found

Scroll down for update on correspondence with CNRS Scientific Integrity Officer, 30th March 2023.

(French translation available in Appendix 3 of this document)

This Open Letter is prompted by an article in Le Monde describing an investigation into alleged malpractice at a chemistry lab in CNRS-Université Sorbonne Paris Nord and the subsequent report into the case by CNRS. The signatories are individuals from different institutions who have been involved in investigations of research misconduct in different disciplines, all concerned that the same story is repeated over and over when someone identifies unambiguous evidence of data manipulation.  Quite simply, the response by institutions, publishers and funders is typically slow, opaque and inadequate, and is biased in favour of the accused, paying scant attention to the impact on those who use research, and placing whistleblowers in a difficult position.

 

The facts in this case are clear. More than 20 scientific articles from the lab of one principal investigator  have been shown to contain recycled and doctored graphs and electron microscopy images. That is, results from different experiments that should have distinctive results are illustrated by identical figures, with changes made to the axis legends by copying and pasting numbers on top of previous numbers.

 

Everyone is fallible, and no scientist should be accused of malpractice when honest errors are committed. We need also to be aware of the possibility of accusations made in bad faith by those with an axe to grind. However, there comes a point when there is a repeated pattern of errors for a prolonged period for which there is no innocent explanation. This point is surely reached here: the problematic data are well-documented in a number of PubPeer comments on the articles (see links in Appendix 1 of this document).

 

The response by CNRS to this case, as explained in their report (see Appendix 2 of this document), was to request correction rather than retraction of what were described as “shortcomings and errors”, to accept the scientist’s account that there was no intentionality, despite clear evidence of a remarkable amount of manipulation and reuse of figures; a disciplinary sanction of exclusion from duties was imposed for just one month. 

 

So what should happen when fraud is suspected?  We propose that there should be a prompt investigation, with all results transparently reported. Where there are serious errors in the scientific record, then the research articles should immediately be retracted, any research funding used for fraudulent research should be returned to the funder, and the person responsible for the fraud should not be allowed to run a research lab or supervise students. The whistleblower should be protected from repercussions.

 

In practice, this seldom happens. Instead, we typically see, as in this case, prolonged and secret investigations by institutions, journals and/or funders. There is a strong bias to minimize the severity of malpractice, and to recommend that published work be “corrected” rather than retracted.

 

One can see why this happens. First, all of those concerned are reluctant to believe that researchers are dishonest, and are more willing to assume that the concerns have been exaggerated. It is easy to dismiss whistleblowers as deluded, overzealous or jealous of another’s success. Second, there are concerns about reputational risk to an institution if accounts of fraudulent research are publicised. And third, there is a genuine risk of litigation from those who are accused of data manipulation. So in practice, research misconduct tends to be played down.

 

However, this failure to act effectively has serious consequences:

1.   It gives credibility to fictitious results, slowing down the progress of science by encouraging others to pursue false leads. This can be particularly damaging for junior researchers who may waste years trying to build on invented findings. And in the age of big data, where results in fields such as genetics and pharmaceuticals are harvested to contribute to databases of knowledge, erroneous data pollutes the databases on which we depend.

2.   Where the research has potential for clinical or commercial application, there can be direct damage to patients or businesses.

3.   It allows those who are prepared to cheat to compete with other scientists to gain positions of influence, and so perpetuate further misconduct, while damaging the prospects of honest scientists who obtain less striking results.

4.   It is particularly destructive when data manipulation involves the Principal Investigator of a lab. This creates challenges for honest early-career scientists based in the lab where malpractice occurs – they usually have the stark options of damaging their career prospects by whistleblowing, or leaving science. Those with integrity are thus removed from the pool of active researchers. Those who remain are those who are prepared to overlook integrity in return for career security.  CNRS has a mission to support research training: it is hard to see how this can be achieved if trainees are placed in a lab where misconduct occurs.

5.   It wastes public money from research grants.

6.   It damages public trust in science and trust between scientists.

7.   It damages the reputation of the institutions, funders, journals and publishers associated with the fraudulent work.

