Although Directive 2001/20/EC of the European Parliament and of Council of 4 April 2001 on the approximation of the laws regulations and administrative provisions of the Member States relating to the implementation of good clinical practice in the conduct of clinical trials on medicinal products for human use does not contain an exception for emergency situations, and requires the informed consent of a legal representative in all cases where research is conducted on legally competent individuals who are unable (...) to give informed consent, in Poland, emergency research can be conducted without consent. Polish regulations on emergency research can hardly be treated as a result of intentional legislative policy. Our provisions arise from multiple and sophisticated interpretations of different regulations that govern medical experiments on human subjects and clinical trials. These interpretations can be summarized as follows: There are two categories of medical experiments: therapeutic and non-therapeutic experiments. Emergency research without consent may be conducted in the category of therapeutic experiment only.. Emergency research may be conducted without consent if there is a situation of great urgency in which the research subject’s life is in danger and there is no possibility of obtaining immediate consent from the research subject him or herself, or from his or her legal representative or guardianship court, and the research subject has not refused to give consent for the participation in an emergency therapeutic experiment. The legal representative or guardianship court shall be provided with all the relevant information concerning subject’s participation in an experiment as soon as possible. All projects of emergency research with intent to be done without the research subject’s consent must be approved by an independent bioethics committee. Because these five requirements seem to provide insufficient protection for a subject’s autonomy and rights it is necessary to add to them two other conditions: the emergency research could not be conducted using other research participants capable of giving informed consent; and informed consent for continued participation in the emergency research shall be obtained from either the participant him or herself or the legally authorized representative as soon as possible. A consolidated single Act that will govern all aspects of medical experiments on human subjects, including emergency research, should be prepared and enacted as soon as possible. (shrink)

The essays selected for this volume focus on issues that arise when attempting to design, review and undertake research involving human participants who are experiencing a private or public emergency. The main themes discussed by the essays are: the distinctive and significant ethical questions as to how research participants can be treated during emergency settings; the ethical challenges raised by emergencies for researchers undertaking research and its effects on the nature of research pursued; and (...) procedural obstacles raised by emergencies which can affect the quality of good research ethics review. The volume is unique in that it is the first collection to exclusively deal with all of the central ethical aspects of conducting human subject research in the context of emergency. (shrink)

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)

How does anthoethnography contribute to the development of understandings of aesthetic experiences of wild plants and wildflower tourism? As exemplified by the quintessentially aesthetic industry of wildflower tourism, the culture of flora represents diverse engagements between people and plants. Such complex engagements offer further avenues for research. The critical methodology of anthoethnography has been one such approach to circumscribing the values, practices and rhetoric of wildflower tourism. Interviews have revealed perceptual phenomena such as the orchid and everlasting effects as (...) two counterpoised examples of the differences between visual aesthetic values occurring in the region. For appreciators such as Tinker, botanical science substantiates visual experience by showing the functional role of plants within habitats. However, the taxonomic eye is not the only judge of the value and significance of flowering plants. As underscored by Nannup, Aboriginal perspectives offer complex cultural modes of engagement and rich directions for wildflower tourism based in bodily experience. An anthoethnographic approach produces accounts of the spectrum of human perceptions of wildflowers in order to proffer potential directions for wildflower tourism of the future. Through a participatory aesthetics of flora in contemporary Australian landscapes, appreciative interactions with plants will occur not only through visual values, but also through the smell, taste, sound, or feel of plants and how one moves through communities of flora. Scientific knowledge can amplify visual and embodied modes. However, as an anthoethnographic lens has shown, wildflower tourism in the Southwest is weighted towards visual experience. Indeed, the history and contemporary practices of wildflower tourism encode ocular values that can posit a separation between post‐colonial cultures and native flora. A promising direction is towards participatory relationships beyond the aestheticisation of the surface qualities of flora and beyond the ‘conquest of the world as picture’. In an era of rapid species loss, wildflower tourism will increasingly embrace concepts of conservation, Aboriginal knowledges and the recognition of spiritual heritages, and the appreciation of plants beyond their visual impact. The expression of human sensory capacities for plants joined to an ethos of botanical conservation, drawing from scientific thought, can better ensure the longevity of flowers through the evolution of the culture of flora in the region. (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)

