Retractions of scientific papers published by some Iran-affiliated scientists in the preceding decade have attracted much attention and publicity; however, the reasons for these retractions have not been documented. We searched the Retraction Watch Database to enumerate the retracted Iran-affiliated papers from December 2001 to December 2019 and aimed to outline the predominant reasons for retractions. The reasons included fake peer-review, authorship dispute, fabricated data, plagiarism, conflict of interest, erroneous data, and duplication. The Fisher’s exact test was used to investigate (...) the associations between retractions and their underlying reasons. We selected P < 0.05 to indicate the statistically significant differences. We found 697 retracted papers. Duplication, plagiarism, and fake peer-review were the most frequent reasons for retractions. Our study highlights the importance of urgent intervention to prevent the misconduct and questionable research practices that lead to retractions in Iran. Continually educating the scientists and postgraduate students about the ethics and norms of scientific publishing is an important measure to ensure publication of reliable, worthy, and impactful papers. (shrink)

The last two decades have witnessed the rising prevalence of both co-publishing and retraction. Focusing on research collaboration, this paper utilizes a unique dataset to investigate factors contributing to retraction probability and elapsed time between publication and retraction. Data analysis reveals that the majority of retracted papers are multi-authored and that repeat offenders are collaboration prone. Yet, all things being equal, collaboration, in and of itself, does not increase the likelihood of producing flawed or fraudulent research, at least in the (...) form of retraction. That holds for all retractions and also retractions due to falsification, fabrication, and plagiarism. The research also finds that publications with authors from elite universities are less likely to be retracted, which is particularly true for retractions due to FFP. China stands out with the fastest retracting speed compared to other countries. Possible explanations, limitations, and policy implications are also discussed. (shrink)

In order to assess the status of retraction notices for publications involving research misconduct, we collected and analyzed information from the Office of Research Integrity website. This site li...

Experimental design is one aspect of a scientific method. A well-designed, properly conducted experiment aims to control variables in order to isolate and manipulate causal effects and thereby maximize internal validity, support causal inferences, and guarantee reliable results. Traditionally employed in the natural sciences, experimental design has become an important part of research in the social and behavioral sciences. Experimental methods are also endorsed as the most reliable guides to policy effectiveness. Through a discussion of some of the central concepts (...) associated with experimental design, including controlled variation and randomization, this chapter will provide a summary of key ethical issues that tend to arise in experimental contexts. In addition, by exploring assumptions about the nature of causation and by analyzing features of causal relationships, systems, and inferences in social contexts, this chapter will summarize the ways in which experimental design can undermine the integrity of not only social and behavioral research but policies implemented on the basis of such research. (shrink)

Despite the ever increasing collaboration between industry and universities, the previous empirical studies on research integrity and misconduct excluded participants of biomedical industry. Hence, there is a lack of empirical data on how research managers and biomedical researchers active in industry perceive the issues of research integrity and misconduct, and whether or not their perspectives differ from those of researchers and research managers active in universities. If various standards concerning research integrity and misconduct are upheld between industry and universities, this (...) might undermine research collaborations. Therefore we performed a qualitative study by conducting 22 semi-structured interviews in order to investigate and compare the perspectives and attitudes concerning the issues of research integrity and misconduct of research managers and biomedical researchers active in industry and universities. Our study showed clear discrepancies between both groups. Diverse strategies in order to manage research misconduct and to stimulate research integrity were observed. Different definitions of research misconduct were given, indicating that similar actions are judged heterogeneously. There were also differences at an individual level, whether the interviewees were active in industry or universities. Overall, the management of research integrity proves to be a difficult exercise, due to many diverse perspectives on several essential elements connected to research integrity and misconduct. A management policy that is not in line with the vision of the biomedical researchers and research managers is at risk of being inefficient. (shrink)

