: Bioethicists have failed to understand the pervasively paternalistic character of research ethics. Not only is the overall structure of research review and regulation paternalistic in some sense; even the way informed consent is sought may imply paternalism. Paternalism has limits, however. Getting clear on the paternalism of research ethics may mean some kinds of prohibited research should be reassessed.

To what risks may children participating in research be subjected? Institutional review boards can stand surrogate for parents by filtering out studies whose risk is unacceptably high.

Pediatric research without the potential for clinical benefit is vital to improving pediatric medical care. This research also raises ethical concern and is regarded by courts and commentators as unethical. While at least 10 justifications have been proposed in response, all have fundamental limitations. This article describes and defends a new justification based on the fact that enrollment in clinical research offers children the opportunity to contribute to a valuable project. Contributing as children to valuable projects can benefit individuals in (...) two ways. First, individuals may come to ?embrace? the contributions they made as children. Second, contributing to valuable projects can lead to a better overall life. Because these potential benefits can outweigh small research risks, they provide a justification for pediatric research without the potential for clinical benefit, when it poses low risks and has the potential to benefit others in important ways. (shrink)

Guidelines around the world require children to provide assent for their participation in most research studies. Yet, little further guidance is provided on how review committees should implement this requirement, including which children are capable of providing assent and when the requirement for assent may be waived on the grounds that the research offers participating children the potential for important clinical benefit. The present paper argues that the assent requirement is supported by the importance of allowing children who are capable (...) to make their own decisions. This suggests children are capable of assent when they become able to understand the research in question. While development varies across individual children, existing data suggest most children develop this ability by approximately age 14. Until instruments are developed to assess the assent capacity of individual children, this age should be used as the threshold for assent. In addition, the importance of protecting children from harm suggests that the sustained dissent of all children, including those who are unable to provide assent, should be respected. While the assent requirement may be waived when research participation offers the potential for important medical benefit that is unavailable outside the research context, analysis suggests that children’s sustained dissent should be respected in all cases. (shrink)

(2002). Clarifying the Ethics of Clinical Research: A Path toward Avoiding the Therapeutic Misconception. The American Journal of Bioethics: Vol. 2, No. 2, pp. 22-23.

I will argue that there are difficulties with the application of the four principles approach to incompetent children. The most important principle – respect for autonomy – is not directly applicable to incompetent children and the most appropriate modification of the principle for them is not clear. The principle of beneficence – that one should act in the child’s interests – is complicated by difficulties in assessing what a child’s interests are and to which standard of interests those choosing for (...) children should be held. A further problem with the four principles approach is that parental authority does not follow clearly from the four principles. (shrink)

A special report of The Hastings Center and the Association of American Medical Colleges addressed the ethical oversight of learning health systems, which seek to combine high‐quality patient care with routine data collection aimed at improving patient outcomes. The report contained two position papers, authored by a number of distinguished bioethicists, and several commentaries. The position papers urged two changes. First, they urged a rethinking of our approach to the regulation of human subjects research, so as to make it easier (...) in the future for learning health systems to function well. Second, they argued that the rethinking required dispensing with a strict distinction between research and therapy, which has been a major tenet of bioethics since the Belmont Report, which explicated basic ethical principles governing human subjects research. We fully support the objectives of the authors, and we agree that the learning health system is an important advance that serves patients well. Unnecessary regulatory burden ought not impede this progress. We disagree, however, that the best way to bring about these needed changes in the regulatory environment is to reject the basic distinction between research and treatment. Unfortunately, we find the arguments in favor of that strategy to be, in places, reminiscent of what we take to be basic conceptual errors that hampered the ethical understanding of human subjects research prior to adoption of the Belmont Report. To see why one need not reject the research‐treatment distinction in order to promote learning health systems, we first investigate in some detail the arguments offered for eliminating the distinction. We next turn to an issue not addressed by those authors, namely, the relationship between the physician or investigator and the patient or subject, to illustrate why the distinction is important and what is lost if it is jettisoned. (shrink)

The individual informed consent model remains critical to the ethical conduct and regulation of research involving human beings. Parental informed consent process in a rural setting of northern Ghana was studied to describe comprehension and retention among parents as part of the evaluation of the existing informed consent process.