Improving the treatment of life threatening emergency illness or disease requires that new or novel therapies be assessed in clinical trials. As most subjects for these trials will be incapacitated there is some controversy about they might best protected whilst still allowing research to continue. Recent European and UK clinical trials legislation, which has effectively stopped research into emergency conditions, is discussed. Possible changes to these regulations are proposed.

This book focuses on the role of philosophy across disciples. It gives several examples of how philosophical theories or particular concepts or lines of arguments, can be used in other (non-philosophical) disciplines, such as politics, business, psychology, art, and film studies.

This study appeared in full in the last issue of Research Ethics Review : 83). Based on prior research that has indicated it may be beneficial, a researcher wants to administer a heart medication to patients who have suffered lung injuries in car crashes. Due to the emergency nature of the research, seeking consent either from the research participants or, at least initially, their next of kin is difficult.

This book examines the general views of artificial intelligence. It also explores the idea of consciousness, consciousness pictures, and mechanisms for wet consciousness and dry consciousness.

Background Randomized controlled trials are central to generating knowledge about effectiveness of interventions as well as risk, protective and prognostic factors related to diseases in emergency newborn care. Whether prospective participants understand the purpose of research, and what they perceive as the influence of the context on their understanding of the informed consent process for RCTs in emergency obstetric and newborn care are not well documented. Methods Conceptual review. Discussion Research is necessary to identify how the (...) illnesses may be prevented, to explore the causes, and to investigate what medications could be used to manage such illness. Voluntary informed consent requires that prospective participants understand the disclose information about the research, and use this to make autonomous informed decision about participation, in line with their preferences and values. Yet the emergency context affects how information may be disclosed to prospective research participants, how much participants may comprehend, and how participants may express their voluntary decision to participate, all of which pose a threat to the validity of the informed consent. I challenge the claim that the ‘understanding’ of research is always necessary for ethical informed consent for research during emergency care. I argue for reconceptualization of the value of understanding, through recognition of other values that may be equally important. I then present a reflective perspective that frames moral reflection about autonomy, beneficence and justice in research in emergency research. Conclusion While participant ‘understanding’ of research is important, it is neither necessary nor sufficient for a valid informed consent, and may compete with other values with which it needs to be considered. (shrink)