In recent years, identity theft has been growing in the academic world. Cybercriminals create fake profiles for prominent scientists in attempts to manipulate the review and publishing process. Without permission, some fraudulent journals use the names of standout researchers on their editorial boards in the effort to look legitimate. This opinion piece, highlights some of the usual types of identity theft and their role in spreading junk science. Some general guidelines that editors and researchers can use against such attacks are (...) presented. (shrink)

In 2009, Scott S. Reuben was convicted of fabricating data, which lead to 25 of his publications being retracted. Although it is clear that the perpetuation of retracted articles negatively effects the appraisal of evidence, the extent to which retracted literature is cited had not previously been investigated. In this study, to better understand the perpetuation of discredited research, we examine the number of citations of Reuben’s articles within 5 years of their retraction. Citations of Reuben’s retracted articles were assessed (...) using the Web of Science Core Collection. All citing articles were screened to discriminate between articles in which Reuben’s work was quoted as retracted, and articles in which his data was wrongly cited without any note of the retraction status. Twenty of Reuben’s publications had been cited 274 times between 2009 and 1024. In 2014, 45 % of the retracted articles had been cited at least once. In only 25.8 % of citing articles was it clearly stated that Reuben’s work had been retracted. Annual citations decreased from 108 in 2009 to 18 in 2014; however, the percentage of publications correctly indicating the retraction status also declined. The percentage of citations in top-25 %-journals, as well as the percentage of citations in journals from Reuben’s research area, declined sharply after 2009. Our data show that even 5 years after their retraction, nearly half of Reuben’s articles are still being quoted and the retraction status is correctly mentioned in only one quarter of the citations. (shrink)

The Common Rule creates a division of moral labor in research. It implies that investigators and sponsors can outsource their ethical obligations to IRBs and participants, thereby fostering a culture of compliance, rather than one of responsibility. The proposed revisions to the Common Rule are likely to exacerbate this problem. To harness the expressive power of the law, I propose the Common Rule be revised to include the ethical responsibilities of investigators and sponsors.

We examined all 208 closed cases involving official findings of research misconduct published by the US Office of Research Integrity from 1992 to 2011 to determine how often scientists mention in a retraction or correction notice that there was an ethical problem with an associated article. 75 of these cases cited at least one published article affected by misconduct for a total of 174 articles. For 127 of these 174, we found both the article and a retraction or correction statement. (...) Since eight of the 127 published statements consisted of simply the word ‘retracted,’ our analysis focused on the remaining 119 for which a more detailed retraction or correction was published. Of these 119 statements, only 41.2% mentioned ethics at all (and only 32.8% named a specific ethical problem such as fabrication, falsification or plagiarism), whereas the other 58.8% described the reason for retraction or correction as error, loss of data or replication failure when misconduct was actually at issue. Among the published statements in response to an official finding of misconduct (within the time frame studied), the proportion that mentioned ethics was significantly higher in recent years than in earlier years, as was the proportion that named a specific problem. To promote research integrity, scientific journals should consider adopting policies concerning retractions and corrections similar to the guidelines developed by the Committee on Publication Ethics. Funding agencies and institutions should take steps to ensure that articles affected by misconduct are retracted or corrected. (shrink)

The current study aims to construct and validate a measure of research misconduct for social science university students. The research is comprised of three studies; Study I presents the scale construction in three phases. In Phase I, the initial pool of items was generated by reviewing the literature and considering the results of semi-structured interviews. Phase II involved a psychometric cleaning of items, after which 38 items were retained. In Phase III, those 38 items were proposed to 652 university students, (...) and data were exposed to exploratory factor analysis, which extracted a one-factor structure with 15 items and 55.73% variance. Study II confirmed the factorial structure of the scale using an independent sample of university students. Confirmatory factor analysis of the scale demonstrates a good model fit to the data with the one-factor structure established through the exploratory factor analysis. The scale exhibits good internal consistency, with a Cronbach’s alpha of 0.95. Study III involves validation of the scale, with evidence for convergent validity collected from a sample of university students. The results reveal that the research misconduct scale has significant positive correlations with academic stress and procrastination and a significant negative correlation with academic achievement. The obtained convergent validity testifies that the scale can be considered a psychometrically sound instrument to measure research misconduct among social science university students. (shrink)

Sometimes retracted or refuted scientific information is used and propagated long after it is understood to be misleading. Likewise, retracted news items may spread and persist, despite being publi...

