Guest post Medicine Research integrity University Affairs

Chinese university hospital denounces “malicious attack” by Western vaccine industry

Manipulated data in 17 papers from one cancer research lab in China gets flagged on PubPeer. It ends with the university hospital in Wuhan issuing a secret statement accusing the US pharma giant a Merck of a conspiracy to slander a Chinese Academy member, Dr Ding Ma.

A simple enough case of manipulated data in 17 papers from one cancer research lab in China, gets flagged on PubPeer. It ends with the Weibo bloggers who shared it silenced and censored, while the university hospital in Wuhan issued a secret statement accusing the US pharma giant Merck of a conspiracy to slander a Chinese Academy member with a “malicious attack”, in order to sabotage the development of a cervical cancer vaccine designed specifically to protect the Chinese. The research integrity investigation took less than two days, and data manipulations were not even denied. They were declared instead to be honest mistakes. PubPeer is now seen as

another penetration of Western ideology, which seriously threatens the ideological security on China’s internet”

From Wei et al Oncotarget 2017. How bits of two different image can end up inside a third one: Only Tonji hospital can explain. Only they won’t.

The posts on Chinese social media platform Weibo sharing the PubPeer evidence, the statement released for internal use only by the Tongji Hospital, they all were deleted in the matter of hours, but there are backups. The university hospital sees only a foreign conspiracy, will the journal follow this thinking? Some papers have been already corrected previously, like Gao et al PLOS One 2014, where duplicated images were replaced. Will there be any new corrections of literature? It is about recurrent bits of images, from immunohistochemistry and other microscopy, western blots, flow cytometry, or even photographs of cell culture wells like in Wang et al PLOS One 2012.

Duplicated loading control bands, in  Zhang et al Oncology Letters 2013. Can’t be important, right?

The story was discovered by my pseudonymous contributor TigerBB8, who now shares this guest post with you.

Even flow cytometry gets duplicated, but with different numbers, in Huang et al J Exp Med 2010.

Chinese Hospital sees US vaccine conspiracy behind PubPeer “attacks”. By TigerBB8

In 2017, the prominent scientist Dr. Ding Ma, at Tongji Hospital at Huazhong University of Science and Technology in Wuhan was elected as Academician of the Chinese Academy of Engineering, which is the counterpart to a membership at the National Academy of Engineering of the United States. China does not have a National Academy of Medicine yet, therefore, Chinese Academicians working in that field are either elected to the Chinese Academy of Sciences or to the Chinese Academy of Engineering.

One year later, on December 18, 2018, a pseudonymous PubPeer user Lotus Azoricus posted their comments suspecting image irregularities for 17 papers, all from the same group in China, a group led by the Academician Published between 2005 and 2017, in English and in international journals, the papers from the Ma lab were all on cancer-related research, with Ma as the common corresponding author. The news soon caught attention of some micro-bloggers on Chinese internet, specifically, on Weibo, a social media platform similar to Twitter (which is blocked in China). Several Weibo bloggers reported the news while posting a couple of pictures flagged by PubPeer commenters, those posts received a couple of thousands reads.

ma weibo

The next day, on 19 December 2018, the first authors of two of papers Ru Wei and Hongyang Wang went to PubPeer to post their identical one-sentence responses (here and here). Incidentally, Dr Ma was penultimate, but not the last author of both of these papers. The statements had at least 5 grammar errors:

This issue have brought out our attention, we will seriously go through our data and response soon and take further actions

One Weibo blogger re-posted the screenshot of these responses and made fun of their poor English, questioning how authors with such poor understanding of English could have drafted their original papers in English. The team of Dr. Ma remained silent on Chinese media.

ma-weibo-2.png

On 20 December 2018, only two days after the incident about Dr. Ma was reported on Weibo, a seemingly official yet internal statement from his employer, Tongji Hospital, was leaked and posted on Weibo by a blogger who first reported the PubPeer thread Apparently, the statement was meant for internal communication only, and was shared by insiders via Weibo private message function. The versions posted publicly were soon all deleted, under pressure from the hospital. This is the original screenshot, superimposed over another case of manipulated data:

presentation1

This is a translated version, annotated by Tiger BB8:

Statement regarding the incident of a malicious attack on the team of Academician Ding Ma on an oversea website

In order to save China’s limited healthcare resources, Academician Ding Ma strongly advocates the establishment of a cervical cancer early warning and vaccination system that is more appropriate for the situation in China. [According to Ding Ma, -TBB8], only the 5% of high-risk Chinese individuals need cervical cancer vaccination, rather than following the immunization program that recommended to the entire population that the US vaccine manufacturers strongly promote, bringing serious damage to the vested interests of the United States.