Emergency medicine research requires the enrollment of subjects with varying decision-making capacities, including capable adults, adults incapacitated by illness or injury, and children. These different categories of subjects are protected by multiple federal regulations. These include the federal Common Rule, the Department of Health and Human Services (DHHS) regulations for pediatric research, and the Food and Drug Administration's (FDA) Final Rule for the Exception from the Requirements of Informed Consent in Emergency Situations. Investigators should be familiar (...) with the relevant federal research regulations to optimally protect vulnerable research subjects, and to facilitate the institutional review board (IRB) review process. IRB members face particular challenges in reviewing emergency research. No regulations exist for research enrolling incapacitated subjects using proxy consent. The wording of the Final Rule may not optimally protect vulnerable subjects. It is also difficult to apply conflicting regulations to a single study that enrolls subjects with differing decision-making capacities. This article is intended as a guide for emergency researchers and IRB members who review emergency research. It reviews the elements of Federal Regulations that apply to consent, subject selection, privacy protection, and the analysis of risks and benefits in all emergency research. It explores the challenges for IRB review listed above, and offers potential solutions to these problems. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:To Be or Not to Be:Waiving Informed Consent in Emergency ResearchCharles R. McCarthy (bio)The requirements for prior, legally authorized informed consent constitute a necessary condition for recruiting subjects into biomedical or behavioral research. However, informed consent requirements pose a serious problem for most research conducted in emergency care settings. For this reason, the Food and Drug Administration's (FDA) regulations governing investigational devices and the Department (...) of Health and Human Services' (HHS) regulations for the protection of human subjects allow narrow exceptions to the general requirements of informed consent. In a joint effort to clarify the applicability of the current FDA regulations and to better understand the intent of the HHS regulations as they apply to emergency research, the FDA and the National Institutes of Health (NIH) cosponsored a public forum on the ethical conduct of emergency research in January 1995.Although the forum was not designed as a consensus conference and participants vigorously disagreed on some of the details, a broad consensus emerged on several major points: (1) both HHS and FDA regulations should, in the immediate future, be interpreted to allow for randomized clinical trials in emergency situations so long as the subjects are carefully protected; and (2) consideration should be given to producing new, closely harmonized regulations from both agencies that will provide greater clarity concerning what kinds of emergency research may be allowed without obtaining prior informed consent.The FDA-NIH forum in January was occasioned primarily by controversy about the hypothermia research protocol described below, but it is obvious that many other kinds of emergency research also await the outcome of deliberations concerning waiver of informed consent in emergency situations. These include research into the care and treatment of: occlusive stroke; subarachnoid hemorrhage due to intracranial aneurysm; metabolic coma; status epilepticus; cardiac arrest; myocardial infarction; cardiac arrhythmia; hemorrhagic shock; pulmonary embolism; acute asthmatic attack; and poisoning. All of these conditions [End Page 155] are encountered in emergency settings where obtaining informed consent from the patient-subjects to participate in research is seldom possible, and obtaining consent from legally authorized representatives of the subjects is either not feasible, or, if obtained, is of doubtful validity.The Hypothermia Research Case and HHS RegulationsA $7.2 million grant for research on the use of hypothermia in the treatment of severe head trauma, the largest award ever made to the University of Texas Health Sciences Center at Houston, is in danger of expiring before the study is completed. The protocol, which involves the use of cooling blankets to induce hypothermia in patients suffering from severe head injuries, is designed to test the hypothesis that: "Early lowering of the body temperature of patients suffering from severe head trauma to approximately 91 degrees Fahrenheit will slow patients' metabolism and will/will not, as a consequence, reduce the rates of both morbidity and mortality in these patients." The protocol was approved by seven Institutional Review Boards (IRBs), each of which waived the requirement to obtain informed consent from research subjects in accordance with Sec. 46. 