This study assesses the retractions of scientific articles in engineering journals indexed on the Web of Science from 1945 to 2015. The data set was built based on documents containing the keywords retracted, retraction, withdrawal, or redress. We used database exploration techniques, including Structured Query Language and analysis of variance, for data analysis. We analyzed 238 retractions published by 117 journals. The most common reason for retraction was unethical research, and higher impact factors journals tended to publish more retractions. In (...) conclusion, most of the analyzed retractions were the result of unethical research and were retracted by editors. (shrink)

Article retraction in research is rising, yet retracted articles continue to be cited at a disturbing rate. This paper presents an analysis of recent retraction patterns, with a unique emphasis on the role author self-cites play, to assist the scientific community in creating counter-strategies. This was accomplished by examining the following: A categorization of retracted articles more complete than previously published work. The relationship between citation counts and after-retraction self-cites from the authors of the work, and the distribution of self-cites (...) across our retraction categories. The distribution of retractions written by both the author and the editor across our retraction categories. The trends for seven of our nine defined retraction categories over a 6-year period. The average journal impact factor by category, and the relationship between impact factor, author self-cites, and overall citations. Our findings indicate new reasons for retractions have emerged in recent years, and more editors are penning retractions. The rates of increase for retraction varies by category, and there is statistically significant difference of average impact factor between many categories. 18 % of authors self-cite retracted work post retraction with only 10 % of those authors also citing the retraction notice. Further, there is a positive correlation between self-cites and after retraction citations. (shrink)

Reasons underlying retractions of papers authored by the Iran-affiliated highly cited researchers have not been documented. Here, we report that 229 of the Iran-affiliated researchers were listed by the Clarivate Analytics as HCRs. We investigated the Retraction Watch Database and found that, in total, 51 papers authored by the Iran-affiliated HCRs were retracted from 2006 to 2019. Twenty-three of the 229 HCRs had at least one paper retracted. One of the listed HCRs had 22 papers retracted; 14 of the 23 (...) had only one paper retracted. Among the 51 retracted papers, three had been authored by two female authors. Eight retracted papers had international co-authorships. The shortest and longest times from publication to retraction were 20 and 2610 days, respectively. Of the 51 papers, 43 had a single reason for retraction, whereas eight had multiple reasons. Among the 43 papers, 23 were retracted due to fake peer-review, eight were duplications, six had errors, four had plagiarism, and two were labelled as “limited or no information.” Duplication of data, which is easily preventable, amounted to 27%. Any publishing oversight committed by an HCR may not be tolerated because they represent the stakeholders of the scientific literature and stand as role-models for other peer researchers. Future policies supporting the Iranian academia should radically change by implementation of educational and awareness programs on publishing ethics to reduce the rate of retractions in Iran. (shrink)

Imagine a study in which HIV-infected pregnant women are given antiretroviral treatment to determine how effectively it will prevent HIV transmission during childbirth. Each mother’s involvement in this study ends with the birth of her child, at which time her access to antiretrovirals provided by the study also ceases. At the outset of the study, the investigator and sponsor agree that after the child’s birth, they will refer mothers who require treatment for their HIV to a national program that provides (...) antiretroviral treatment and care. Assuming the Institutional Review Board raises no objections to this plan, should the research team consider their ethical obligations to participants fulfilled? If the investigator and sponsor were to consult the Common Rule, they would find little to suggest that there are any further ethical issues to address. (shrink)

