I) Introduction : la phénoménologie expérientielle Depuis la plus haute Antiquité, et dans plusieurs continents, les philosophes, les religieux, les sages, les mystiques mais aussi d’autres humains n’ayant que la prétention de moins mal comprendre ce qu’il en est de leur vie mentale, posent un regard réflexif sur le contenu et l’organisation de la vie de l’esprit. En Occident, une étape décisive fut franchie par Husserl, quand il prit le parti d’une analyse systématique et scientifique des vé...

The recent review by Monrad1 presents several issues about secondary vaccine trials. It lays out the case in which a vaccine has been tested through phases I–III and is being deployed. Subsequently, consideration is being given to conducting ‘trials for another vaccine for the pathogen’. Monrad states: ‘In summary, we may say that researchers have strong prima facie reasons not to conduct a secondary vaccine trial.’ Monrad discusses several factors meriting careful consideration about the need for developing and testing more (...) than one vaccine: relative efficacy, length of immunity, adverse reactions, ease of storage and administration, economic and logistical factors. What is not addressed are the ethical duties that exist when there are competing phase III vaccine candidates for COVID-19. We have serious concerns about potential ethical inadequacies about these ongoing trials and …. (shrink)

The field of medical rehabilitation is relatively new.... Until recently, the ethical problems of this new field were neglected. There seemed to be more pressing concerns as rehabilitation medicine struggled to establish itself, sometimes in the face of considerable skepticism or hostility. There also seemed no pressing moral questions of the kind and intensity to be encountered, say, in high-technology acute care medicine or genetic engineering.... Those in biomedical ethics could and did easily overlook the quiet, less obtrusive issues of (...) rehabilitation.... The Hastings Center set out in 1985 to rectify that situation.... To explore the issues, the Center assembled a group of practitioners in the field, Hastings Center staff members, and individuals experienced in other areas of medical ethics.... The report that follows was written by Arthur Caplan and Daniel Callahan, assisted by Dr. Janet Haas of the Moss Rehabilitation Hospital in Philadelphia... (shrink)

There has been a great deal of discussion, in this journal and others, about obstacles hindering the evolution of the philosophy of medicine. Such discussions presuppose that there is widespread agreement about what it is that constitutes the philosophy of medicine.Despite the fact that there is, and has been for decades, a great deal of literature, teaching and professional activity carried out explicitly in the name of the philosophy of medicine, this is not enough to establish that consensus exists as (...) to the definition of the field. And even if consensus can be obtained as to what constitutes the philosophy of medicine, this does not mean that it exists as a field. (shrink)

Patients have received experimental pharmaceuticals outside of clinical trials for decades. There are no industry-wide best practices, and many companies that have granted compassionate use, or ‘preapproval’, access to their investigational products have done so without fanfare and without divulging the process or grounds on which decisions were made. The number of compassionate use requests has increased over time. Driving the demand are new treatments for serious unmet medical needs; patient advocacy groups pressing for access to emerging treatments; internet platforms (...) enabling broad awareness of compelling cases or novel drugs and a lack of trust among some that the pharmaceutical industry and/or the FDA have patients’ best interests in mind. High-profile cases in the media have highlighted the gap between patient expectations for compassionate use and company utilisation of fair processes to adjudicate requests. With many pharmaceutical manufacturers, patient groups, healthcare providers and policy analysts unhappy with the inequities of the status quo, fairer and more ethical management of compassionate use requests was needed. This paper reports on a novel collaboration between a pharmaceutical company and an academic medical ethics department that led to the formation of the Compassionate Use Advisory Committee. Comprising medical experts, bioethicists and patient representatives, CompAC established an ethical framework for the allocation of a scarce investigational oncology agent to single patients requesting non-trial access. This is the first account of how the committee was formed and how it built an ethical framework and put it into practice. (shrink)

Consider this hypothetical scenario involving a choice not to vaccinate a child. Ms. S has a niece who is autistic. The girl's parents are suspicious that there is some relationship between her autism and her Measles Mumps and Rubella vaccination. They have shared their concerns with Ms. S. She then declines to have her own daughter, Jinny S., vaccinated with the MMR vaccine. To bypass the state's mandatory vaccination requirement, Ms. S claims a state-legislated philosophical exemption, whereby she simply attests (...) to the fact that she is opposed to vaccinating her daughter due to a conscientiously held belief. At the age of four, Jinny goes on a trip by airplane to Germany with her mother. After returning to the United States, she attends daycare despite having some mild cold symptoms. Subsequently, she develops a classic measles rash, at which point her mother brings her to a pediatrician and keeps her home from daycare. (shrink)

If scientists can successfully clone sheep, will humans be next? Today's headlines read like a science fiction novel! Due Consideration takes a poignant look at the rapidly changing field of biomedicine and the consequences it will have on our lives. Arthur Caplan, one of this nation's leading bioethicists, explores these issues and analyzes moral questions including: * Will we retain our essential humanity if we modify our biological blueprint? * Would it be irresponsible to procreate without a thorough genetic (...) examination? * Who will decide if physical traits like short stature and baldness are considered diseases? * Can biomedicine make our lives better? You'll also learn about the most current and controversial topics such as: * Cloning, abortion and assisted suicide. * Genetically engineering a human to be immune from infectious diseases. * The ability to "design" our children from head to toe. * Diagnosing and treating illnesses during fetal development. * Programs to prevent the transmission of HIV. No other book on the market today combines this analytic clarity with the latest from medical journals and media headlines. Now, you can decide for yourself what the future ought to hold in store. (shrink)