116(d) of the HHS Regulations for the Protection of Human Subjects.1However, NIH's Office for Protection from Research Risks (OPRR), which is responsible for assuring compliance with the HHS regulations, has taken a controversial regulatory position by requiring informed consent from a legally authorized representative of each subject to be entered in the hypothermia trial. Because the obtaining of surrogate consent has proved to be very difficult, OPRR's position has slowed the research to a point where it may have to be terminated.At issue in the controversy is a fundamental question of ethics and public policy. Is it ever permissible to involve incompetent subjects in research without either their consent, or the consent of their legally authorized representatives? Pertinent HHS regulations for the protection of human subjects seem to answer the question affirmatively by allowing local IRBs to waive some or all of the elements of informed consent under carefully limited circumstances (45 CFR 46 116(d)). Nevertheless, OPRR has signalled the research community that use of the informed consent waiver provision for the Houston hypothermia study is not permitted under the regulations. OPRR judged that the risks... (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Update on Waiving Informed Consent in Emergency ResearchCharles R. McCarthyMadam: The closing statement of my article on Waiving Informed Consent in Emergency Research published in the June 1995 issue of the Kennedy Institute of Ethics Journal was: "No doubt we shall hear more of this issue."Indeed, we have heard much more on this issue. (1) In May 1995, after my article had already gone to press, (...) the Food and Drug Administration (FDA) and the National Institutes of Health (NIH) jointly published a report on the Public Forum on Informed Consent in Clinical Research Conducted in Emergency Circumstances. (2) On July 26, 1995, the Department of Health and Human Services (HHS) published in the Federal Register a Notice of Action Related to Emergency Research Activity (60 FR 38353-54). This action constituted a waiver of the requirement to obtain prior informed consent from subjects, as required by the Department's Regulations for the Protection of Human Subjects (45 CFR 46), for one specific NIH-funded project under strictly defined circumstances. (3) On September 21, 1995, FDA published a proposed rule to amend its current informed consent regulations (21 CFR 50) to permit harmonization of federal policies on emergency research and to reduce confusion as to when such research can proceed without obtaining prior informed consent from research subjects. The proposed regulation provides a narrow exception to the requirement for obtaining and documenting informed consent from each human research subject.The HHS waiver (a harbinger of a proposed amendment to its regulations) and the FDA proposed rule are intended to be harmonized so that an Institutional Review Board (IRB) in compliance with one set of regulations relative to the waiver of informed consent will be, ipso facto, in compliance with the other set of regulations.In brief: The FDA proposed amendments will allow an IRB to waive informed consent in emergency situations when:1. The human subjects are in a life threatening condition;2. Obtaining informed consent is not feasible because: (i) the subjects will not be able to provide consent because of their medical condition, (ii) the intervention must be administered before consent from legally authorized representatives is feasible, (iii) there is no reasonable way to identify prospectively the individuals likely to become eligible for the research because the emergence of the condition to be studied cannot be predicted reliably in particular individuals; [End Page 385]3. The opportunity to participate is in the interest of the subjects because: (i) a life threatening situation necessitates intervention, (ii) the risk of the intervention is reasonable in the light of what is known about the medical condition and the patient, the risks and benefits of current therapy, if any, and what is known about the risks and benefits of the proposed intervention or activity;4. The research could not practicably be carried out without the waiver;5. Additional protection of the rights and welfare of the subjects will be provided including, at least: (i) consultation (which may include consultation carried out by the IRB itself) with representatives of the communities from which the subjects will be drawn, (ii) public disclosure prior to commencement of the study sufficient to describe the study and its risks and benefits, (iii) public disclosure of sufficient information following completion of the study to apprise the community and researchers of the study and its results, and (iv) the establishment of an independent data and safety monitoring board;6. The IRB has reviewed and approved an informed consent document for use with subjects or legal representatives in situations in which obtaining such consent may be feasible for some subjects.The preamble to the proposed amendments to the regulations and the amendments themselves contain much more information than is presented here. Readers are therefore encouraged to study the proposals carefully. The public comment period ended November 6, and the FDA is expected to issue a final rule in 1996.Charles R. McCarthyKennedy Institute of Ethics Georgetown University Washington, DCCopyright © 1995 The Johns Hopkins University Press... (shrink)