BackgroundResearch misconduct is a global concern in biomedical science. There are no comprehensive data regarding the perception and situation of scientific misconduct among the Iranian medical faculty members. We conducted a nationwide survey to assess the research misconduct among the medical faculty members in Iran.MethodsWe used the Persian version of the research misconduct questionnaire (PRMQ) on the Google Forms platform. We sent the survey link to a systematic random sample of medical faculty members in Iran (N = 4986). Descriptive analyses (...) were performed on the individual items of the PRMQ, with frequencies and percentages for categorical and Likert-type response items, and means and standard deviation (S.D.) for continuous variables. Chi-square analysis was conducted to test hypotheses examining differences in the frequency of responses related to factors influencing misconduct. We also defined four tenure categories (TC) based on the working years of the participants as tenured faculty members. All the analyses were performed using R 3.6.0.ResultsThe response rate was 13.8% (692 responses). Nearly 70% of the respondents agreed that their publication output would be of higher quality if there were no publication pressure. Approximately three-quarters (N =499, 72.1%) of the respondents had been aware of some instances of research misconduct during the previous year according to their understanding of misconduct. Among the participants, 18.5% perceived the effectiveness of their associated organisation’s rules for reducing research misconduct to be high or very high. Pressure for tenure was identified as the item most frequently perceived with a strong behavioural influence on engaging in research misconduct (80.2%).ConclusionsThis study confirms that research misconduct needs to be actively addressed among the medical faculty members. Making policies with a focus on boosting awareness regarding the occasions of scientific misconduct and its management seems to be indispensable in the future in Iran. (shrink)

The purpose of retracting published papers is to maintain the integrity of academic research. Recent work in research ethics has devoted important attention to how to improve the system of paper retraction. In this context, the focus has primarily been on how to handle fraudulent or flawed research papers and how to encourage the retraction of papers based on honest mistakes. Less attention has been paid to whether papers that report unethical research—for example, research performed without appropriate concern for the (...) moral rights and interests of the research participants—should be retracted. The aim of this paper is to examine to what extent retraction policies of academic journals and publishers address retractions of unethical research and to discuss critically various policy options and the reasons for accepting them. The paper starts by reviewing retraction policies of academic publishers. The results show that many journals do not have explicit policies for how to handle unethical research. Against this background, we then discuss four normative arguments for why unethical research should be retracted. In conclusion, we suggest a retraction policy in light of our empirical and normative investigations. (shrink)

Recent calls for retraction of a large body of Chinese transplant research and of Dr Jiankui He’s gene editing research has led to renewed interest in the question of publication, retraction and use of unethical biomedical research. In Part 1 of this paper, we briefly review the now well-established consequentialist and deontological arguments for and against the use of unethical research. We argue that, while there are potentially compelling justifications for use under some circumstances, these justifications fail when unethical practices (...) are ongoing—as in the case of research involving transplantations in which organs have been procured unethically from executed prisoners. Use of such research displays a lack of respect and concern for the victims and undermines efforts to deter unethical practices. Such use also creates moral taint and renders those who use the research complicit in continuing harm. In Part 2, we distinguish three dimensions of ‘non-use’ of unethical research: non-use of published unethical research, non-publication, and retraction and argue that all three types of non-use should be upheld in the case of Chinese transplant research. Publishers have responsibilities to not publish contemporary unethical biomedical research, and where this has occurred, to retract publications. Failure to retract the papers implicitly condones the research, while uptake of the research through citations rewards researchers and ongoing circulation of the data in the literature facilitates subsequent use by researchers, policymakers and clinicians. (shrink)

This research presents the results of a survey regarding scientific misconduct and questionable research practices elicited from a sample of 1215 management researchers. We find that misconduct is not encountered often by reviewers nor editors. Yet, there is a strong prevalence of misrepresentations. When it comes to potential methodological improvements, those that are skeptical about the empirical body of work being published see merit in replication studies. Yet, a sizeable majority of editors and authors eschew open data policies, which points (...) to hidden costs and limited incentives for data sharing in management research. (shrink)

