Experimental work has revealed causal links between physical cleansing and various psychological variables. Empirically, how robust are they? Theoretically, how do they operate? Major prevailing accounts focus on morality or disgust, capturing a subset of cleansing effects, but cannot easily handle cleansing effects in non-moral, non-disgusting contexts. Building on grounded views on cognitive processes and known properties of mental procedures, we proposegrounded proceduresof separation as a proximate mechanism underlying cleansing effects. This account differs from prevailing accounts in terms of explanatory (...) kind, interpretive parsimony, and predictive scope. Its unique and falsifiable predictions have received empirical support: Cleansing attenuates or eliminates otherwise observed influences of prior events (1) across domains and (2) across valences. (3) Cleansing manipulations produce stronger effects the more strongly they engage sensorimotor capacities. (4) Reversing the causal arrow, motivation for cleansing is triggered more readily by negative than positive entities. (5) Conceptually similar effects extend to other physical actions of separation. On the flipside, grounded procedures ofconnectionare also observed. Together, separation and connection organize prior findings relevant to multiple perspectives (e.g., conceptual metaphor, sympathetic magic) and open up new questions. Their predictions are more generalizable than the specific mappings in conceptual metaphors, but more fine-grained than the broad assumptions of grounded cognition. This intermediate level of analysis sheds light on the interplay between mental and physical processes. (shrink)

The first ethics casebook that integrates clinical ethics (medical, nursing, and dental) and research ethics with public health and informatics. The book opens with five chapters on ethics, the development of interprofessional ethics, and brief instructional materials for students on how to analyze ethical cases and for teachers on how to teach ethics. In today's rapidly evolving healthcare system, the cases in this book are far more realistic than previous efforts that isolate the decision-making process by professions as if each (...) is not embedded in a larger context that involves healthcare teams, hospital policies, and technology. The central claim of this book is that ethics is an important common ground for all of the health professions. Furthermore, when we recognize that our professions converge upon a common goal we will find less conflict and more pleasure in working together. (shrink)

Our commentators explore the operation of grounded procedures across all levels of analysis in the behavioral sciences, from mental to social, developmental, and evolutionary/functional. Building on them, we offer two integrative principles for systematic effects of grounded procedures to occur. We discuss theoretical topics at each level of analysis, address methodological recommendations, and highlight further extensions of grounded procedures.

The emergence of signaling systems has been observed in numerous experimental and real-world contexts, but there is no consensus on which shared mechanisms underlie such phenomena. A number of explanatory mechanisms have been proposed within several disciplines, all of which have been instantiated as credible working models. However, they are usually framed as being mutually incompatible. Using an exemplar-based framework, we replicate these models in a minimal configuration which allows us to directly compare them. This reveals that the development of (...) optimal signaling is driven by similar mechanisms in each model, which leads us to propose three requirements for the emergence of conventional signaling. These are the creation and transmission of referential information, a systemic bias against ambiguity, and finally some form of information loss. Considering this, we then discuss some implications for theoretical and experimental approaches to the emergence of learned communication. (shrink)

The emergence of signaling systems has been observed in numerous experimental and real‐world contexts, but there is no consensus on which (if any) shared mechanisms underlie such phenomena. A number of explanatory mechanisms have been proposed within several disciplines, all of which have been instantiated as credible working models. However, they are usually framed as being mutually incompatible. Using an exemplar‐based framework, we replicate these models in a minimal configuration which allows us to directly compare them. This reveals that the (...) development of optimal signaling is driven by similar mechanisms in each model, which leads us to propose three requirements for the emergence of conventional signaling. These are the creation and transmission of referential information, a systemic bias against ambiguity, and finally some form of information loss. Considering this, we then discuss some implications for theoretical and experimental approaches to the emergence of learned communication. (shrink)

Informed consent is the single most important concept for understanding decision-making capacity. There is a steady pull in the clinical world to transform capacity into a technical concept that can be tested objectively, usually by calling for a psychiatric consult. This is a classic example of medicalization. In this article I argue that is a mistake, not just unnecessary but wrong, and explain how to normalize capacity assessment.Returning the locus of capacity assessment to the attending, the primary care doctor, and (...) even to ethics consultation in today's environment will require a substantial effort to undo a strong but illusory impression of capacity assessment. Hospital attorneys as well as clinical ethicists with a sophisticated understanding of health law can be in the vanguard of this reorientation. (shrink)

The American Journal of Bioethics, Volume 12, Issue 8, Page 13-15, August 2012.

The year 2013 may someday be seen as the year a new profession was born. Clinical ethics consultation has been practiced in different ways for roughly 30 years, originally initiated by a group of h...

A fourteen year old is diagnosed with aplastic anemia. The teen and his parents are Jehovah’s Witnesses. An ethics consult is called on the day of admission by an ethically sophisticated social worker and attending. The patient and his parents see this diagnosis as “a test of their faith.” The ethical analysis focuses on the mature minor doctrine, i.e. whether the teen has the capacity to make this decision. The hospital chooses to take the case to court, with a result (...) that is at odds with the ethics consultation recommendations. Ethics was never deposed or otherwise invited to be involved with the hearing. Thus the larger question of the relation of ethics and law was brought into stark relief. (shrink)

Ruth Macklin's new book, AgainstRelativism, says in its subtitle that it intends to address cultural diversity and the search for ethical universals in medicine. This it does very well. Every chapter includes some discussion of cultural relativism, cultural anthropology, or postmodernism, and her analyses are acute and scathing. Macklin is unabashed in her defense of the principles of medical ethics, and she gives a strong argument that principles are essential elements of any ethical system that is to successfully survive the (...) skeptical doubts of relativism. (shrink)

How can one be trained to enter the evolving field of clinical ethics consultation? The classroom is not the proper place to teach clinical ethics consultation; it is best done in a clinical setting. The author maps the elements that might be included in an apprenticeship, and sets out propositions for debate regarding the training needed for clinical ethics consultants and directors of clinical ethics consultation services.