In bioethics, the first decade of the twenty-first century was characterized by the emergence of interest in the ethical, legal, and social aspects of neuroscience research. At the same time an ongoing extension of the topics and phenomena addressed by neuroscientists was observed alongside its rise as one of the leading disciplines in the biomedical science. One of these phenomena addressed by neuroscientists and moral psychologists was the neural processes involved in moral decision-making. Today both strands of research (...) are often addressed under the label of neuroethics. To understand this development we recalled literature from 1995 to 2012 stored in the Mainz Neuroethics Database (i) to investigate the quantitative development of scientific publications in neuroethics; (ii) to explore changes in the topics of neuroethics research within the defined time interval; (iii) to illustrate the interdependence of different research topics within the neuroethics literature; (iv) to show the development of the distribution of neuroethics research on peer-reviewed journals; and (v) to display the academic background and affiliations of neuroethics Researchers ... (shrink)

Background: In the USA, the Food and Drug Administration waiver of informed consent permits certain emergency research only if community consultation occurs. However, uncertainty exists regarding how to define the community or their representatives.Objective: To collect data on the actual preferences and values of a group—those at risk for stroke—most directly affected by the waiver of informed consent for emergency research.Design: Face to face focused interviews were conducted with 12 patients who were hospitalised with a stroke (...) diagnosis in the previous year. The interviews were audiotaped and a transcript based method was used for their analysis.Results: All 12 participants felt “that it was important that new treatments for stroke be developed”, but they were initially confused about the distinction between “research for stroke” and “emergency research for stroke”. However, after explanation, most expressed willingness to participate in the latter. In the absence of a surrogate to give informed consent in a stroke emergency situation, the majority said they would want the physician to “go ahead and enrol them in the trial”.Conclusions: This study is the first to identify the values and concerns of individuals most directly affected by stroke emergency research. Further interviews and focus groups are needed to develop and test a validated questionnaire on the preferences and values surrounding emergency research for stroke. (shrink)

This short essay presents the case for a renewed research agenda in STS focused on the political economy of technoscience. This research agenda is based on the claim that STS needs to take account of contemporary economic and financial processes and how they shape and are shaped by technoscience. This necessitates understanding how these processes might impact on science, technology and innovation, rather than turning an STS gaze on the economy.

We read with great interest Garland, Morain and Sugarman’s manuscript on the obligations of clinicians to participate in pragmatic clinical trials (PCTs) (Garland, Morain and Sugarman 2023). We bel...

Background U.S. federal regulations require that certain ethical elements be followed to protect human research subjects. The location and clinical circumstances of a proposed research study can differ substantially and can have significant implications for these ethical considerations. Both the location and clinical circumstances are particularly relevant for research in intensive care units (ICUs), where patients are often unable to provide informed consent to participate in a proposed research intervention. Purpose Our goal is to elaborate on (...) the updated 2013 U.S. Food and Drug Administration (FDA) guidance document regarding an exemption from the requirement of obtaining informed consent from patients or their surrogates and to address certain elements within that document, thereby assisting clinicians in developing a framework for emergency research in accordance with the regulatory bodies at their own institutions and in the United States. Methods Review of the 2011 and updated FDA guidance document on exemption from informed consent. Results The current process of obtaining informed consent within ICUs needs to be revisited, especially for research in which timely informed consent is not likely. In particular, the process of obtaining informed consent may not be appropriate or even ethical for critically ill patients in extremis who require an intervention for which there is no current acceptable standard of care and clinical equipoise exists. We provide clinicians with a viewpoint that further elaborates on the FDA guidance document. Limitations The viewpoints provided herein are those of the authors and are therefore inherently limited by the personal views of a selected few. Other clinicians or researchers may not interpret the FDA guidelines in a similar manner. Moreover, the discussion of a guideline document is a limitation in and of itself. The guidelines set forth by the FDA are precisely that—guidelines. Therefore, they may not be followed as outlined in the guidance document within one’s own institution. Our goal is that, by elaborating on the guidelines for planned research involving human subjects in the ICU, institutional regulatory bodies may gain a better understanding in drafting their own document when faced with a clinician or a researcher who wishes to conduct planned research in an ICU. Conclusions We believe that the interpretations provided will allow clinicians to safely undertake planned research in ICUs without endangering the main tenets of ethical research involving human participants. This research is needed for the advancement of care in the critically ill. (shrink)

Clinical trials in emergency situations present unique challenges, because they involve enrolling individuals who lack capacity to consent in the context of acute illness or injury. The US Department of Health and Human Services and Food and Drug Administration regulations allowing an Exception from Informed Consent in these circumstances contain requirements for community consultation, public disclosure and restrictions on study risks and benefits. In this paper, we analyse an issue raised in the regulations that has received little attention or (...) analysis but is ethically complex. This challenge is when to solicit and honour objections to EFIC trial enrolment, including from non-legally appointed representatives. We address novel questions involving whose objections should be honoured, what level of understanding is necessary for objections to be considered valid and how hard investigators should work to offer an opportunity to object. We present a set of criteria that provide conceptual and practical guidance. We argue that objections should be honoured if they undermine one of the key assumptions that allows for the permissibility of EFIC trials: that individuals would likely not object to enrolment based on their values or preferences. We then clarify the practical implications of this approach through examination of three cases of refusal in an EFIC study. (shrink)