A recent article from Archives of Disease in Childhood outlined problems with the act of gaining child assent for research participation. However the arguments used in the article are incomplete or misguided. Rather than being harmful, assent should be seen as an ethically-appropriate way in which we can engage with the child about his participation in research. While additional clarification of the concept of assent is needed, the child's family context can provide us with a valuable guide to the way (...) we involve him in the decision-making process. (shrink)

In this paper we argue that the consensus around normative standards for the ethics of research in clinical trials, strongly influenced by the Declaration of Helsinki, is perceived from various quarters as too conservative and potentially restrictive of research that is seen as urgent and necessary. We examine this problem from the perspective of various challengers who argue for alternative approaches to what ought or ought not to be permitted. Key themes within this analysis will examine these claims and argue (...) they have implications for the interests of the research subject, research governance and regulation. Using our work with TREAT-NMD, the neuromuscular clinical trials network, we posit that there is a place for advancing the discourse of moral rights and moral duties in the context of research, especially from the perspective of patients and their families, and for including the politics of patient activism and empowerment. At the same time we remain vigilant to the danger that the therapeutic misconception and other serious vulnerabilities for the patient population in clinical trials, are at risk of being overlooked. (shrink)

The American Journal of Bioethics, Volume 11, Issue 8, Page 27-29, August 2011.

Some maintain that voluntariness is a value-neutral concept. On that view, someone acts involuntarily if subject to a controlling influence or has no acceptable alternatives. I argue that a value-neutral conception of voluntariness cannot explain when and why consent is invalid and that we need a moralized account of voluntariness. On that view, most concerns about the voluntariness of consent to participate in research are not well founded.

The paucity of research data to guide current paediatric practice has led to children being termed therapeutic orphans. This difficulty is especially pertinent to research in emergency situations, such as acute resuscitation or critical care, where accepted ethical standards for overall research, have historically created practical difficulties for researchers. The welcome establishment of organisations to support UK paediatric research is helping to ensure safer and more effective medications for children, however as the balance between protection and access at the heart (...) of the paediatric research ethical debate shifts to ever increasing access for researchers to children, it remains crucial to ensure the protection for these vulnerable participants. The fundamental protection for research subjects, namely their full informed consent before any recruitment, is not tenable in true emergency situations and so other approaches are warranted if standards are to be improved by human subjects research in such areas. Proxy, deferred and retrospective consent have all been advocated as solutions to this difficulty and this paper explores the ethical justification for these approaches and their utility in safeguarding children and families in emergency situations when traditional informed consent, as currently defined, cannot be obtained in the necessary time frame to enable research. (shrink)

Current methods of obtaining consent for emergency neonatal research are flawed. They risk aggravating the distress of parents of preterm and other sick neonates. This distress, and the inevitable time constraints, compromise understanding and voluntariness, essential components of adequately informed consent. Current practice may be unjust in over-representing babies of more vulnerable and deprived parents. The research findings may thus not be generalisable. Informing parents antenatally about the possible need for emergency neonatal research, with presumed consent and scope for opting (...) out, would address these problems. It would spare parents of sick neonates, already terrified by their baby's illness, further distress. Experience with opting out suggests that recruitment might increase, thus generating earlier results, without compromising parental understanding of the nature and purpose of the research. (shrink)

Different ethical principles conflict in research conducted in emergency research. Clinical care and its development should be based on research. Patients in critical clinical condition are in the greatest need of better medicines. The critical condition of the patient and the absence of a patient representative at the critical time period make it difficult and sometimes impossible to request an informed consent before the beginning of the trial. In an emergency, care decisions must be made in a short period of (...) time, and the more time is wasted, the more the risk of death or severe tissue damage and incapacity increases. Consent requests take time, and so the time period before treatment might put the patient’s life in jeopardy. Not requesting consent before a trial is also contradictory. A person should not be forced to participate in a trial against his or her will. Due to the dark history of medical research previously, international declarations and conventions have set up ethical principles for medical research. They emphasize the autonomy of the research participant—or his or her legal representative—to give a free and informed consent prior to the initiation of research. In the case of a critical emergency, the unconscious state of the patient, the emotional stress of family members or the lack of time to start life-sustaining measures may often restrict the possibilities of communicating with the patient or his/her representative. Therefore, written informed consent is difficult to achieve, and its voluntariness in emergency situations is, at best, open to question. The mortality of patients is high without clinical interventions in emergency research. Random selection of patients is difficult and requires extra work from personnel in the emergency rooms. Recruitment, information and asking for consent may also take time, postpone the initiation of treatment and increase the risk of death and irreversible tissue and organ damage, and therefore be risky for the patient. It is therefore essential that the health care professionals recruiting suitable research participants are well motivated and well trained. Medical research in an emergency setting should always be regarded as an exceptional situation requiring special provisions. Only such research should be done as cannot be done in other conditions. An independent body must approve the research protocol and the ways in which the consent of the participant or proxy are to be sought. In addition, the trial must be expected to result in direct and significant benefit for the research participants. If research without prior consent is not approved, the development of emergency care is threatened. On the other hand, if prior consent is not required, a person could be recruited into a clinical trial against his or her will. Doing good and avoiding harm, and respecting the autonomy of the patient are in conflict in the context of emergency medical research. To develop better medicines for patients experiencing acute medical emergencies, research into such conditions should be allowed. Research participants should have the possibility to participate or refuse to participate in research that may benefit them and other patients. The risk of irreversible damage occurring as the consequence of time delays for seeking consent is unacceptable. A prior wish about participation in clinical trials should be respected, if known. The conditions under which medical research in emergencies can be considered acceptable can be determined and agreed upon nationally and internationally. (shrink)

