Scientific Misconduct and Research Integrity for the Bench Scientist

Author(s):  
Chris B. Pascal
2020 ◽  
pp. 135910532096354
Author(s):  
Russell Craig ◽  
Anthony Pelosi ◽  
Dennis Tourish

A formal complaint was lodged with the British Psychological Society in 1995 that alleged serious scientific misconduct by Hans J Eysenck. The complaint referred to research into the links between personality traits and the causes, prevention and treatment of cancer and heart disease. Using a framework of institutional logics, we criticise the Society’s decision not to hear this complaint at a full disciplinary hearing. We urge the BPS to investigate this complaint afresh. We also support calls for the establishment of an independent National Research Integrity Ombudsperson to deal more effectively with allegations of research misconduct.


2020 ◽  
Vol 58 (4) ◽  
pp. 485-506
Author(s):  
Mahendra Shahare ◽  
Lissa L. Roberts

A flurry of discussions about plagiarism and predatory publications in recent times has brought the issue of scientific misconduct in India to the fore. The debate has framed scientific misconduct in India as a recent phenomenon. This article questions that framing, which rests on the current tendency to define and police scientific misconduct as a matter of individual behavior. Without ignoring the role of individuals, this article contextualizes their actions by calling attention to the conduct of the institutions, as well as social and political structures that are historically responsible for governing the practice of science in India since the colonial period. Scientific (mis)conduct, in other words, is here examined as a historical phenomenon borne of the interaction between individuals’ aspirations and the systems that impose, measure, and reward scientific output in particular ways. Importantly, historicizing scientific misconduct in this way also underscores scientist-driven initiatives and regulatory interventions that have placed India at the leading edge of reform. With the formal establishment of the Society for Scientific Values in 1986, Indian scientists became the first national community worldwide to monitor research integrity in an institutionally organized way.


2017 ◽  
Author(s):  
Daniele Fanelli ◽  
Rodrigo Costas ◽  
Ferric C. Fang ◽  
Arturo Casadevall ◽  
Elisabeth M. Bik

ABSTRACTIt is commonly hypothesized that scientists are more likely to engage in data falsification and fabrication when they are subject to pressures to publish, when they are not restrained by forms of social control, when they work in countries lacking policies to tackle scientific misconduct, and when they are male. Evidence to test these hypotheses, however, is inconclusive due to the difficulties of obtaining unbiased data.Here we report a pre-registered test of these four hypotheses, conducted on papers that were identified in a previous study as containing problematic image duplications through a systematic screening of the journal PLoS ONE. Image duplications were classified into three categories based on their complexity, with category 1 being most likely to reflect unintentional error and category 3 being most likely to reflect intentional fabrication. Multiple parameters connected to the hypotheses above were tested with a matched-control paradigm, by collecting two controls for each paper containing duplications.Category 1 duplications were mostly not associated with any of the parameters tested, in accordance with the assumption that these duplications were mostly not due to misconduct. Category 2 and 3, however, exhibited numerous statistically significant associations. Results of univariable and multivariable analyses support the hypotheses that academic culture, peer control, cash-based publication incentives and national misconduct policies might affect scientific integrity. Significant correlations between the risk of image duplication and individual publication rates or gender, however, were only observed in secondary and exploratory analyses.Country-level parameters generally exhibited effects of larger magnitude than individual-level parameters, because a subset of countries was significantly more likely to produce problematic image duplications. Promoting good research practices in all countries should be a priority for the international research integrity agenda.


mBio ◽  
2013 ◽  
Vol 4 (1) ◽  
Author(s):  
Ferric C. Fang ◽  
Joan W. Bennett ◽  
Arturo Casadevall

ABSTRACT A review of the United States Office of Research Integrity annual reports identified 228 individuals who have committed misconduct, of which 94% involved fraud. Analysis of the data by career stage and gender revealed that misconduct occurred across the entire career spectrum from trainee to senior scientist and that two-thirds of the individuals found to have committed misconduct were male. This exceeds the overall proportion of males among life science trainees and faculty. These observations underscore the need for additional efforts to understand scientific misconduct and to ensure the responsible conduct of research. IMPORTANCE As many of humanity’s greatest problems require scientific solutions, it is critical for the scientific enterprise to function optimally. Misconduct threatens the scientific enterprise by undermining trust in the validity of scientific findings. We have examined specific demographic characteristics of individuals found to have committed research misconduct in the life sciences. Our finding that misconduct occurs across all stages of career development suggests that attention to ethical aspects of the conduct of science should not be limited to those in training. The observation that males are overrepresented among those who commit misconduct implies a gender difference that needs to be better understood in any effort to promote research integrity.