Citation-based metrics are increasingly used as a proxy to define representative, considerable, or significant papers. We challenge this belief by taking into account factors that may play a role in providing citations to a manuscript and whether/how those highly cited studies could shape a scientific field. A different approach to summarisation of relevant core publications within a topic is proposed.

Increasing concerns for climate change call for radical changes in food systems. There is a need to pay more attention to the entangled changes in technological development, food production, as well as consumption and consumer demand. Consumer and market interest in alternative meat and milk products—such as plant based milk, plant protein products and cultured meat and milk—is increasing. At the same time, statistics do not show a decrease in meat consumption. Yet alternatives have been suggested to have great transitional (...) potential, appealing to different consumer segments, diets, and identities. We review 123 social scientific journal articles on cell-based and plant-based meat and milk alternatives to understand how the positioning of alternatives as both same and different in relation to animal-based products influences their role within the protein transition. We position the existing literature into three themes: promissory narratives and tensions on markets, consumer preferences, attitudes, and behavioral change policies, and the politics and ethics of the alternatives. Based on our analysis of the literature, we suggest that more research is needed to understand the broader ethical impacts of the re-imagination of the food system inherent in meat and milk alternatives. There is also a need to direct more attention to the impacts of meat and milk alternatives to the practices of agricultural practices and food production at the farm-level. A closer examination of these research gaps can contribute to a better understanding of the transformative potential of alternatives on a systemic level. (shrink)

Ethicists and others who study and teach the social implications of science and technology are faced with a formidable challenge when they seek to address “emerging technologies.” The topic is incredibly important, but difficult to grasp because not only are the precise issues often unclear, what the technology will ultimately look like can be difficult to discern. This paper argues that one particularly useful way to overcome these difficulties is to engage with their natural science and engineering colleagues in laboratories. (...) Through discussions and interactions with these colleagues ethicists can simultaneously achieve three important objectives. First they can get a great deal of assistance in their research into the social implications of future technologies by talking with people that are actively creating those futures. Second their presence in the lab and the discussions that result can be a very powerful method for educating not only students, but faculty about the ramifications of their work. And third, because the education is directly linked to the students’ everyday work it is likely that it will not just be a theoretical exercise, but have direct impact on their practice. (shrink)

Various forms of research are essential in emergency, disaster and disease outbreak situations, but challenges exist including the long length of time it takes to get research proposals approved. Consequently, it would be very advantageous to have an acceptable model for efficient coordination and communication between and among research ethics committees/IRBs and ministries of health, and templates for expediting ethical review of research proposals in emergency and epidemic situations to be used across the Caribbean (...) and in other low and middle income countries. This project involved a literature search and the interviewing of ministry of health officials, public health practitioners, and research ethics committee/IRB members in Jamaica and St. Lucia, to obtain suggestions for the best model for efficient coordination and communication between research ethics committees, and developed a template for expediting review of research protocols in epidemic and emergency conditions. (shrink)

