Health care providers are expected both to relieve pain and to provide anticipatory guidance regarding how much a procedure is going to hurt. Fulfilling those expectations is complicated by the cognitive modulation of pain perception. Warning people to expect pain or setting expectations for pain relief not only influences their subjective experience, but it also alters how nociceptive stimuli are processed throughout the sensory and discriminative pathways in the brain. In light of this, I reconsider the characterization of placebo analgesia (...) as pharmacologically inert and the use of it as deceptive. I show that placebo analgesia exploits the same physical mechanisms as proven analgesics and argue that it should be utilized to relieve pain. Additionally, I describe factors to help identify situations in which clinicians have the obligation to disclose the potential for pain coupled with ways of mitigating the risk of high-intensity pain by setting positive expectations. (shrink)
In 1959 two French neurologists, Pierre Mollaret and Maurice Goullon, coined the term coma dépassé to designate a state beyond coma. In this state, patients are not only permanently unconscious; they lack the endogenous drive to breathe, as well as brainstem reflexes, indicating that most of their brain has ceased to function. Although legally recognized in many countries as a criterion for death, brain death has not been universally accepted by bioethicists, by the medical community, or by the public. I (...) this paper, I defend brain death as a biological concept. I challenge two assumptions in the brain death literature that have shaped the debate and have stood in the way of an argument for brain death as biological. First, I challenge the dualism established in the debate between the body and the brain. Second, I contest the emphasis on consciousness, which prevents the inclusion of psychological phenomena into a biological criterion of death. I propose that the term organism should apply both to the functioning of the body and the brain. I argue that the cessation of the organism as a whole should take into account three elements of integrated function. Those three elements are: 1) the loss of integrated bodily function; 2) the loss of psychophysical integration required for processing of external stimuli and those required for behavior; and, 3) the loss of integrated psychological function, such as memory, learning, attention, and so forth. The loss of those three elements of integrated function is death. (shrink)
To cause pain, it is not enough to deliver a dose of noxious stimulation. Pain requires the interaction of sensory processing, emotion, and cognition. In this paper, I focus on the role of cognition in the felt intensity of pain. I provide evidence for the cognitive modulation of pain. In particular, I show that attention and expectation can influence the experience of pain intensity. I also consider the mechanisms that underlie the cognitive effects on pain. I show that all the (...) proposed mechanisms of pain modulation affirm the view that cognition impacts the sensory and discriminative aspects of pain. I conclude that pain perception is a cognitively penetrated phenomenon. (shrink)
The established two tracks of neuroenhancement, moral and cognitive enhancements, rest on the characterization of commonsense morality as a set of static psychological dispositions. In this paper, I challenge this way of describing commonsense morality. I draw a parallel between commonsense psychology and commonsense morality, and I propose that the right way to characterize commonsense morality is as an empirically evaluable theory, with a structure similar to a scientific theory. I argue further that psychological dispositions to react in certain ways (...) require the tacit endorsement of a commonsense moral theory. By adopting this view, I argue that the way to change our psychological dispositions is by changing the background theory that produces them. I conclude that when commonsense morality is construed as an empirically evaluable theory, the cleft between the abilities that support scientific progress and the abilities that promote moral progress closes and it becomes evident that the way to promote both types of advancements is through cognitive enhancement. (shrink)
The purpose of this essay is to examine some of the ethical concerns raised regarding the use of neuroenhancers. Authors such as Fukuyama and Sandel argue that medical intervention should be limited to treatment of disease, and that enhancement should be outside of the scope of medicine. This commentary will examine the distinction between treatment and enhancement. I shall conclude that it is not a well-drawn distinction and should not be used to provide guidance with regards to the use of (...) psychopharmacological agents for the purpose of cognitive enhancement. I shall further examine whether concepts such as disability and normality could provide a criterion for determining whether enhancement is a permissible use of medical intervention. I conclude that as those concepts are contextually defined, they cannot be used to make principled arguments against enhancement. Finally, I shall review the charge that medicalization of cognitive performance enhancers is not morally permissible. I shall argue that medicalization might have both negative and positive consequences, and decisions about the moral permissibility of medicalization should be made on a case-by-case basis. [Projekat Ministarstva nauke Republike Srbije, br. 41004: Retke bolesti: molekularna patofiziologija, dijagnostički i terapijski modaliteti i socijalni, etički i pravni aspekti, potprojekat Instituta za filozofiju i društvenu teoriju Univerziteta u Beogradu: Bioetički aspekti: moralno prihvatljivo u biotehnološki i društveno mogućem]. (shrink)
Upon entering the examination room, Caitlyn encounters a woman sitting alone and in distress. Caitlyn introduces herself as the hospital ethicist and tells the woman, Mrs. Dennis, that her aim is to help her reach a decision about whether to perform an autopsy on her recently deceased husband. Mrs. Dennis begins the encounter by telling the ethicist that she has to decide quickly, but that she is very torn about what to do. Mrs. Dennis adds, “My sons disagree about the (...) autopsy.” As a standardized patient, a specialized actor, the woman playing Mrs. Dennis has already delivered the same opening lines several times to different learners practicing their clinical ethics consultation skills. An SP encounter is a simulated patient encounter used for educational purposes that requires the standardization of verbal and behavioral responses. In the encounter, the simulator, or “patient,” uses a scripted medical history to enable the learner to employ a certain skill, say, the ability to perform a neurological exam. The use of standardized patients in the evaluation of clinical skills has become a staple in medical education. To tackle the challenge of teaching clinical ethics consultation skills, we have incorporated SP encounters into the curriculum of the Bioethics Program of The Union Graduate College and the Icahn School of Medicine at Mount Sinai. SP encounters are incorporated into one of our onsite classes, the Onsite Clinical Ethics Practicum, and they are part of the capstone examination, which all of our graduates must complete successfully. The inclusion of simulated encounters into the curriculum is one way in which we equip our students with the core competencies specified by the American Society for Bioethics and Humanities Task Force for clinical ethicists. (shrink)
Neuroethics is an emerging interdisciplinary field with unsettled boundaries. Many of the ethical issues within the purview of neuroethics could be described as resulting from the clash between the scientific perspective on concepts such as free will, personal identity, consciousness, etc., and the putatively commonsense conceptions of those terms. The assumption that undergirds the framing of the conflict between these two approaches is that advances in neuroscience, psychiatry, and psychology can be used to explain phenomena covered by commonsense concepts and (...) in some cases undermine them entirely. This book is focused on the examination of the particular relationship between developments in neuroscience and commonsense moral concepts. Common sense, I argue, has been misinterpreted as a static, either foundational or degenerative, basis of our morality, when it is an ever shifting repository of theories from many domains. Within this discussion, I focus on the application of neuroscience to human beings, i.e., the ethics of neuroscience. But I also cover issues within the purview of the neuroscience of ethics, and attempt to address the infiltration of neuroscientific knowledge into everyday parlance and the impact of that on our commonsense morality and psychology. (shrink)