Once Academician Ding Ma’s team releases their opinions and papers on the Chinese cervical cancer prevention and treatment system, it will trigger counter-attacks from newspapers, public accounts of social media, etc. On April 28, 2018, an overseas vaccine manufacturer received conditional approval to market their HPV9 vaccine in China; on May 18, 2018, Academician Ding Ma, published an article, co-authored with the China FDA (CFDA) and titled “Interpretation of the Conditional Approval of Human Papillomavirus (HPV) 9-valent Vaccine in China” on China Pharmaceutical News (an official newspaper by CFDA).

(http://epaper.cnpharm.com/zgyyb/html/2018-05/18/content_577970.htm?div=-1)

In early December 2018, Academician Ding Ma submitted an article to NeiCan of the Xinhua News Agency’s Outlook Weekly [Refer here for description of this relatively secret internal reference reports edited by Xinhua News Service for limited distribution -TBB8] titled “The conditional use of the nine-valent human papillomavirus (HPV) vaccine in China”. In the early morning of December 18, 2018, the US Pubpeer website published a number of anonymous articles, questioning and maliciously attacking research papers from Academician Ma’s team. This is yet another network penetration of Western ideology, which seriously threatens the ideological security on China’s internet. These Pubpeer articles were reposted by the domestic personal micro bloggers (Banhu and Baiyixianfan) and YiXueJie – Medical Community website. If the public sentiment caused by this malicious attack spreads, many cutting-edge research projects which are of the world leading role at Tongji Hospital Cancer Biotherapy Center will be seriously damaged, especially when right now is the critical moment at the dawn of establishing the Chinese cervical cancer early warning system and the research and development of HPV vaccine specifically for Chinese people. The damaging effect will affect the entire field of biotherapy in China, and, even more serious, destroy the public’s confidence on China’s healthcare service.

Immediately after the incident, the Academic Committee of Tongji Hospital launched an investigation. The group of experts concluded unanimously that there was no academic fraud involved in the content of the papers from Ma’s team that had been maliciously attacked. There did exist some oversight in the presentation of scientific research data, and the recommendation from the Committee was that more rigorous and meticulous way should be implemented in the future work“.

From Liao et al Int J Mol Med 2013. Colour arrows highlight duplicated bands, but also the gels right above don#t look trustworthy with their super-clean empty spaces

Tongji Hospital misrepresents the US CDC recommendations. HPV (human papilloma virus) vaccination are namely advised not to the entire population, but to children who are 11 or 12 years old, teenagers, women up to age 26, men up to age 21, and other specified groups. Also, Tongji hospital alleges that US pharmaceutical companies which manufacture HPV vaccines, especially the one which received Chinese FDA’s clearance to enter Chinese market, was behind the malicious attack to Dr. Ma on Pubpeer. Although Tongji Hospital did not specify which company it referred to, some of the Weibo bloggers pointed out that this must be the U.S. based drug maker Merck & Co. Inc., based on a press release in May 2018.

At the end of the statement, Tongji Hospital states that they had already completed an investigation regarding the Pubpeer allegation of suspected image frauds involved in Dr. Ma’s papers, the matter of only 2 days which passed between the PubPeer publication of comments and the released statement. Their conclusion was that none of the allegations was solid. All the flagged figures were nothing but honest mistakes.

A mistake, but how can this happen by mistake? From Han et al Carcinogenesis 2009

Within hours of the appearance of the statement, all those bloggers who reported the PubPeer evidence received serious warnings from the Weibo admin, with one of them was suspended for 30 days, and all relevant posts were deleted.