The increasing complexity of human subjects research and its oversight has prompted researchers, as well as institutional review boards, to have a forum in which to discuss challenging or novel ethical issues not fully addressed by regulations. Research ethics consultation services provide such a forum. In this article, we rely on the experiences of a national Research Ethics Consultation Collaborative that collected more than 350 research ethics consultations in a repository and published 18 challenging cases with (...) accompanying ethical commentaries to highlight four contexts in which REC can be a valuable resource. REC assists: 1) investigators before and after the regulatory review; 2) investigators, IRBs, and other research administrators facing challenging and novel ethical issues; 3) IRBs and investigators with the increasing challenges of informed consent and risk/benefit analysis; and 4) in providing flexible and collaborative assistance to overcome study hurdles, mediate conflicts within a team, or directly engage with research participants. Institutions that have established, or plan to establish, REC services should work to raise the visibility of their service and engage in open communication with existing clinical ethics consult services as well as the IRB. While the IRB system remains the foundation for the ethical review of research, REC can be a valuable service for investigators, regulators, and research participants aligned with the goal of supporting ethical research. (shrink)

This article describes the emerging bipartisan political coalition supporting commercial competitiveness as a rationale for research and development, points to selected changes in legal and funding structures in the 1980s that stem from the success of the new political coalition and suggests some of the connections between these changes and academic science and technology, and examines the consequences of these changes for universities. The study uses longitudinal secondary data on changes in business strategies and corporate structures that made business (...) elites in the defense and health industries consider supporting competitiveness R&D policies. The article identifies and assesses an array of national R&D legislation concerned with competitiveness that was passed in the 1980s and 1990s and that has implications for academic R&D. The effects of competitiveness R&D policies on universities and academic science and technology are appraised by analyzing changes in time-series data on science and technology indicators compiled by the National Science Foundation. (shrink)

Research is an integral part of evidence-based practice in the emergency department and critical care unit that improves patient management. It is important to understand the need and major obstacles for conducting research in emergency settings. Herein, we review the literature for the obligations, ethics and major implications of emergency research and the associated limiting factors influencing research activities in critical care and emergency settings. We reviewed research engines such as PubMed, (...) MEDLINE, and EMBASE for the last two decades using the key words “emergency department”, “critical care”, “research”, “consent”, and “ethics” as the search terms. Research within emergency settings is slow or non-existent due to time and financial constraints as well as the lack of a research tradition. There are several barriers to conducting research studies in emergency situations such as who, what, when, and how to obtain patient consent. The emergency environment is highly pressurized, emotional, and overburdened. The time taken for research is a particular risk that could delay the desired immediate interventions. Ethical issues abound, particularly relating to informed consent. Research in emergency settings is still in its infancy. Thus, there is a strong need for extensive research in the emergency setting through community awareness, resource management, ethics, collaborations, capacity building, and the development of a research interest for the improvement of patient care and outcomes. We need to establish a well-structured plan to assess and track the decision-making capacity, consider a multistep enrolment and consent strategy, and develop an integrated approach for recruitment into studies. (shrink)

Scientific understanding as a subject of inquiry has become widely discussed in philosophy of science and is often addressed through case studies from history of science. Even though these historical reconstructions engage with details of scientific practice, they usually provide only limited information about the gradual formation of understanding in ongoing processes of model and theory construction. Based on a qualitative ethnographic study of an ecological research project, this article shifts attention from understanding in the context of historical case (...) studies to evidence of current case studies. By taking de Regt’s contextual theory of scientific understanding into the field, it confirms core tenets of the contextual theory suggesting a normative character with respect to scientific activities. However, the case study also shows the limitations of de Regt’s latest version of this theory as an attempt to explain the development of understanding in current practice. This article provides a model representing the emergence of scientific understanding that exposes main features of scientific understanding such as its gradual formation, its relation to skills and imagination, and its capacity for knowledge selectivity. The ethnographic evidence presented here supports the claim that something unique can be learned by looking into ongoing research practices that can’t be gained by studying historical case studies. (shrink)

