This paper critically examines whether patients with severe brain injury, who can only communicate through assistive neuroimaging technologies, may permissibly participate in medical decisions. We examine this issue in the context of a unique case study from the Brain and Mind Institute at the University of Western Ontario. First, we describe how the standard approach to medical decision making might problematically exclude patients with communication impairments secondary to severe brain injury. Second, we present a modified approach to medical decision making. (...) We argue that this approach might warrant the inclusion of some patients with severe brain injury in low-stakes decisions, or to express preferences. Third, we present a model of supported decision making to address recalcitrant uncertainty. We conclude by suggesting that the modified approach to decision making and supported decision making might allow a patient with severe brain injury to participate in some medical decisions. Our analysis is provisional and has not yet been implemented in practice. Our discussion is intended to generate further debate on approaches to enhancing autonomy in patients with profound motor and cognitive impairments. (shrink)

Neuroscience has been proposed for use in the legal system for purposes of mind reading, assessment of responsibility, and prediction of misconduct. Each of these uses has both promises and perils, and each raises issues regarding the admissibility of neuroscientific evidence.

The intriguing issue of pain and suffering in patients with disorders of consciousness (DOCs), particularly in Unresponsive Wakefulness Syndrome/Vegetative State (UWS/VS) and Minimally Conscious State (MCS), is assessed from a theoretical point of view, through an overview of recent neuroscientific literature, in order to sketch an ethical analysis. In conclusion, from a legal and ethical point of view, formal guidelines and a situationist ethics are proposed in order to best manage the critical scientific uncertainty about pain and suffering in DOCs (...) and ensure the best possible care for the patient. (shrink)

Severe brain injury is a leading cause of death and disability. Following severe brain injury diagnosis is difficult and errors frequently occur. Recent findings in clinical neuroscience may offer a solution. Neuroimaging has been used to detect preserved cognitive function and awareness in some patients clinically diagnosed as being in a vegetative state. Remarkably, neuroimaging has also been used to communicate with some vegetative patients through a series of yes/no questions. Some have speculated that, one day, this method may allow (...) severely brain-injured patients to make medical decisions. Yet, skepticism is rife, due in part to the inherent difficulty of assessing decision-making capacity through neuroimaging communication. In this thesis, I provide the first systematic analysis of this problem. I present and defend a strategy for assessing decision-making capacity in brain-injured patients who can only communicate through neuroimaging. (shrink)