8.   Whistleblowers, who should be praised by their institution for doing the right thing, are often made to feel that they are somehow letting the side down by drawing attention to something unpleasant. They are placed at high risk of career damage and stress, and without adequate protection by their institution, may be at risk of litigation. Some institutions have codes of conduct where failure to report an incident that gives reasonable suspicion of research misconduct is itself regarded as misconduct, yet the motivation to adhere to that code will be low if the institution is known to brush such reports under the carpet.

 

The point of this letter is not to revisit the rights and wrongs of this specific case or to promote a campaign against the scientist involved. Rather, we use this case to illustrate what we see as an institutional malaise that is widespread in scientific organisations.  We write to CNRS to express our frustration at their inadequate response to this case, and to ask that they review their disciplinary processes and consider adopting a more robust, timely and transparent process that treats data manipulation with the seriousness it deserves, and serves the needs not just of their researchers, but also of other scientists, and of the public who ultimately provide the research funding.

 

Signed by:

 

Dorothy Bishop, FRS, FBA, FMedSci, Professor of Developmental Neuropsychology (Emeritus), University of Oxford, UK.

 

Patricia Murray, Professor of Stem Cell Biology and Regenerative Medicine, University of Liverpool, UK.

 

Elisabeth Bik, PhD, Science Integrity Consultant

 

Florian Naudet, Professor of Therapeutics, Université de Rennes and Institut Universitaire de France, Paris

 

David Vaux, AO FAA, FAHMS, Honorary Fellow WEHI, & Emeritus Professor University of Melbourne, Australia

 

David A. Sanders, Department of Biological Sciences, Purdue University, USA.

 

Ben W. Mol, Professor of Obstetrics and Gynecology, Melbourne, Australia

 

Timothy D. Clark, PhD, School of Life & Environmental Sciences, Deakin University, Geelong, Australia

 

David Robert Grimes, PhD, School of Medicine, Trinity College Dublin, Ireland

 

Fredrik Jutfelt, Professor of Animal Physiology, Norwegian University of Science and Technology, Trondheim, Norway

 

Nicholas J. L. Brown, PhD, Linnaeus University, Sweden

 

Dominique Roche, Marie Skłodowska-Curie Global FellowD, Institut de biologie, Université de Neuchâtel, Switzerland

 

Lex M. Bouter, Professor Emeritus of Methodology and Integrity, Amsterdam University Medical Center and Vrije Universiteit, Amsterdam, The Netherlands

 

Josefin Sundin, PhD, Department of Aquatic Resources, Swedish University of Agricultural Sciences, Sweden

 

Nick Wise, PhD, Engineering Department, University of Cambridge, UK

 

Guillaume Cabanac, Professor of Computer Science, Université Toulouse 3 – Paul Sabatier and Institut Universitaire de France

 

Iain Chalmers, DSc, MD, FRCPE, Centre for Evidence-Based Medicine, University of Oxford.

 

Response from CNRS, received 28th Feb 2023. 

 French version below. Version en français plus bas. ======================================== 

Dear Colleagues, I have read the open letter you sent me by email on February 22, entitled "Need for transparent and robust response when research misconduct is found". 

I am very surprised that you did not think it necessary to contact the CNRS before publishing this open letter. You are obviously not familiar, or at least very unfamiliar, with CNRS policy and procedures regarding scientific integrity. 

The CNRS deals with these essential issues without any complacency, but tries to be fair and to ensure that the sanctions are proportional to the misconduct committed, while respecting the rules of the French civil service. 

 Your letter mixes generalities about the so-called actions of scientific institutions with paragraphs that apply, perhaps, to the CNRS. If you wish to know how scientific misconduct is handled at the CNRS, I invite you to contact our scientific integrity officer, Rémy Mosseri 

Kind regards, 

Antoine Petit ================== 

Professer Antoine Petit CNRS CEO 

======================================== 

Chers et chères collègues, J’ai pris connaissance de la lettre ouverte que vous m’avez adressée par courriel le 22 février dernier dont le titre est « Nécessité d'une réponse transparente et robuste en cas de découverte de manquements à l’intégrité scientifique ». 