1996 ◽  
Vol 24 (3) ◽  
pp. 260-266 ◽  
Author(s):  
Debra M. Parrish

The debate about the definition of scientific miscon duct is being revisited by the scientific community in response to the Commission on Research Integrity's (CRI) recommendation for a new definition. Scientists and lawyers are debating whether scientific misconduct should include acts that are not unique to the scientific community and do not affect the research. Falsification of credentials is one form of such misconduct.The Office of Research Integrity (ORI) and the National Science Foundation (NSF), the two federal agencies primarily responsible for developing policies on scientific misconduct, have struggled to define scientific rnisconduct and to decide which forms of professional misconduct do and do not fall within the definition. Although falsification of credentials is not unique to the scientific community, OR1 and NSF have determined that when researchers lie about their credentials, such conduct may constitute scientific misconduct. The question is why this form of professional misconduct has been labeled scientific misconduct when it occurs in a research setting, and whether any distinction exists between this white coat crime and white collar crime.


2020 ◽  
Vol 4 (1) ◽  
pp. 41
Author(s):  
Lillian Omutoko

Purpose: Research misconduct is a global ethical concern that imparts negatively on scientific processes and expectations. Other related ethical concerns are academic fraud among researchers in academic institutions.  These activities are against the norms of research and academic practice. Some common occurrences in institutions are multiple submission of papers for publication, use of unauthorized assistance or various forms of dishonesty that occur in relation to any academic exercise. Research integrity is a complex multifaceted task that touches on different phases of research. Institutions in Africa barely have policies and structures to uphold research integrity and where they exist, the enforcement mechanisms are not synchronized. Prevention of research misconduct and enforcement of research integrity policies cannot be the responsibility of any single person or institution, it can only be successful if it is a concerted effort. Universities, national bodies and research ethics committees have a major role to play in maintaining research integrity. The purpose of this paper is to explore and develop a systematic approach to enhance research integrity.  The paper examines common research integrity issues and proposes pragmatic approaches for preventing research misconduct.   Methodology: The methodology employed was desktop document analysis of related journal articles, guidelines and institutional websites.   Case studies of misconduct were reviewed to make sense of types of scientific misconduct that have been recorded in Africa. Results: Institutions can customize the institutional model according to identified needs and existing structures. The proposed framework would be successful if the efforts are implemented within a multi-thronged approach that includes mentorship and capacity building at all levels for creation of an ethical research culture that enhances credibility of research and builds public trust.   Contributions to theory, policy and practice:  It is envisaged that the proposed model will improve enforcement of related policies and promote research integrity. A holistic model to streamline prevention of misconduct and nurture a culture of ethical conduct in research is also recommended. 


2019 ◽  
Vol 56 (11) ◽  
pp. 734-740 ◽  
Author(s):  
Rafael Dal-Ré ◽  
Carmen Ayuso

IntroductionBetween 0.02% and 0.04% of articles are retracted. We aim to: (a) describe the reasons for retraction of genetics articles and the time elapsed between the publication of an article and that of the retraction notice because of research misconduct (ie, fabrication, falsification, plagiarism); and (b) compare all these variables between retracted medical genetics (MG) and non-medical genetics (NMG) articles.MethodsAll retracted genetics articles published between 1970 and 2018 were retrieved from the Retraction Watch database. The reasons for retraction were fabrication/falsification, plagiarism, duplication, unreliability, and authorship issues. Articles subject to investigation by company/institution, journal, US Office for Research Integrity or third party were also retrieved.Results1582 retracted genetics articles (MG, n=690; NMG, n=892) were identified . Research misconduct and duplication were involved in 33% and 24% of retracted papers, respectively; 37% were subject to investigation. Only 0.8% of articles involved both fabrication/falsification and plagiarism. In this century the incidence of both plagiarism and duplication increased statistically significantly in genetics retracted articles; conversely, fabrication/falsification was significantly reduced. Time to retraction due to scientific misconduct was statistically significantly shorter in the period 2006–2018 compared with 1970–2000. Fabrication/falsification was statistically significantly more common in NMG (28%) than in MG (19%) articles. MG articles were significantly more frequently investigated (45%) than NMG articles (31%). Time to retraction of articles due to fabrication/falsification was significantly shorter for MG (mean 4.7 years) than for NMG (mean 6.4 years) articles; no differences for plagiarism (mean 2.3 years) were found. The USA (mainly NMG articles) and China (mainly MG articles) accounted for the largest number of retracted articles.ConclusionGenetics is a discipline with a high article retraction rate (estimated retraction rate 0.15%). Fabrication/falsification and plagiarism were almost mutually exclusive reasons for article retraction. Retracted MG articles were more frequently subject to investigation than NMG articles. Retracted articles due to fabrication/falsification required 2.0–2.8 times longer to retract than when plagiarism was involved.


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