Next day, on 21 December 2018, Twitter account @fangshimin shared this incident, his tweet was re-posted on Weibo on 22 December 2018 (by a Twitter bot) and has remained intact, so far. 

From Han et al J Immunology 2009. How can this image duplications can happen by honest mistake?

 

 

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28 comments on “Chinese university hospital denounces “malicious attack” by Western vaccine industry

  1. China is a big market for journals, so don’t expect any of them to pull this fake stuff out of circulation on their own. This is why we need Pubpeer, and why all practicing researchers should use the browser plugin that identifies fake stuff like this so it can be cited appropriately – or not. The Chinese can base their health care system on fake research if they want, as is their democratic (or whatever) right. They can also promote fakers over real scientists if they want. But the essentialist sword cuts both ways. If every criticism is a malicious attack, then every instance of fakery is proof of an illegitimate, politically driven research enterprise aimed at lining the pockets of the elite while millions suffer needlessly.

    Like

    • Smut Clyde

      “China is a big market for journals, so don’t expect any of them to pull this fake stuff out of circulation on their own”

      The database at RetractionWatch shows two retractions for Ding Ma; one from a Chinese journal in 2003, and one in 2017, of a 2014 paper, because of self-plagiarism. Full credit to Dove Press for that one. In fact the retracted paper hadn’t even been flagged on PubPeer, only the one that provided the recycled diagram.
      https://pubpeer.com/publications/847598D0C89630EBE25DB61DA50CC7

      Like

  2. To be fair their response is like Cardiff University’s (Wales, U.K.).

    https://forbetterscience.com/2018/05/22/cardiff-no-misconduct-by-tcm-professor-wen-jiang-report-secret/

    https://www.cardiff.ac.uk/media/media-statements/allegations-relating-to-research-misconduct-19042018

    “In all it reviewed allegations relating to 19 publications and has not upheld the allegations of misconduct.”

    There has, however, been a 2019 retraction of a 2011 paper with Prof Wen Jiang as co-author. How to explain?
    The retraction notice gives detailed reasons for the editors retracting the article. The editors do not mention maliciousness of commentators as a reason.
    https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0018076

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    • No, not accurate. It took Cardiff many months to reach the not-guilty verdict while Tongji Hospital was way more efficient. No one can beat that high efficiency, two days for an investigation of 17 papers.

      Like

  3. Perhaps someone with a better understanding of the Chinese legal system can comment, but I thought that if you called somebody a lying cheat it wasn’t slander if your opinion was backed by evidence. In this case the evidence is provided by public analysis of the output of the described individual. As for anonymity of accusations, we have here a clear example of the utility of that arrangement. Indeed if I was Monsanto, I’d be mobilizing the lawyers by now, unless of course they have billions invested in China already.

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  4. Of course they will blame the West. Dictatorships need to demonize an enemy.

    It is sad enough to see that research fraud is so common in in US and European
    research institutions, but countries like China is in another league when it comes to
    these problems. One thing is that research misconduct is very common in China, and
    the level of corruption does not make it better. In a country without any official critical
    voices, problems with e.g. fake research reagents can develop into a serious problem
    for the society, as discussed in an article in Nature in May 2017:

    https://www.nature.com/news/the-secret-war-against-counterfeit-science-1.21960

    We all see how important a free press is for figthing corruption (and sometimes
    research fraud…) in the West and I am sure non-democratic regimes like China will
    lose in the long run.

    Let’s hope that someone higher up in the Chinese system will act against the leadership at
    Tongji Hospital and show some responsibllity in this case.

    Like

  5. Smut Clyde

    Academician Ding Ma, published an article, co-authored with the China FDA (CFDA) and titled “Interpretation of the Conditional Approval of Human Papillomavirus (HPV) 9-valent Vaccine in China” on China Pharmaceutical News (an official newspaper by CFDA)

    http://epaper.cnpharm.com/zgyyb/html/2018-05/18/content_577970.htm

    The Google Translate version is quite grammatical and readable… I don’t know whether Translate is getting better, or whether it was helped by the well-structured punctuation in the original. Of course I can’t speak for the accuracy of the translation.

