Freedom, diseases, and public health restrictions

The debate around lockdowns as a response to the recent pandemic is typically framed in terms of a tension between freedom and health. However, on some views, protection of health or reduction of virus-related risks can also contribute to freedom. Therefore, there might be no tension between freedom and health in public health restrictions. I argue that such views fail to appreciate the different understandings of freedom that are involved in the trade-off between freedom and health. Grasping these distinctions would allow to appreciate why different people give more weight to different aspects of limitations of freedom, including whether certain options are made simply risky or impossible, whether limitations of freedom are posed intentionally or happen accidentally, whether risks are beyond a threshold of acceptability, and who gets to decide that. I provide a conceptual analysis of the relationship between different types of freedom, public health policies, viruses and diseases. As I argue, identifying what freedom-based reasons count for and against different types of public health restrictions requires distinguishing between viruses and diseases, between lockdowns and other types of restrictive policies, and between risks posed by viruses and threats of penalties involved by restrictive policies

Don't mind the gap: intuitions, emotions, and reasons in the enhancement debate

Reliance on intuitive and emotive responses is widespread across many areas of bioethics, and the current debate on biotechnological human enhancement is particularly interesting in this respect. A strand of “bioconservatives” that has explicitly drawn connections to the modern conservative tradition, dating back to Edmund Burke, appeals explicitly to the alleged wisdom of our intuitions and emotions to ground opposition to some biotechnologies or their uses. So-called bioliberals, those who in principle do not oppose human bioenhancement, tend to rely on rational arguments and to see intuitions and emotions mostly as sources of biases. This approach often translates into shifting the burden of proof onto bioconservatives and challenging them to provide arguments against the proposed enhancement to back what bioliberals perceive as merely intuitive, emotive, and irrational reactions. -/- In this article, I am going to show that the methodological divide between bioliberals and bioconservatives is less significant than at first glance it appears to be and less significant than it is often taken to be. I will do so by defending two theses. The first is that reliance on intuitions and emotions is not a prerogative of bioconservatives: bioliberals have their typical intuitions and emotive responses and are for this reason exposed to potential biases in the same way as bioconservatives are. The second thesis is that reliance on intuitions and emotions is not necessarily antithetic to reason and rationality. This latter thesis has been philosophically defended with particular reference to the debate on biotechnologies, while the former is perhaps more controversial and more difficult to accept—at least for bioliberals. In both cases, I will support the claims by drawing on resources from the field of moral psychology and the sciences of the mind and, particularly, by applying to some positions in the enhancement debate recent findings about the role of intuitions and emotions in human moral assessment. This new empirically informed perspective holds promises for solving the methodological controversy between bioconservatives and bioliberals, thus enabling proper dialogue and debate between the two sides

Conscientious refusal or conscientious provision: we can't have both

Some authors argue that it is permissible for clinicians to conscientiously provide abortion services because clinicians are already allowed to conscientiously refuse to provide certain services. Call this the symmetry thesis. We argue that on either of the two main understandings of the aim of the medical profession—what we will call “pathocentric” and “interest-centric” views—conscientious refusal and conscientious provision are mutually exclusive. On pathocentric views, refusing to provide a service that takes away from a patient's health is professionally justified because there are compelling reasons, based on professional standards, to refuse to provide that service (e.g., it does not heal, and it is contrary to the goals of medicine). However, providing that same service is not professionally justified when providing that service would be contrary to the goals of medicine. Likewise, the thesis turns out false on interest-centric views. Refusing to provide a service is not professionally justified when that service helps the patient fulfill her autonomous preferences because there are compelling reasons, based on professional standards, to provide that service (e.g., it helps her achieve her autonomous preferences, and it would be contrary to the goals of medicine to deny her that service). However, refusing to provide that same service is not professionally justified when refusing to provide that service would be contrary to the goals of medicine. As a result, on either of the two most plausible views on the goals of medicine, the symmetry thesis turns out false

A preliminary study on multi‐material fused filament fabrication of an embedded strain gauge for low‐cost real‐time monitoring of part strain

Unlike other manufacturing techniques, additive manufacturing enables part consolidation through the production of multi- material parts with enhanced functionality. With reference to the functionality of monitoring the structural integrity of a product during its use, conductive filaments can be used in additive manufacturing. This work aims to investigate the appli- cations of multi-material fused filament fabrication to produce embedded strain gauges for real-time monitoring of part deformations. In layer-by-layer fabrication, conductive filaments can be used to produce strain-sensitive elements inside products at a low cost. This preliminary study demonstrated the feasibility of the proposed approach using tensile samples fabricated through additive manufacturing. The samples were produced using a polyethylene terephthalate glycol filament and an acrylonitrile styrene acrylate filament, while electrically conductive polylactic acid was used for the strain gauge. The characterization and testing activities were conducted by comparing the results of the tensile testing with data acquired through an experimental system set up with an Arduino board, aligning with the resistance-based strain gauge theory. The findings show that the co-fabricated strain gauge successfully traces part deformation, enabling real-time monitoring of strain in the elastic field. Nevertheless, further optimization of the proposed approach is imperative to enhance the reliability and accuracy of the methodology

Chapter 9 Moral Responsibility and the Justification of Policies to Preserve Antimicrobial Effectiveness

Restrictive policies that limit antimicrobial consumption, including therapeutically justified use, might be necessary to tackle the problem of antimicrobial resistance. We argue that such policies would be ethically justified when forgoing antimicrobials constitutes a form of easy rescue for an individual. These are cases of mild and self-limiting infections in otherwise healthy patients whose overall health is not significantly compromised by the infection. In such cases, restrictive policies would be ethically justified because they would coerce individuals into fulfilling a moral obligation they independently have. However, to ensure that such justification is the strongest possible, states also have the responsibility to ensure that forgoing antimicrobials is as easy as possible for patients by implementing adequate compensation measures

Ethics of AI in medicine

We review the main ethical issues that arise in the use of AI technologies in medicine. Issues around trust, responsibility, risks of discrimination, privacy, autonomy, and potential benefits and harms are assessed. AI is a promising technology that can revolutionize, for better or worse, health care delivery. It is up to us to make it a tool for the good by ensuring ethical oversight accompanies design, development, and implementation of AI technology in clinical practice