Statistics from Altmetric.com
Higgins’ et al recent paper1 presents a well-thought ethical analysis of the problems associated with the publication of unethical transplant research. More generally, research ethics committees never allow the use or reuse of data that has been collected without their required approval. Similarly, in many judicial settings, evidence is generally inadmissible when it is gathered illegally.2 Thus, journals and other publishers should follow in their footsteps and also roadblock any associated publications.
Moreover, unethical organ donation and transplantation research is rife with integrity issues, which violate publication norms (eg, fabrication or falsification of the source of the donor organs; absent informed consent of living donors or donor families; funder conflict of interest). If these normally accepted exclusions3 are ignored, then publishers are turning off their moral compass and facilitating an attitude of ‘anything goes’ in the conduct of research. Table 1 presents a timeline of scholarly responses to the problem of publishing unethical transplant research. As shown, since 2007 there has been a slow evolution of changing publisher practices, yet more progress must be made, especially by the transplant journals published in China.
Even if manuscript is blocked from publication (or later retracted), the existence of unethical data remains an ethical problem. What should be done with data that have already been collected by way of unethical organ donation and transplantation practices? If it is not fit to be published, then it could be argued to be not fit for use (including sharing with others) and should be destroyed. The same could also be said for such human organ/tissue specimens stored in biorepositories. As an example, in USA, the Comprehensive Transplant Center at Wexner Medical Center is home to a transplant data and specimen repository, which is governed by human research ethics regulations.4 These regulations, as well as a governance structure, are in place to ensure ethical sourcing, storage and sharing of data and specimens. Chinese transplant centres should also incorporate these measures and ensure their repositories are subject to audit to verify ethical and regulatory adherence.
Open access databases are becoming popular in the field of medicine. Table 2 shows the volume of datasets pertaining to organ donation and transplantation in the free, open access repository Figshare (www.Figshare.com). According to the ‘Rules and Conduct’ of their terms and conditions,5 users ‘shall not (and shall not permit any third party to) either (a) take any action or (b) upload, download, post, submit or otherwise distribute or facilitate’ content that is unlawful, false or untruthful, offensive or deceptive. Figshare also has the right to remove content and suspend user accounts. Organ donation and transplant data could be deemed ‘offensive’ (causing hurt, upset, insult or anger) if it arises amid research ethics violations (eg, executed prisoners as donors, lack of informed consent, commercial organ sales). Accordingly, any suspect data should be removed and quarantined by data repositories and referred for investigation. The data owner might take his/her data to another repository platform; however, an investigation (with subsequent institutional notification) could prevent that until the dataset is deemed ethically robust.
Agreeing with Higgins’ et al,1 research misconduct investigations pertaining to unethical organ donation and transplant data can be performed by the researcher’s host institution. However, national research integrity agencies often also provide these investigative services and they do so with less conflict of interest because they lack the shared institutional affiliation with the researcher.6 Shared affiliation can lead to problems with pressure or coercion of investigation team members due to their employment status (ie, harassment or interference with employment or promotion). When available, these independent organisations should lead and perform research misconduct investigations.
Higgins et al did well to draw similarities between the dilemma of Holocaust medical experimentation data to that of unethical transplant research data.1 One notable difference is that with regard to the unethical medical experiments that occurred with Nazi researchers during World War II, there are victim survivors who could be sensitively approached to learn their views about data sharing and publishing.7 In contrast, executed prisoners who were the source of ‘donor’ organs for transplant are deceased and we shall never know their views on this topic. We do not honour them by publishing the data derived from them, rather we honour the author who publishes the paper (another paper for his/her cv). Investigations, however, can bring forms of justice, thus investigating the dataset (before publishing happens) could be advantageous because such can lead to the destruction of data that is ethically corrupt (preventing its use and reuse). Note this in contrast to saving negative data, datasets with errors or data from experiments that need to be repeated for verification—these may still hold value. Lastly, investigations that prove misconduct involving human organ donors and transplant recipients should require a public record apology from the implicated researcher(s).8
Contributors I am the sole author.
Funding The author has not declared a specific grant for this research from any funding agency in the public, commercial or not-for-profit sectors.
Competing interests None declared.
Patient consent for publication Not required.
Provenance and peer review Commissioned; internally peer reviewed.
If you wish to reuse any or all of this article please use the link below which will take you to the Copyright Clearance Center’s RightsLink service. You will be able to get a quick price and instant permission to reuse the content in many different ways.