    It greatly exaggerates the rate of undesired side-effects reported with Gardasil: “The incidence of serious adverse reactions (SAE) was 0.2% to 0.3%, mainly neurotoxicity”.

    The authors (or the Chinese authorities) are convinced that Chinese girls are virgins until 26: “It is recommended here that vaccination units and the public at all levels should be vaccinated against females aged 16 to 26 in accordance with the approved nine-priced HPV vaccine instructions”

    Also, vaccination should be “concentrated in high-risk susceptible population (about 5% of the age-appropriate population), and gradually develop a precise vaccine vaccination strategy based on the genomics research of Chinese population.” Enquiring minds are wondering how this “high-risk susceptible population” is defined… a family background of promiscuity?

    Like

    • Smut Clyde

      It is easy enough to read between the lines. Chinese authorities understand that there is a demand for Gardasil-9, but they are reluctant to see large amounts of money flowing to Merck. Hence they are preparing their audience for a locally-made vaccine, which will be cheaper and lack the imaginary side-effects.

      encourage domestic enterprises to produce HPV vaccines with reasonable price and good quality

      How closely it will be based on Merck’s proprietary production techniques remains to be seen.

      There is also a theme about finding genetic markers for susceptibility to cervical cancer. The authors note that for most women who contract HPV, it does not progress through cellular abnormalities into carcinogenesis:

      Transient HPV infection is only a “cold” of the cervix, not enough to cause cervical cancer. The occurrence of cervical cancer caused by HPV infection is “an accidental incident of common viral infection.”

      Therefore (goes the reasoning) there must be a simple test distinguishing the ‘progressors’ from the ‘non-progressors’, and only the former need to be vaccinated (accepting HPV as a part of life rather than trying to eliminate it from the population).

      Through the Chinese women’s genetic background big data and susceptibility locus research, combined with the deep analysis of cervical cancer family aggregation, establish a Chinese cervical cancer early warning and prevention and control system, accurately vaccinate high-risk susceptible populations to reduce the risk of disease, for the country and individuals Avoid the huge amount of health expenditure and achieve the best effect of the cost of disease prevention and control.

      Ding Ma has nobly taken on the barely-paid task of designing that test.

      Like

      • Hi Smut,

        You should really read this one because you don’t even have to read between the lines. https://www.cn-healthcare.com/article/20171128/content-497676.html

        In this interview, Ding Ma said clearly “99% of people are vaccinated to prevent the cervical cancer with only an incidence rate of less than 4%. This is only to benefit foreign companies”.

        Like

      • Smut Clyde

        Ah, I see; Ding Ma already has the genetic markers.

        [He] led the team to collect samples from dozens of medical institutions in Zhejiang, Shanghai and Hunan. In the past three years, a total of 16484 Chinese Han population samples were tested and 11 new cervical cancer genetic susceptibility mutation sites were discovered. After that, the team collected the cervical cancer family in the country for testing and analysis, which confirmed the genetic susceptibility of cervical cancer: HPV infection is only an external cause of cervical cancer, and internal hereditary nature is the root cause of the disease.

        In August 2013, the research results of this project were published in the international top professional journal Nature Genetics with an impact factor of 35.8.

        “The focus of cervical cancer prevention in China should be to screen out 1%-4% of susceptible populations.”

        Are his results more reliable than the average GWAS? Any thoughts from the experts?

        Like

      • Somebody else

        I can’t judge whether these results are reliable or not, but given the total lack of efficacy of Gardasil in cervical cancer prevention, a combined strategy should not do better.

        Like

      • I wonder how much does it cost to test the 11 genetic markers in all girls and boys to screen out the 1-4% people who are the future cancer patients, and then give these kids the HPV vaccine. Sounds like a lousy business plan IMO

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  6. Ah, so with the help of Google translate and various pronouncements from respected academician and data-faker Ma, I begin to see the outlines of a policy here. It’s too expensive to use capitalist foreign vaccine, so we genetically screen potential recipients to identify those who may benefit from it. We are absolutely certain we can do this because results were published in a journal with impact factor 35.8. Sounds wonderfully cost effective, provided the real purpose is to gathering DNA information from half (or somewhat less owing to local cultural peculiarities) of the Chinese population. Given the genetic uniqueness of that population (or at least the Han, who are all that really matter), it is also justified to make a slightly modified vaccine tailored for them without worrying about details like intellectual property rights, patents, etc. This is, of course, only a stopgap measure until we can simply CRISPR out all of the unwanted genes. Oh brave new world, that has such people in’t!