Je suis très étonné que vous n’ayez pas jugé utile de prendre contact avec le CNRS avant de publier cette lettre ouverte. Vous ne connaissez visiblement pas, ou au minimum très mal, la politique et les procédures du CNRS en ce qui concerne l’intégrité scientifique. 

 Le CNRS traite ces questions essentielles sans aucune complaisance mais en essayant d’être justes et que les sanctions soient proportionnelles aux fautes commises, tout en respectant les règles de la fonction publique française. 

Votre lettre mélange des généralités sur les soi-disant agissement des institutions scientifiques et des paragraphes qui s’appliquent, peut-être, au CNRS. Si vous souhaitez savoir comment les méconduites scientifiques sont traitées au CNRS, je vous invite à prendre contact avec notre référent intégrité scientifique, Rémy Mosseri 

 Bien à vous, ================ 

Antoine Petit CNRS Président - Directeur général 

 

 

Update: March 30th 2023

As recommended by Prof Petit, we contacted Dr Rémy Mosseri, Scientific Integrity Officer, with some specific questions about how research integrity is handled at CNRS. The ensuing correspondence is provided here: 

13th March 2023   

 Dear Dr Mosseri

As you will have seen, Prof Antoine Petit replied to our previous open letter (which you were copied into) concerning the case of research misconduct at Université Sorbonne Paris Nord, featured in Le Monde. We can add that since drawing attention to this case, additional serious concerns have been raised about papers of this group:   

https://pubpeer.com/publications/0FA5031C555737851A865644B55B66. (comments #2 and #3)  

https://pubpeer.com/publications/67AC8D60812782300BB58D6D32E67D  

 https://pubpeer.com/publications/274206B58670596FD557A1E71D41FF  

 https://pubpeer.com/publications/E1BEDDC613F4DE1F0DBF68F2CE6C57

At the suggestion of Prof Petit, we are writing now to request further information about the processes used to evaluate research integrity by CNRS.

The specific points where it would be helpful to have clarification are:  

1. When problems are repeated across many papers, what are the criteria for concluding that there are “shortcomings and errors” rather than misconduct or fraud. Are specific definitions used by CNRS?   

2. When an investigation concludes that a publication contains material that is fabricated, falsified or plagiarised, what criteria are used to determine a recommendation that the paper be corrected, retracted, or other?  

 3. Where it is concluded that a paper should be corrected or retracted, does CNRS require that the notice of retraction/correction mention the reason for this action?   

4. We note that some CNRS reports into research misconduct have been published (https://mis.cnrs.fr/rapports/). What criteria are used to determine whether reports are confidential or public?   

5. What training do CNRS staff and students have in research integrity, and are specific training measures implemented in cases where misconduct has been confirmed?   

6. Do CNRS rules specify that a failure to report suspected research misconduct is itself misconduct?   

7. What measures does CNRS take to protect whistleblowers?   

 (signed by Dorothy Bishop + signatories of original open letter)  


15th March 2023   

Dear collegues,

I will be pleased to try to answer (as best as possible, some questions are more complicate than others) your questions (I guess in english). Due to overbusiness, please forgive me if this is not done immediately. But I expect being able to answer within 2 weeks max.

I would prefer, if you can agree with that, that these answers stay informal. In other word, this would not be considered as an interview or an official document from me, from which I may find in the future selected part reproduced on the internet, without possibly (once it is in the net) the precise context in which they have been written. Would you agree on that?

There are some points in your open letters with which I may disagree, as far as CNRS is concerned. The difficulty is that you wrote an open letter to CNRS, but included general criticisms addressed apparently to the general academic IS treatment (I guess not only focused on CNRS, and even not only to France). If you are interested by my remarks, beside your own questions, I may formulate them. If interested, we could also have a more open and reactive discussion on that, by zoom.

In the meantime, please find enclosed a recent summary (in english) of the MIS activity, which may already get you interested.