We first heard about this case from nurses in one of our intensive care units while we were conducting an inservice. When the session was over, we discussed it between ourselves, and decided that it must have been misrepresented. The case had been presented as one of a teenager who was brain dead, had been so for six months, yet had been brought into the ICU for treatment. We have run into this before, we thought: medical professionals confusing brain death (...) with persistent vegetative state. But, of course, we reasoned, no one can be brain dead for six months. To us, as it would to many, the case sounded like a clinical and ethical impossibility. A week later, we were called by an attending physician from another ICU, at the urging of that unit's nursing staff. They had a patient who was brain dead, whose presence was causing distress among the staff. Ronald Chamberlain, a fifteen-year-old boy, had been a patient at a nearby longterm rehabilitation facility that is equipped to care for ventilator-dependent patients. (shrink)

We first heard about this case from nurses in one of our intensive care units while we were conducting an inservice. When the session was over, we discussed it between ourselves, and decided that it must have been misrepresented. The case had been presented as one of a teenager who was brain dead, had been so for six months, yet had been brought into the ICU for treatment. We have run into this before, we thought: medical professionals confusing brain death (...) with persistent vegetative state. But, of course, we reasoned, no one can be brain dead for six months. To us, as it would to many, the case sounded like a clinical and ethical impossibility.A week later, we were called by an attending physician from another ICU, at the urging of that unit's nursing staff. They had a patient who was brain dead, whose presence was causing distress among the staff. Ronald Chamberlain, a fifteen-year-old boy, had been a patient at a nearby longterm rehabilitation facility that is equipped to care for ventilator-dependent patients. (shrink)

The dearth of philosophical contributions to medicine has recently been discussed in a series of articles in this journal. The present article focuses on physicians' lack of training in philosophy as a part of the explanation of the scarcity of works in philosophy of medicine. In section I I outline two philosophy courses which would be reasonable additions to the medical school curriculum required of all medical students. In section II I suggest two other philosophy courses as electives in a (...) medical education. All four courses are in the fields of epistemology and metaphysics, and so will help others see the relevance to medicine of philosophical fields other than ethics. (shrink)

Volume 19, Issue 10, October 2019, Page W5-W8.

In lieu of an abstract, here is a brief excerpt of the content:The Philosophy of George Engel and the Philosophy of MedicineJeffrey P. Spike (bio)KeywordsGeorge Engel, psychosocial medicine, medical education, medical humanities, interviewing skills, philosophy of medicine, scientific methodDoctor Brad Lewis has encouraged us to consider George Engel’s philosophy with his excellent essay on Engel and Pragmatism. As a philosopher teaching full time in a medical school, it is refreshing to have an opportunity to analyze the work of two physicians (...) at this level of reflection and abstraction. It is even more of a pleasure because I knew Dr. Engel personally while I was teaching at the University of Rochester School of Medicine. I will make some observations of the philosophy behind Dr. Engel’s work, both published and practical, that is, as reflected in his writing but also in his influence in the medical curriculum at the institution that he called home for some thirty years (as seems appropriate when considering someone’s bona fides as a pragmatist).Engel’s Philosophy and Medicine’s PhilosophyGeorge Engel’s primary philosophical concern was to fight the powerful belief (or perhaps delusion) that medicine was evolving into a pure physical science, an extension of biochemistry and cell biology, or as we would now call them, proteomics and genomics. There is little evidence that he espoused any one methodology for basic science, so much as he opposed any one methodology for medicine. So to say he was a pragmatist seems underdetermined by his words, if that is taken to mean he advocated for changing the methodological model for scientific research. Rather the question is whether his preferred medical methodology is best characterized as pragmatic, or by some other description. On that score I agree with Lewis wholeheartedly.Of course, it might be that the claim of pragmatism is not meant to suggest a change in method for basic science, but to advocate for retaining an appreciation for the whole range of approaches to knowledge, from experimental science to epidemiology, and from epidemiology to acculturation. By that definition of pragmatism, Engel was indeed a pragmatist. Interpreted this way, he wanted medicine to stop worshipping the scientific method and appreciate that there are many paths to knowledge besides through the wet lab.It might be said that there are different scientific methods for different sciences, and Engel wanted us to appreciate that the reductionist methods [End Page 315] appropriate to the sciences of the small are not necessarily methods that can be applied to all sizes of objects we study, or all levels of reality (like the psychological and social). This is the truth about the world, although I am not sure that this is what Engel meant. As Lewis notes, Engel’s writing does sometimes sound as if he worshipped at the alter of science, as if all subjects of importance can be studied scientifically. But if he believed that, he was not correct. It might be, if all the subjects of the university that Lewis mentions are important, that some will turn out to be able to be studied in academically rigorous methods that are not scientific in any of the usual meanings of the word. Consider philosophy itself, for example.To the degree that it may stretch the evidence to say that Engel would have advocated for a pragmatic scientific method, it is still the case that pragmatism as outlined by Lewis and Engel’s biopsychosocial model can both be used to help medicine understand itself and overcome the temptation to idolize science. Medicine is not a science, or at least it is not just a science; in fact, I would suggest that it never was a science, and it will never be a science. Medicine is about health and illness, and uses whatever science it can to promote health and to treat (ameliorate or cure) illness.None of this should necessarily lead us to idolize pragmatism either. If each subject has its own ideal methodology for study, then it may be that pragmatism is the preferred method for, say, clinical judgment, whereas the scientific method is the best for the ‘hard’ sciences, and logic for philosophy. Or perhaps pragmatism and inductive logic are competing models for clinical... (shrink)