Research in the intensive care unit (ICU) is commonly thought to pose 'serious risk' to study participants. This perception may be at the root of a variety of impediments to the conduct of clinical trials in the ICU setting. Component analysis offers a promising approach to the ethical analysis of ICU research. Because clinical trials commonly involve a mixture of study interventions, therapeutic and nontherapeutic procedures must be analyzed separately. Therapeutic procedures must meet the requirement of clinical equipoise. Risks associated (...) with nontherapeutic procedures must be minimized consistent with sound scientific design, and be deemed reasonable in relation to the knowledge to be gained. When research involves a vulnerable population, such as adults incapable of providing informed consent, nontherapeutic risks are limited to a minor increase over minimal risk. Understood in this way, the incremental risk posed by participation in ICU research may be minimal. This realization has important implications for review by institutional review boards of such research and for the informed consent process. (shrink)

Background: Informed consent in clinical research is mandated throughout the world. Both patient subjects and investigators are required to understand and accept the distinction between research and treatment.Aim: To document the extent and to identify factors associated with therapeutic misconception in a population of patient subjects or parent proxies recruited from a variety of multicentre trials .Patients and methods: The study comprised two phases: the development of a questionnaire to assess the quality of informed consent and a survey of patient (...) subjects based on this questionnaire.Results: A total of 303 patient subjects or parent proxies were contacted and 279 questionnaires were analysed. The median age was 49.5 years, sex ratio was 1 and 61% of respondents were professionally active. Overall memorisation of the oral or written communication of informed consent was good , and satisfaction with the process was around 70%. Therapeutic misconception was present in 70% of respondents, who expected to receive better care and ignored the consequence of randomisation and treatment comparisons. This was positively associated with the acuteness and severity of the disease.Conclusion: The authors suggest that the risk of therapeutic misconception be specifically addressed in consent forms as an educational tool for both patients and investigators. (shrink)

Seeking consent for genetic and genomic research can be challenging, particularly in populations with low literacy levels, and in emergency situations. All of these factors were relevant to the MalariaGEN study of genetic factors influencing immune responses to malaria in northern rural Ghana. This study sought to identify issues arising in practice during the enrolment of paediatric cases with severe malaria and matched healthy controls into the MalariaGEN study.

Background: Seeking consent for genetic and genomic research can be challenging, particularly in populations with low literacy levels, and in emergency situations. All of these factors were relevant to the MalariaGEN study of genetic factors influencing immune responses to malaria in northern rural Ghana. This study sought to identify issues arising in practice during the enrolment of paediatric cases with severe malaria and matched healthy controls into the MalariaGEN study. Methods: The study used a rapid assessment incorporating multiple qualitative methods (...) including in depth interviews, focus group discussions and observations of consent processes. Differences between verbal information provided during community engagement processes, and consent processes during the enrolment of cases and controls were identified, as well as the factors influencing the tailoring of such information. Results: MalariaGEN participants and field staff seeking consent were generally satisfied with their understanding of the project and were familiar with aspects of the study relating to malaria. Some genetic aspects of the study were also well understood. Participants and staff seeking consent were less aware of the methodologies employed during genomic research and their implications, such as the breadth of data generated and the potential for future secondary research.Moreover, trust in and previous experience with the Navrongo Health Research Centre which was conducting the research influenced beliefs about the benefits of participating in the MalariaGEN study and subsequent decision-making about research participation. Conclusions: It is important to recognise that some aspects of complex genomic research may be of less interest to and less well understood by research participants and that such gaps in understanding may not be entirely addressed by best practice in the design and conduct of consent processes. In such circumstances consideration needs to be given to additional protections for participants that may need to be implemented in such research, and how best to provide such protections.Capacity building for research ethics committees with limited familiarity with genetic and genomic research, and appropriate engagement with communities to elicit opinions of the ethical issues arising and acceptability of downstream uses of genome wide association data are likely to be important. (shrink)