A large proportion of the total global burden of disease is caused by emergency medical conditions. Emergency care research is essential to improving emergency medicine but this research can raise some distinctive ethical challenges, especially with regard to (1) standard of care and risk–benefit assessment; (2) blurring of the roles of clinician and researcher; (3) enrolment of populations with intersecting vulnerabilities; (4) fair participant selection; (5) quality of consent; and (6) community engagement. Despite the importance (...) of research to improve emergency care in low-income and middle-income countries (LMICs) and the widely acknowledged ethical challenges, very little has been written on the ethics of emergency care research in LMICs. This paper examines the ethical and regulatory challenges to conducting emergency care research with human participants in LMICs. We outline key challenges, present potential solutions or frameworks for addressing these challenges, and identify gaps. Despite the ethical and regulatory challenges, conducting high-quality, ethical emergency care research in LMICs is possible and it is essential for global health. (shrink)

We describe the growth of interest in the ethics of research with human participants based on articles abstracted in Psychological Abstracts and PsycLZT. Interest was low and variable until 1974, after which there was a marked increase in the number of articles published. We explain this emergence of ethical interest in terms of the social climate of concern for human rights in the 1960s and 1970s, the 1973 revision of the American Psychological Association's ethical principles, and the development of (...) federal regulation of research with human participants. (shrink)

In recent years we have seen a dramatic shift, in several different areas of communication studies, from an information-theoretic to a dynamic systems paradigm. In an information processing system, communication, whether between cells, mammals, apes, or humans, is said to occur when one organism encodes information into a signal that is transmitted to another organism that decodes the signal. In a dynamic system, all of the elements are continuously interacting with and changing in respect to one another, and an aggregate (...) pattern emerges from this mutual co-action. Whereas the information-processing paradigm looks at communication as a linear, binary sequence of events, the dynamic systems paradigm looks at the relation between behaviors and how the whole configuration changes over time. One of the most dramatic examples of the significance of shifting from an information processing to a dynamic systems paradigm can be found in the debate over the interpretation of recent advances in ape language research (ALR). To some extent, many of the early ALR studies reinforced the stereotype that animal communication is functional and stimulus bound, precisely because they were based on an information-processing paradigm that promoted a static model of communicative development. But Savage-Rumbaugh's recent results with bonobos has introduced an entirely new dimension into this debate. Shifting the terms of the discussion from an information-processing to a dynamic systems paradigm not only highlights the striking differences between Savage-Rumbaugh's research and earlier ALR studies, but further, it sheds illuminating light on the factors that underpin the development of communication skills in great apes and humans, and the relationship between communicative development and the development of language. Key Words: apes; ape language research (ALR); brain development; co-regulation; communication; dynamic systems; language development; symbols. (shrink)

Recent years have witnessed the influence of the complex dynamic systems theory in the field of second language acquisition. Thus, new research methods have also been introduced to meet the requirements of investigating the dynamic nature of learner-related factors including L2 affective variables. Among the innovative quantitative research methods which is compatible with the CDST is the idiodynamic method, the application of which is on the rise in SLA research. In this paper, an overall introduction to the (...) idiodynamic method is presented first, followed by a review of the existing literature in SLA studies. Then, it is discussed why this innovative research method is suitable to investigate the dynamic nature of L2 learners’ affective variables in the complex network of classroom learning. Also, several relevant research questions that can potentially be formulated and answered using the idiodynamic method are discussed. The paper ends with conclusive remarks on the need for more extensive use of innovative CDST-compatible research methods such as the idiodynamic method in the prospective SLA line of inquiry. (shrink)

Rational drug design is a method for developing new pharmaceuticals that typically involves the elucidation of fundamental physiological mechanisms. It thus combines the quest for a scientific understanding of natural phenomena with the design of useful technology and hence integrates epistemic and practical aims of research and development. Case studies of the rational design of the cardiovascular drugs propranolol, captopril and losartan provide insights into characteristics and conditions of this integration. Rational drug design became possible in the 1950s when (...) theoretical knowledge of drug-target interaction and experimental drug testing could interlock in cycles of mutual advancement. The integration does not, however, diminish the importance of basic research for pharmaceutical development. Rather, it can be shown that still in the 1990s, linear processes of innovation and the close combination of practical and epistemic work were interdependent. (shrink)