    Like

  7. None of the studies have followed up participants for long enough to detect an effect on cervical cancer. The researchers looked at precancer cervical lesions instead. They found that in young women who did not carry HPV, vaccination reduced the risk of developing precancer. About 164 per 10,000 women who got placebo and 2 per 10,000 women who got the vaccine went on to develop cervical precancer.

    The researchers also looked at data from all enrolled women regardless whether they were free of high-risk HPV at vaccination or not. Among women aged 15 to 26 years, vaccines reduced the risk of cervical precancer associated with HPV16/18 from 341 to 157 per 10,000. HPV vaccination reduced also the risk for any precancer lesions from 559 to 391 per 10,000.

    https://www.cochrane.org/news/does-hpv-vaccination-prevent-development-cervical-cancer-are-there-harms-associated-being

    Like

    • Somebody else

      @ johnsmith7456
      Anybody can see that cervical cancer incidence has not decreased in young women in the countries where vaccination has begun ten years ago. The Cochrane review has been criticized by Peter Gotzsche, who, in turned, has been fired from Cochrane. Good subject to investigate.

      Like

      • RESULTS: The average follow-up was 3.6 years (maximum of 4.9 years). In the population that was negative to 14 HPV types, vaccination was up to 100% effective in reducing the risk of HPV16/18-related high-grade cervical, vulvar, and vaginal lesions and of HPV6/11-related genital warts. In the intention-to-treat group, vaccination also statistically significantly reduced the risk of any high-grade cervical lesions (19.0% reduction; rate vaccine = 1.43, rate placebo = 1.76, difference = 0.33, 95% confidence interval [CI] = 0.13 to 0.54), vulvar and vaginal lesions (50.7% reduction; rate vaccine = 0.10, rate placebo = 0.20, difference = 0.10, 95% CI = 0.04 to 0.16), genital warts (62.0% reduction; rate vaccine = 0.44, rate placebo = 1.17, difference = 0.72, 95% CI = 0.58 to 0.87), Pap abnormalities (11.3% reduction; rate vaccine = 10.36, rate placebo = 11.68, difference = 1.32, 95% CI = 0.74 to 1.90), and cervical definitive therapy (23.0% reduction; rate vaccine = 1.97, rate placebo = 2.56, difference = 0.59, 95% CI = 0.35 to 0.83), irrespective of causal HPV type.

        CONCLUSIONS: High-coverage HPV vaccination programs among adolescents and young women may result in a rapid reduction of genital warts, cervical cytological abnormalities, and diagnostic and therapeutic procedures. In the longer term, substantial reductions in the rates of cervical, vulvar, and vaginal cancers may follow.

        PMID 20139221 [Indexed for MEDLINE]

        RESULTS: The average follow-up was 3.6 years (maximum of 4.9 years). In the population that was negative to 14 HPV types, vaccination was up to 100% effective in reducing the risk of HPV16/18-related high-grade cervical, vulvar, and vaginal lesions and of HPV6/11-related genital warts. In the intention-to-treat group, vaccination also statistically significantly reduced the risk of any high-grade cervical lesions (19.0% reduction; rate vaccine = 1.43, rate placebo = 1.76, difference = 0.33, 95% confidence interval [CI] = 0.13 to 0.54), vulvar and vaginal lesions (50.7% reduction; rate vaccine = 0.10, rate placebo = 0.20, difference = 0.10, 95% CI = 0.04 to 0.16), genital warts (62.0% reduction; rate vaccine = 0.44, rate placebo = 1.17, difference = 0.72, 95% CI = 0.58 to 0.87), Pap abnormalities (11.3% reduction; rate vaccine = 10.36, rate placebo = 11.68, difference = 1.32, 95% CI = 0.74 to 1.90), and cervical definitive therapy (23.0% reduction; rate vaccine = 1.97, rate placebo = 2.56, difference = 0.59, 95% CI = 0.35 to 0.83), irrespective of causal HPV type.