Yours sincerely   

Rémy Mosseri  


17th March

Dear Dr Mosseri   

Thanks for your prompt reply, and the interesting MIS summary. We do of course understand that you need time to reply. We would prefer to have a formal response from you, in your role as integrity officer, relating to the specific questions we have raised. The reasons we are writing to you is because of concerns about how CNRS has responded to the case reported in Le Monde. These are of particular interest to the signatories because of our prior experience with institutional responses to cases of fraud. There is considerable international public interest in these matters. I hope you would be able to respond to our questions in a way that we could share publicly. I am happy to give an undertaking that I would not knowingly misrepresent anything you say, or present it out of context. 

Yours sincerely   

Dorothy Bishop, FRS, FMedSci, FBA  


18th March   

Dear Mrs Bishop,

I return to you about two points

1) You may know that (i) I must apply a strict confidentiality about the cases we treat, (ii) I cannot start (decide alone) an investigation without having a documented allegation that I can then send to the targetted persons asking for a reply. You mention in your letters 4 pubpeer new posts concerning the case discussed in a french newspaper last december. It is not clear for me whether you considered that mentioning these posts was a formal allegation or just an information. In the first case, I must tell you that just sending to a pubpeer post is not considered by us as a formal allegation. If you ask for an investigation to be opened on new elements, you are invited write and send us a detailed allegation.

2) I have a problem with your answer. I am always very interested to discuss and present the rules underlying our practice (and my impression is that you miss informations about them), and even to listen to propositions to improve them. I proposed an unformal open discussion with your group, even by zoom, in which I could expose the coherence underlying our action, and the rules themselves. Notice that we claimed from the start (2018 for the MIS) that these rules are certainly perfectible; I also had in mind to explain why I may object to some statements of your letter. You do not seem interested by all this. By the way, I find quite questionable that your questions (which are certainly interesting, and do not cover the full subject) are sent to us after you opened your public campaign, and not before (as far as I know, but I may be wrong, no prior contact has been taken by your group with CNRS). I therefore do not think that presenting the coherence of our action can rely on your future decisions.

So we will probably proceed differently. Although some of these informations are already present (in french) in our website, we will write a public document, posted on our web site, in french and english, detailing our rules and the principles guiding our action. We already had this in mind, but did not find time to dot it (in particular having informations written in english). Most of your questions (and many others) should be answered in this more global document, and you will therefore be free to use this information (by citing the whole text).

Sincerely yours

Rémy Mosseri  


28th March

Dear Dr Mosseri Your suggestion of creating a global document in response to the questions we raised is most welcome. Thank you.   

The information about MIS is also very welcome. Thank you also for explaining the situation with regard to allegations of malpractice. This does make clear the distinctive characteristics of the CNRS procedures in investigating integrity. It is understandable that a formal allegation might be needed to initiate new investigation, to avoid CNRS being overwhelmed by information or by trivial complaints, and to protect employees from malicious actors; it was rather surprising, though, to hear that you would ignore additional evidence relating to an existing case, especially when brought to you by serious integrity experts. Given that the research that is the topic of the case is clinically relevant, the malpractice has potential to be damaging to public health, as well as to the research community, to junior scientists, to whistleblowers, and not least to the reputation of CNRS. It would seem a matter of some urgency to remedy matters if a CNRS-funded research group is publishing manipulated data in multiple papers.   

 To avoid complications of co-ordinating numerous people, I hereby make a formal request in my own name, specifically asking you to investigate a number of new issues that have arisen since your original investigation. I am ccing to the Research Integrity officer at Université Sorbonne Paris Nord, who I assume would also need to be involved in any investigation.   

Here are specific concerns regarding publications from the Laboratoire de Réactivité de Surfaces, UMR CNRS 7197 and CNRS, UMR 7244, CSPBAT, Laboratoire de Chimie, Structures et Propriétés de Biomateriaux et d'Agents Therapeutiques. The evidence of data fabrication and questionable methods is evident in the published papers and is described in the linked PubPeer comments, which I briefly summarise here:   

https://pubpeer.com/publications/684C7691DAAD7FCD6B7E9BBCE5346C. Rectangles placed over images showing data, obscuring some regions.   