Research integrity is core to the mission of higher education. In undergraduate student samples, self-reported rates of data fabrication have been troublingly high. Despite this, no research has investigated undergraduate data fabrication in a more systematic manner. We applied duplication screening techniques to 18 data sets submitted by psychology honors students for assessment. Although we did not identify any completely duplicated cases, there were numerous partial duplicates. Rather than indicating fabrication, however, these partial duplicates are likely a consequence of poor (...) measure selection, insufficient data screening, and/or participant characteristics. Implications for the teaching and supervision of honors students are discussed. (shrink)

Since the solution to many public health problems depends on research, it is critical for the progress and well-being for the patients that we can trust the scientific literature. Misconduct and poor laboratory practice in science threatens the scientific progress, leads to loss of productivity and increased healthcare costs, and endangers lives of patients. Data duplication may represent one of challenges related to these problems. In order to estimate the frequency of data duplication in life science literature, a systematic screen (...) through 120 original scientific articles published in three different cancer related journals [journal impact factor 20] was completed. The study revealed a surprisingly high proportion of articles containing data duplication. For the IF 20 journals, 25 % of the articles were found to contain data duplications. The IF 5–10 journal showed a comparable proportion. The proportion of articles containing duplicated data was comparable between the three journals and no significant correlation to journal IF was found. The editorial offices representing the journals included in this study and the individual authors of the detected articles were contacted to clarify the individual cases. The editorial offices did not reply and only 1 out of 29 cases were apparently clarified by the authors, although no supporting data was supplied. This study questions the reliability of life science literature, it illustrates that data duplications are widespread and independent of journal impact factor and call for a reform of the current peer review and retraction process of scientific publishing. (shrink)

The perspectives of academic journal editors regarding self-plagiarism were examined by means of an online survey in which 277 editors of education journals participated. Following the survey, a sub-sample of 14 editors were interviewed. A substantial majority of editors were found to be in accord with the most recent edition of the Publication Manual of the APA in believing that re-use of long, verbatim passages or tables, figures and images from an author’s previously published work without appropriate citation is unethical, (...) and most editors viewed less egregious self-borrowing as wrong also. However, numerous editors expressed unease with the general concept of self-plagiarism, and several of them noted contextual factors that can make limited self-plagiarism acceptable. A clear majority indicated support for a common policy regarding self-plagiarism but had doubts about the feasibility of getting agreement on a comprehensive statement. (shrink)

African researchers and their collaborators have been making significant contributions to useful research findings and discoveries in Africa. Despite evidence of scientific misconduct even in heavily regulated research environments, there is little documented information that supports prevalence of research misconduct in Africa. Available literature on research misconduct has focused on the developed world, where credible research integrity systems are already in place. Public attention to research misconduct has lately increased, calling for attention to weaknesses in current research policies and regulatory (...) frameworks. Africa needs policies, structural and governance systems that promote responsible conduct of research. To begin to offset this relative lack of documented evidence of research misconduct, contributors working in various research institutions from nine African countries agreed to share their experiences to highlight problems and explore the need to identify strategies to promote research integrity in the African continent. The experiences shared include anecdotal but reliable accounts of previously undocumented research misconduct, including some ‘normal misbehavior’ of frontline staff in those countries. Two broad approaches to foster greater research integrity are proposed including promotion of institutional and individual capacity building to instil a culture of responsible research conduct in existing and upcoming research scientist and developing deterrent and corrective policies to minimize research misconduct and other questionable research practices. By sharing these experiences and through the strategies proposed, the authors hope to limit the level of research misconduct and promote research integrity in Africa. (shrink)