        CONCLUSIONS: High-coverage HPV vaccination programs among adolescents and young women may result in a rapid reduction of genital warts, cervical cytological abnormalities, and diagnostic and therapeutic procedures. In the longer term, substantial reductions in the rates of cervical, vulvar, and vaginal cancers.

        Like

      • Somebody else

        @ Johnsmith7456
        https://www.cancerresearchuk.org/health-professional/cancer-statistics/statistics-by-cancer-type/cervical-cancer/incidence#heading-Two
        https://www.cancerresearchuk.org/health-professional/cancer-statistics/statistics-by-cancer-type/cervical-cancer/incidence-in-situ#heading-Two
        Same observations can be made in other countries. Some people say that Gardasil increases cervical cancer incidence.
        For Better Science should pay attention to this matter.

        Like

  8. Smut Clyde

    This was the crucial image:

    Someone on Ding Ma’s team fabricates images in photoshop, finding this to be easier than obtaining an actual image to illustrate some point.

    None of the authors show any interest in finding out who that person is, or how much other evidence has been forged. Sadly, this destroys the credibility of all their results.

    Like

  9. Now the forgery and plagiarism in China have been going to a new level which should be credited to you guys, the good scientist! and credited to the chinese government. More and more chinese bio-companies are helping the chinese authors to get “real” result, which make the science situation worse and worse! You even can’t find plagiarism and forgery when the companies are doing the “real” experiment, then the ‘FAKE” results are simply used to write the paper.

    Like

  10. Pingback: Concerns about a top immunology lab – Science Integrity Digest

  11. Pingback: [TMN#31] Emmanuel Macron S’intéresse À Votre Cas – TheMetaNews

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  13. An EOC from PlosONE:
    https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0231923

    Apart from the image duplication flagged on Pubpeer, another image reuse was found during the editorial investigation.

    Like

    • Smut Clyde

      Multiple papers have been corrected over the last few months. Sadly, the corrections do not seem to credit Pubpeer contributors such as Lotus Azoricus for calling the authors’ attention to problems, and we are left to infer that the authors noticed them without prompting.

      Notably, the editors of ‘Journal of Immunology’ were happy to have the photoshopped image replaced with a less bogus one, https://pubpeer.com/publications/A696DFEFBFE6592275B63D99565FE0#3
      “… incorrect images were inadvertently pasted into the file during preparation of the figures. The corrected figures are shown below.”

      Curiously, this March 2020 Expression of Concern in ‘Clinical Cancer Research’ is billed on the main page as a “Correction”, although nothing is corrected: the authors “stand by the conclusions in the article”, and the editors shrug their shoulders because there is nothing they can do.
      https://pubpeer.com/publications/FC8EECC847CB41B907FCE29C35AE6B#3

      Like

    • Smut Clyde

      Multiple papers have been corrected over the last few months. Sadly, the corrections do not seem to credit Pubpeer contributors such as Lotus Azoricus for calling the authors’ attention to problems, and we are left to infer that the authors noticed them without prompting.

      Notably, the editors of ‘Journal of Immunology’ were happy to have the photoshopped image replaced with a less bogus one, https://pubpeer.com/publications/A696DFEFBFE6592275B63D99565FE0#3
      “… incorrect images were inadvertently pasted into the file during preparation of the figures. The corrected figures are shown below.”

      Curiously, this March 2020 Expression of Concern in ‘Clinical Cancer Research’ is billed on the main page as a “Correction”, although nothing is corrected: the authors “stand by the conclusions in the article”, and the editors shrug their shoulders because there is nothing they can do.
      https://pubpeer.com/publications/FC8EECC847CB41B907FCE29C35AE6B#3