In https://pubpeer.com/publications/99DFA69EC0222D3C40477DE9B8F8D6 Concerns expressed about inadequate corrections of earlier work. This suggests that where CNRS has proposed correction of problematic work, it has not confirmed that this is satisfactory.   

https://pubpeer.com/publications/E1BEDDC613F4DE1F0DBF68F2CE6C57 An expert, Elisabeth Bik, has identified evidence of cut-and-paste of areas in photos of tumours.   

https://pubpeer.com/publications/274206B58670596FD557A1E71D41FF Repeated plot in different publications.   

https://pubpeer.com/publications/1076593A614D44E5019C69C642282B Another unsatisfactory correction, where inconsistencies remain in the paper   

https://pubpeer.com/publications/0FA5031C555737851A865644B55B66. In addition to reuse of the same histograms across multiple papers, already noted by Raphael Levy, further comments have been added by Elisabeth Bik noting evidence of duplication of regions of plots within figures   

https://pubpeer.com/publications/EA48A476C8B55E382AFD4BD56BDEC6 Yet another correction that does not satisfactorily deal with concerns.   

https://pubpeer.com/publications/C9081BBA3DCD96D61FC7E1C22274FA And another correction that seems to raise more questions.   

https://pubpeer.com/publications/36885F09E68EA7D5E881C625BFD998. Curves that should describe experimental data appear to be generated by formula, and have identical noise patterns.   

https://pubpeer.com/publications/FA4ABD243E8518B6C72024EDB98DFA#. Curves that should describe experimental data appear to be generated by formula, and have identical noise patterns.   

https://pubpeer.com/publications/DE9875DC8BA22466DB129179506638 A retracted paper appears to have been republished with only minor changes.   

https://pubpeer.com/publications/5569A968DD6668A7FBCDD3A355507E Inconsistencies in reported size of nanoparticles and the figures.   

Please note that this list is likely to grow, as I have been told of concerns regarding other publications that are still being compiled. It would be helpful if your committee could monitor these proactively on PubPeer, rather than relying on sleuths to bring them to your attention with a formal allegation.   

I am sorry we disagree about the benefits of confidentiality vs. transparency. I appreciate that you may not wish to communicate further with me, because I do intend to make correspondence with CNRS public, as I think this is in the public interest. This is not a comfortable situation, but I hope that in the long term further scrutiny of cases of misconduct and institutional responses to them might help us reach a rapprochement about the appropriate methods to adopt in such cases.   

Yours sincerely   

Dorothy Bishop

28th March 2023   

Dear Mrs Bishop,   

I understand that you do not agree with our imperative rules of confidentiality, and with the form under which an allegation should be sent to us in order to possibly open an investigation. It seems that, as a general principle, emails have the same status as private correspondance, and should therefore not be tranferred to third parties without the consent of the author of the email. I politely answered to your emails, but had not in mind that these answers would be made public without my consent. Knowing that, do what your personal ethics tells you...   

Yours sincerely   

 Rémy Mosseri 

Afterword   

My personal ethics tell me to publish this correspondence, even though Dr Mosseri feels this is inappropriate. There are situations when confidentiality is important, especially early in an investigation when allegations are made and information is discussed that could affect a scientist’s reputation, before the validity of the allegations is established. However, none of the matters discussed with Dr Mosseri are of this nature. Our questions to him were general ones about CNRS procedures. We rejected his suggestion that we should discuss these informally, and asked instead for a formal response by him in his role as Scientific Integrity Officer. Insofar as evidence of scientific misconduct is mentioned in our correspondence, this relates to a case that has already been discussed in a report that is in the public domain, and all the PubPeer comments are also in the public domain.

Ethical judgements involve weighing up conflicting interests. As noted in my last email, in this case, research malpractice has the potential to be damaging to public health, as well as to the research community, to junior scientists, to whistleblowers, and not least to the reputation of CNRS. I think it is more important that we have transparency about the response when data manipulation has been demonstrated by scientists funded by CNRS, than that I take into account Dr Mosseri’s sensitivities.

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