OBJECTIVE: To apply component analysis, a structured approach to the ethical analysis of risks and potential benefits in research, to published emergency research using a waiver of/exception from informed consent. The hypothesis was that component analysis could be used with a high degree of interrater reliability, and that the vast majority of emergency research would comply with a minimal-risk threshold. METHODS: A Medline search and manual search were done to identify studies using a waiver of/exception from informed consent published between (...) July 1996 and December 2000. A review panel of physicians and bioethicists independently classified nontherapeutic procedures in each study as minimal risk, probably minimal risk, or probably more than minimal risk. RESULTS: Seventy studies using a waiver of/exception from informed consent were identified. A majority of reviewers classified nontherapeutic procedures in 62 studies (88.6%) as minimal risk. Reviewers classified nontherapeutic procedures in six studies (8.6%) as minimal risk or probably minimal risk. In two studies (2.9%), nontherapeutic procedures were classified as probably more than minimal risk. The intraclass correlation coefficient was 0.89 (95% CI = 0.85 to 0.93), indicating very high interrater reliability. CONCLUSIONS: Component analysis can be used with high reliability to review emergency research and may improve the consistency of institutional review board review of emergency research. The vast majority of published emergency research performed using a waiver of/exception from consent complies with a properly-applied minimal-risk threshold. A minimal-risk threshold for nontherapeutic procedures protects subjects better than current U.S. regulations while permitting important emergency research to continue. (shrink)

Objective To document the legal guardian-related barriers to consent procurement, and their stated reasons for non-participation in a paediatric critical care research study.Study design A multicentre, prospective, cohort study.Participants Legal guardians of children who participated in a multicentre study on adrenal insufficiency in paediatric critical illness. Data were collected on all consent encounters in the main study.Methods Screening data, reasons for consent not being obtained, paediatric risk of mortality scores and age were collected on all 1707 patients eligible for participation (...) in the Adrenal Insufficiency Study.Results The main barriers to approaching legal guardians for consent were lack of availability of the legal guardians and language barriers . Legal guardians of 917 patients were approached with an overall consent rate of 42% . 81% of the 528 legal guardians who declined consent provided an unsolicited reason for refusal. The three most commonly stated reasons were: being overwhelmed , not wanting anything else done to their child and not wanting an additional medication . In addition, 14.2% cited research-related concerns as the reason for their non-participation.Conclusions Barriers to consent procurement in a non-therapeutic paediatric critical care study appear to occur at many levels with lack of availability of legal guardians, and legal guardians feeling overwhelmed, being the most commonly recorded reasons. Further research into the impact of these findings on the validity and generalisability of the results of such studies is necessary prior to the development and study of future consent models. (shrink)

This paper attempts to provide a broader view into the ethical issues surrounding the field of emergency medicine (EM) research. It starts from defining bioethically relevant features of EM and presents this field in the context of different models of health care provider–patient relationship. The paper also provides a short overview of the “post-Nuremberg” evolution of the main international research ethics guidelines relevant to EM research which demonstrates a tendency of liberalization of research on incapable persons. This tendency culminates with (...) the exceptions to informed consent for EM research which is supposed to be balanced by other research ethics principles, especially a careful rationing of risks and benefits. This finally brings us towards a critical analysis of the minimal risk standard which is one of the main fundamental safeguards in EM research. (shrink)

This study assessed parents’ perspectives about a written versus a verbal consent approach for minimal-risk pediatric research. We conducted a survey of 161 parents of hospitalized children. Eighty-one percent of parents asked if they would allow their child to participate in a minimal-risk research study using a verbal consent approach only said yes, whereas 67% asked using a verbal consent approach combined with an informed consent document said yes . Many parents said they prefer a written consent approach for studies (...) involving taking an extra teaspoon of blood during a scheduled blood draw , chart review , and testing leftover blood . Parents most often cited legal concerns as a benefit of signing a consent form but reported an increase in anxiety as a negative effect of a written consent approach. Thirty-eight percent of parents agreed that signing a consent form would make the research seem riskier than giving verbal consent. Inconsistencies in responses about the type of consent approach parents favored may reflect emotional responses to specific research scenarios, rather than preferences about written consent for all minimal-risk pediatric studies. (shrink)