      Like

    • Smut Clyde

      “A reactive oxygen species scoring system predicts cisplatin sensitivity and prognosis in ovarian cancer patients” BMC Cancer 2019.
      “Following publication of the original article [1], the authors reported an error in Fig. 1f.
      The representative image of CD34 in cDDP+PIPER tumors (Fig. 1f, at the top-right corner) was inadvertently used incorrectly during the assembly and formatting of the images. The corrected Fig. 1 is presented in this correction article. The authors apologise for the error.”
      https://pubpeer.com/publications/27A4AE50994CE93015E2E95A8E43EC

      “Loss of the novel mitochondrial protein FAM210B promotes metastasis via PDK4-dependent metabolic reprogramming” Cell Death and Disease (2017)
      “Following publication of this article [1], the authors became aware of an error in Fig. 7e which requires correction. The images do not currently match the correct treatment and/or control conditions. Specifically, the images of siNC+AD-ctr (the top left panel) and siPDK4+AD-PDK4 (the bottom right panel) were incorrect. The corrected figure is provided below. The error does not impact the conclusions of the article. They sincerely apologize for the mistakes in the article and any inconvenience caused.”
      https://pubpeer.com/publications/BA52E772A8FC58EF2102BB7EF643BD

      “Overexpression of vimentin contributes to prostate cancer invasion and metastasis via src regulation” Anticancer Research
      “Figure 1C should be replaced by:”
      https://pubpeer.com/publications/C9ED2C38CDCF74C7DD7B4A22CE77EC

      “Quercetin induces endoplasmic reticulum stress to enhance cDDP cytotoxicity in ovarian cancer: involvement of STAT3 signaling” FEBS Journal (2015)
      “During the preparation of figures submitted in the original manuscript [1], the authors introduced errors that resulted in the inclusion of incorrect images and the inadvertent duplication of images across different panels in Figs 2, 4, and 7. These errors did not affect the overall results and conclusions made. The authors have hereby provided corrected versions of Figs 2, 4, and 7. The authors have carefully checked all of the data reported, and the manuscript has been screened by an image integrity analyst; no errors remain in this corrected version. The authors sincerely apologize for introducing errors and thank their peers for bringing this issue to their attention.”
      https://pubpeer.com/publications/A93E4E612E85BFDB7CD1BB352744B8

      “SIX1 promotes tumor lymphangiogenesis by coordinating TGFβ signals that increase expression of VEGF-C” Cancer Research (2014)
      “In the original version of this article (1), due to an error in the preparation of Fig. 4, the image in the top right panel of Fig. 4B was incorrect and was from a different experimental group. The panel has been replaced in the latest online HTML and PDF versions of the article with an image from the correct experimental group. The authors regret this error.”
      https://pubpeer.com/publications/2ADE32F8B254F3B14D095194E04EF7

      “Plexin-B1 silencing inhibits ovarian cancer cell migration and invasion” BMC Cancer (2010)
      “Following publication of the original article [1], the authors reported the following error is the article:
      The image of Blank control 48 h in the lower left of Fig. 3a was in fact a photograph coming from another group [Blank control 24 h group shown in the middle left of Fig. 3a], they rearranged and checked throughout the original data, statistical analysis of the summarized results was shown in Fig. 3b, c and e. The corrected figure is presented below.”
      https://pubpeer.com/publications/345F7D6EE5B2EE7880FE614234D565

      “Novel oncolytic adenovirus selectively targets tumor-associated polo-like kinase 1 and tumor cell viability” Clinical Cancer Research (2005)
      “In the original version of this article (1), the HeLa and MDA-MB-231 well plates for wt-Adv5 and replication-defective Adv-TK were unintentionally duplicated in Fig. 2A. This error has been corrected in the latest online PDF version of the article. The authors regret this error.”
      https://pubpeer.com/publications/C9110C71AD656A281244BA8D3001F9

      “Dicer reprograms stromal fibroblasts to a pro-inflammatory and tumor-promoting phenotype in ovarian cancer” Cancer Letters (2018)
      “The authors would like to correct Figure 3, as the representative 3D organotypic image in Fig. 3B (Dicer1-KO group) was errorly used in the preparation of figure for publication. We sincerely apologize for having this error in the article, and apologize for any inconvenience caused. The authors have provided corrected version of Figure 3 here.”
      https://pubpeer.com/publications/B23A336C50AFE8B6F0966596699546

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