Glenn McGee argues that the time is now for debating the morality of patenting human genes. In one sense he is surely right. While thousands of patents have been issued or are pending on many gene sequences, public policy with respect to ownership of the human genome is still far from settled. So a debate about the ethics of patenting genes is, if nothing else, timely. In another sense however, Professor McGee is wrong.

Alan H, Goldman, The Moral Foundations of Professional Ethics Totowa, N.J.: Rowman and Littlefield, 1980, Pp. ix + 305.

If social relations often require the choice of a cooperative solution to a prisoners' dilemma, we must ask how people generally solve the games. Three possible devices are that those who choose non-cooperative strategies get a bad reputation and so learn to be cooperative, that people are taught by parents that non-cooperators have unhappy lives, or that an official can be paid a salary to make the cooperative choice. By analyzing erotic love and marriage, and why people try to do (...) their jobs, it is suggested that these devices result in people often solving prisoners' dilemma games without being conscious of them. How then do these structures that 'have the function' of solving prisoners' dilemmas get created and maintain themselves? It is suggested that Deweyan consciousness, existing only when structural strains or unsolved games create personal problems, is adequate to explain many such functional structures. (shrink)

The world today is facing unprecedented challenges of governance far beyond what the United Nations, established more than 70 years ago, was designed to face. The grave effects of global climate change are already manifesting themselves, requiring rapid, far-reaching and unprecedented changes in all aspects of society if we are to arrest catastrophic and probably irreversible consequences. Science has uncovered the frightening and rapid collapse in global biodiversity, threatening ecosystems across the planet that maintain the correct functioning of the biosphere, (...) upon which we rely for survival. But there is more; there are other global catastrophic risks. We live in a world in which a diminished faith in our political leaders and governmental structures, public disillusionment with partisan politics and a willingness to believe populist promises, disturbing trends in income inequality, human rights violations and the spread of corruption have coincided with the rise of autocratic leaders, often intent on awakening the voices of nationalisms which have been so destructive during the 20th century. The rejection by some nations of the benefits of multilaterism and international cooperation, which have been at the center of the postwar global order, has heightened the risks of fundamental instabilities that could precipitate a range of major crises, disregarding the lessons of the past. (shrink)

For decades The People’s Republic of China has been expanding its capacity to perform organ transplants, primarily kidneys and livers but also hearts, lungs and multiorgan transplants. The annual number of organ transplants performed is estimated to be over 30 000. The number is expected to grow with a projected market for immunosuppressants expected to be over ¥30 billion/$4.3 billion by 2024.1 China is second only to the USA and is expected to become the country with the largest number of (...) organ transplants by 2021 or 2022. Many transplants are performed on Chinese citizens but an active market in transplants for ‘tourists’ is ongoing.2 The source of the supply of organs to fuel this rapid growth has long been suspect.3 China had no system for obtaining organs for many years from cadaver sources making it impossible to credit claims that gifts from the newly dead were the sole or even majority source of transplantable organs. Critics, including myself, have long alleged that the only possible source of organs for both Chinese citizens and transplant tourists are executed prisoners. Many accounts, commissions and investigations have confirmed an immoral reliance on this vulnerable …. (shrink)

Biomedical science suffered a loss of trust during the Covid‐19 pandemic. Why? One reason is a crisis fueled by confusion over the epistemology of science. Attacks on biomedical expertise rest on a mistaken view of what the justification is for crediting scientific information. The ideas that science is characterized by universal agreement and that any evolution or change of beliefs about facts and theories undermines trustworthiness in science are simply false. Biomedical science is trustworthy precisely because it is fallible, admits (...) error, adjusts to new information, and, most importantly, is practical. Successful diagnosis and cure demarcate the boundaries of warranted knowledge. The other reason is sociological. As the pandemic made all too clear, the loss of faith in scientific experts was due to the failure of most of them to engage in regular public dialogue, reflecting a failure to recognize the obligation that science has to bolster trust in its work and findings by concerted public engagement. (shrink)

Bacteria can grow rapidly, yet there are some that grow slowly under apparent optimal conditions. These organisms are usually present in environments with low levels of nutrients, and are not found in conditions of more plentiful nutrients. They are known as “oligotrophs”in contrast to “copiotrophs”, which are common in environments with greater nutritional opportunities. This essay asks why do the oligotrophs not occupy richer environments, and why are copiotrophs not more prevalent in chronic starvation environments? BioEssays 23:657–661, 2001. © 2001 (...) John Wiley & Sons, Inc. (shrink)

Health, Disease, and Illness brings together a sterling list of classic and contemporary thinkers to examine the history, state, and future of ever-changing "concepts" in medicine.