Background Clinical papers so flawed that they are eventually retracted may put patients at risk. Patient risk could arise in a retracted primary study or in any secondary study that draws ideas or inspiration from a primary study. Methods To determine how many patients were put at risk, we evaluated 788 retracted English-language papers published from 2000 to 2010, describing new research with humans or freshly derived human material. These primary papers—together with all secondary studies citing them—were evaluated using ISI (...) Web of Knowledge. Excluded from study were 468 basic science papers not studying fresh human material; 88 reviews presenting older data; 22 case reports; 7 papers retracted for journal error and 23 papers unavailable on Web of Knowledge. Overall, 180 retracted primary papers (22.8%) met the inclusion criteria. Subjects enrolled and patients treated in 180 primary studies and 851 secondary studies were combined. Results Retracted papers were cited over 5000 times, with 93% of citations being research related, suggesting that ideas promulgated in retracted papers can influence subsequent research. Over 28 000 subjects were enrolled—and 9189 patients were treated—in 180 retracted primary studies. Over 400 000 subjects were enrolled—and 70 501 patients were treated—in 851 secondary studies which cited a retracted paper. Papers retracted for fraud (n=70) treated more patients per study (p<0.01) than papers retracted for error (n=110). Conclusions Many patients are put at risk by retracted studies. These are conservative estimates, as only patients enrolled in published clinical studies were tallied. (shrink)

Background Medical research so flawed as to be retracted may put patients at risk by influencing treatments. Objective To explore hypotheses that more patients are put at risk if a retracted paper appears in a journal with a high impact factor (IF) so that the paper is widely read; is written by a ‘repeat offender’ author who has produced other retracted research; or is a clinical trial. Methods English language papers (n=788) retracted from the PubMed database between 2000 and 2010 (...) were evaluated. Only those papers retracting research with humans or freshly derived human material were included; 180 retracted primary papers (22.8%) met inclusion criteria. Subjects enrolled and patients treated were tallied, both in the retracted primary studies and in 851 secondary studies that cited a retracted primary paper. Results Retracted papers published in high-IF journals were cited more often (p=0.0004) than those in low-IF journals, but there was no difference between high- and low-IF papers in subjects enrolled or patients treated. Retracted papers published by ‘repeat offender’ authors did not enrol more subjects or treat more patients than papers by one-time offenders, nor was there a difference in number of citations. However, retracted clinical trials treated more patients (p=0.0002) and inspired secondary studies that put more patients at risk (p=0.0019) than did other kinds of medical research. Conclusions If the goal is to minimise risk to patients, the appropriate focus is on clinical trials. Clinical trials form the foundation of evidence-based medicine; hence, the integrity of clinical trials must be protected. (shrink)

Ethical violations can cause wasteful use of resources, unfair advantage for some scientists over others, and setting a bad example to the scientific community and young scientists_._ Awareness of these violations helps to prevent moral contamination of the academic community. A web-based survey with 30 items was sent to all residents and academic staff worked at different faculties in our university to evaluate the participants' thoughts and knowledge about academic publication ethics. There were 48 female and 53 male respondents. 44.6% (...) of the participants had never taken ethics courses. 57.4% of the participants think that the ethics course should be given throughout life. The responses to “when ethical course should be given?” was significantly different between males and females, but not according to academic titles and age ranges. Except residents, all participants had complete information about the predatory journals, books and congresses. 29% of the participants were not aware of ghost authorship and 20% were misinformed. The participants did not have sufficient knowledge and awareness about plagiarism, except for some sub-titles. Although lack of awareness is mostly evident among non-academicians, both academicians and non-academicians need to be educated and trained about plagiarism. (shrink)

This paper addresses the growing problem of retractions in the scientific literature of publications that contain bad data, also called “false science.” While the problem is particularly acute in the biomedical literature because of the life-threatening implications when treatment recommendations and decisions are based on false science, it is relevant for any knowledge domain, including the social sciences, law, and education. Yet current practices for handling retractions are seen as inadequate. We use the metaphor of a virus to illustrate how (...) such studies can spread and contaminate the knowledge system, when they continue to be treated as valid. We suggest drawing from public health models designed to prevent the spread of biological viruses and compare the strengths and weaknesses of the current governance model of professional self-regulation with a proposed public health governance model. The paper concludes by considering the value of adding a triple-helix model that brings industry into the university-state governance mechanisms and incorporates bibliometric capabilities needed for a holistic treatment of the retraction process. (shrink)

