Drug companies are moving their research from academic medical centers to physicians’ private offices. The shift brings in more subjects, and could mean faster and better results. It also changes the physician's relationship to patients, dangles monetary lures in front of physicians, and could produce subjects who don't understand what they're participating in and results that are unreliable.

In many cases, the “therapeutic misconception” may be an unavoidable part of the imperfect process of recruitment and consent in medical researchPaul Appelbaum, Loren Roth, and Charles Lidz coined the term “therapeutic misconception” in 1982.1 They described it as the misconception that participating in research is the same as receiving individualised treatment from a physician. It referred to the research subject’s failure to appreciate that the aim of research is to obtain scientific knowledge, and that any benefit to the subject (...) is a by-product of that knowledge. More recent studies by Appelbaum and Lidz have shown that this phenomenon is just as pervasive now as it was twenty four years ago.2 The problem pertains not to any duty of care for researchers but to participants’ unfounded belief in the therapeutic potential of research.3 It is especially acute in phase I oncology trials, which aim to test the toxicity and highest tolerable dose of anticancer drugs.To remedy this situation, many have argued that both clinicians and researchers need to do more in explaining to subjects the differences between experimental research and standard care. Clinicians and researchers recruiting potential subjects for research must present information about the expected risks and benefits of participation in research in a more realistic and straightforward way.4 In one recent examination of consent forms for phase I oncology trials, Sam Horng et al found that, in the section on “benefit”, only one of 272 forms stated that the subjects were expected to benefit. They also found that 11 consent forms stated clearly that subjects would not benefit, 25 forms communicated uncertainty about benefit, and 5 forms said nothing about the chance of benefit. Interestingly, 139 forms alluded to the …. (shrink)

: The "therapeutic misconception," described by Paul Appelbaum and colleagues more than 20 years ago, refers to the tendency of participants in clinical trials to confuse the design and conduct of research with personalized medical care. Although the "therapeutic misconception" has become a term of art in research ethics, little systematic attention has been devoted to the ethical significance of this phenomenon. This article examines critically the way in which Appelbaum and colleagues formulate what is at stake in the therapeutic (...) misconception, paying particular attention to assumptions and implications that clinical trial participation disadvantages research participants as compared with receiving standard medical care. After clarifying the ethical significance of the therapeutic misconception with respect to the decision making of patients, we offer policy recommendations for obtaining informed consent to participation in clinical trials. (shrink)

: The "difference position" holds that clinical research and therapeutic medical practice are sufficiently distinct activities to require different ethical rules and principles. The "similarity position" holds instead that clinical investigators ought to be bound by the same fundamental principles that govern therapeutic medicine—specifically, a duty to provide the optimal therapeutic benefit to each patient or subject. Some defenders of the similarity position defend it because of the overlap between the role of attending physician and the role of investigator in (...) a research trial. This overlap is maximal when the same physician occupies both roles with respect to a particular patient-subject. We address the ethical tensions inherent in that role conflict and argue that the tensions are real but manageable. The difference position provides a sound ethical framework within which to manage those tensions, while the similarity position is unsatisfactory because it seeks to deny the existence of the tensions. (shrink)

: Medical research is widely thought to have a fundamentally therapeutic orientation, in spite of the fact that clinical research is thought to be ethically distinct from medical care. We need an entirely new conception of clinical research ethics—one that looks to science instead of the doctor-patient relationship.

Medical research is widely thought to have a fundamentally therapeutic orientation, in spite of the fact that clinical research is thought to be ethically distinct from medical care. We need an entirely new conception of clinical research ethics—one that looks to science instead of the doctor‐patient relationship.

It is widely assumed that informing prospective subjects about the risks and possible benefits of research not only protects their rights as autonomous decisionmakers, but also empowers them to protect their own interests. Yet interviews with patient‐subjects conducted under the auspices of the Advisory Committee on Human Radiation Experiments suggest this is not always the case. Patient‐subjects often trust their physician to guide them through decisions on research participation. Clinicians, investigators, and IRBs must assure that such trust is not misplaced.

We conducted focus groups to assess patient attitudes toward research on medical practices in the context of usual care. We found that patients focus on the implications of this research for their relationship with and trust in their physicians. Patients view research on medical practices as separate from usual care, demanding dissemination of information and in most cases, individual consent. Patients expect information about this research to come through their physician, whom they rely on to identify and filter associated risks. (...) In general, patients support this research, but worry that participation in research involving randomization may undermine individualized care that acknowledges their unique medical histories. These findings suggest the need for public education on variation in practice among physicians and the need for a collaborative approach to the governance of research on medical practices that addresses core values of trust, transparency, and partnership. (shrink)

The therapeutic misconception has been seen as presenting an ethical problem because failure to distinguish the aims of research participation from those receiving ordinary treatment may seriously undermine the informed consent of research subjects. Hence, most theoretical and empirical work on the problems of the therapeutic misconception has been directed to evaluate whether, and to what degree, this confusion invalidates the consent of subjects. We argue here that this focus on the understanding component of informed consent, while important, might be (...) too narrow to capture the ethical complexity of the therapeutic misconception. We show that concerns about misplaced trust and exploitation of such trust are also relevant, and ought to be taken into account, when considering why the therapeutic misconception matters ethically. (shrink)

Medical ethics assumes a clear boundary between clinical research and clinical medicine: one produces knowledge for the benefit of future patients, while the other provides optimal care to individuals right now. It also assumes that the two cannot be integrated without sacrificing the needs of the current patient to those of future patients. But integration could allow us to provide better care to everyone, now and in the future.

Background: Low rates of participation of adolescents and young adults (AYAs) in clinical oncology trials may contribute to poorer outcomes. Factors that influence the decision of AYAs to participate in health research and whether these factors are different from those that affect the participation of parents of children with cancer. Methods: This is a secondary analysis of data from validated questionnaires provided to adolescents (>12 years old) diagnosed with cancer and parents of children with cancer at 3 sites in Canada (...) (Halifax, Vancouver, and Montreal) and 2 in the United States (Atlanta, GA, and Memphis, TN). Respondents reported their own research participation and cited factors that would influence their own decision to participate in, or to provide parental authorization for their child to participate in health research. Results: Completed questionnaire rates for AYAs and parents were 86 (46.5%) of 185 and 409 (65.2%) of 627, respectively. AYAs (n = 86 [67%]) and parents (n = 409 [85%]) cited that they would participate in research because it would help others. AYAs perceived pressure by their family and friends (16%) and their physician (19%). Having too much to think about at the time of accrual was an impediment to both groups (36% AYAs and 47% parents). The main deterrent for AYAs was that research would take up too much time (45%). Nonwhite parents (7 of 56 [12.5%]) were more apt to decline than white parents (12 of 32 [3.7%]; P < .01). Conclusions: AYAs identified time commitment and having too much to think about as significant impediments to research participation. Addressing these barriers by minimizing time requirements and further supporting decision-making may improve informed consent and impact on enrollment in trials. (shrink)