This study focuses on retraction notices from two major Latin American/Caribbean indexing databases: SciELO and LILACS. SciELO includes open scientific journals published mostly in Latin America/the Caribbean, from which 10 % are also indexed by Thomson Reuters Web of Knowledge Journal of Citation Reports. LILACS has a similar geographical coverage and includes dissertations and conference/symposia proceedings, but it is limited to publications in the health sciences. A search for retraction notices was performed in these two databases using the keywords “retracted”, (...) “retraction” “withdrawal”, “withdrawn”, “removed” and “redress”. Documents were manually checked to identify those that actually referred to retractions, which were then analyzed and categorized according to the reasons alleged in the notices. Dates of publication/retraction and time to retraction were also recorded. Searching procedures were performed between June and December 2014. Thirty-one retraction notices were identified, fifteen of which were in JCR-indexed journals. “Plagiarism” was alleged in six retractions of this group. Among the non-JCR journals, retraction reasons were alleged in fourteen cases, twelve of which were attributed to “plagiarism”. The proportion of retracted articles for the SciELO database was approximately 0.005 %. The reasons alleged in retraction notices may be used as signposts to inform discussions in Latin America on plagiarism and research integrity. At the international level, these results suggest that the correction of the literature is becoming global and is not limited to mainstream international publications. (shrink)

The objective of this study is to compare the quantity of citations that retracted and nonretracted articles received in engineering based on articles indexed in the Web of Science database and published between 1945 and 2015. For data analysis, the Statistical Package for the Social Sciences was used along with the Kolmogorov–Smirnov, Mann–Whitney, Tukey–Kramer tests and descriptive statistics. The data set included 238 retracted and 236 nonretracted articles, with the retracted articles cited 2,348 times and nonretracted articles cited 2,957 times. (...) The results highlight that retraction does not end citation, thus threatening scientific credibility. (shrink)

Media attention to retracted research suggests that a substantial number of papers are corrupted by misinformation. In reality, every paper contains misinformation; at issue is whether the balance of correct versus incorrect information is acceptable. This paper postulates that analysis of retracted research papers can provide insight into medical misinformation, although retracted papers are not a random sample of incorrect papers. Error is the most common reason for retraction and error may be the principal cause of misinformation as well. Still, (...) one-quarter of retracted papers are fraudulent, and misinformation may also arise through fraud. This paper hypothesises that error and fraud are the main sources of misinformation and that error is more common than fraud. Retraction removes misinformation from the literature; bias is non-retracted misinformation. Bias arises when scientific impropriety results in false research findings. Impropriety can involve experimental design, data collection, data analysis, or data presentation. Yet impropriety also arises through earnest error or statistical naiveté; not all bias is fraud. Several measures are proposed to minimise misinformation in the medical literature, including: greater detail in the clinical trial registry, with rigorous definition of inclusion and exclusion criteria and primary endpoints; clear statistical criteria for every aspect of clinical trials, especially sample size; responsibility for data integrity that accrues to all named authors; increased transparency as to how the costs of research were paid; and greater clarity as to the reasons for retraction. Misinformation can arise without malicious intent; authors of incorrect papers are owed a presumption of incompetence, not malice. (shrink)

This paper investigates retracted articles indexed in the Scientific Electronic Library Online (SciELO) Brazil, using bibliometric techniques to identify the characteristics of these retractions and relevant citation trends. All records of retracted articles from the first record in October 2004 to April 2022 were included. Sixty-seven retractions and 870 citations pre- and post-retraction were analyzed. Results indicate a change of scenario that began in 2015, with recurrences of retracted articles allegedly produced by paper mills. The prevalence of retractions derived from (...) professional misconduct in health research and the frequency of post-retraction citations in health sciences raise concerns in the chain of stakeholders, public health, and scientific development. (shrink)

Science is said to seek the truth, at least within the bounds that societies or individuals see as explorable from an ethical point of view. Truth may be elusive or even unattainable, tainted by pa...