Wearable Technology for Monitoring Respiratory Rate and SpO2 of COVID-19 Patients: A Systematic Review.

With the significant numbers of sudden home deaths reported worldwide due to coronavirus disease 2019 (COVID-19), wearable technology has emerged as a method for surveilling this infection. This review explored the indicators of COVID-19 surveillance, such as vitals, respiratory condition, temperature, oxygen saturation (SpO2), and activity levels using wearable devices. Studies published between 31 December 2019, and 8 July 2022, were obtained from PubMed, and grey literature, reference lists, and key journals were also searched. All types of articles with the keywords "COVID-19", "Diagnosis", and "Wearable Devices" were screened. Four reviewers independently screened the articles against the eligibility criteria and extracted the data using a data charting form. A total of 56 articles were on monitoring, of which 28 included SpO2 as a parameter. Although wearable devices are effective in the continuous monitoring of COVID-19 patients, further research on actual patients is necessary to determine the efficiency and effectiveness of wearable technology before policymakers can mandate its use.

Will you give my kidney back? Organ restitution in living-related kidney transplantation: ethical analyses.

In this article, we perform a thought experiment about living donor kidney transplantation. If a living kidney donor becomes in need of renal replacement treatment due to dysfunction of the remaining kidney after donation, can the donor ask the recipient to give back the kidney that had been donated? We call this problem organ restitution and discussed it from the ethical viewpoint. Living organ transplantation is a kind of 'designated donation' and subsequently has a contract-like character. First, assuming a case in which original donor (A) wishes the return of the organ which had been transplanted into B, and the original recipient (B) agrees, organ restitution will be permissible based on contract-like agreement. However, careful and detailed consideration is necessary to determine whether this leaves no room to question the authenticity of B's consent. Second, if B offers to give back the organ to A, then B's act is a supererogatory act, and is praiseworthy and meritorious. Such an offer is a matter of virtue, not obligation. Third, if A wishes B to return the organ, but B does not wish/allow this to happen, it is likely difficult to justify returning the organ to A by violating B's right to bodily integrity. But B's refusal to return the donated organ cannot be deemed praiseworthy, because B forgets the great kindness once received from A. Rather than calling this an obligation, we encourage B to consider such virtuous conduct.

Implementation of Japan's First Clinical Research Regulatory Law: Background, Overview, and Challenges.

In April 2018, Japan's first law regulating clinical research went into effect. The law aimed to strengthen regulations on research integrity and conflicts of interest, which had been limited under existing administrative guidelines; the law also provided stipulations for legal penalties. The scope of the new regulations, however, is limited entirely to studies that evaluate unapproved drugs or the off-label use of approved drugs, and those that receive funding from companies. On the other hand, the law's application brings numerous complications, including the establishment of new review committees, troublesome procedures for transitioning studies that are currently underway, and ambiguities about the scope of what constitutes best efforts. Thus, the change has led to substantial strain and confusion in the field. This paper offers an overview of the law and its background, and discusses its future prospects from the practical standpoint of managing ethics committees and providing research ethics support in the field.

Reuse of cardiac organs in transplantation: an ethical analysis.

BACKGROUND: This paper examines the ethical aspects of organ transplant surgery in which a donor heart is transplanted from a first recipient, following determination of death by neurologic criteria, to a second recipient. Retransplantation in this sense differs from that in which one recipient undergoes repeat heart transplantation of a newly donated organ, and is thus referred to here as "reuse cardiac organ transplantation." METHODS: Medical, legal, and ethical analysis, with a main focus on ethical analysis. RESULTS: From the medical perspective, it is critical to ensure the quality and safety of reused organs, but we lack sufficient empirical data pertaining to medical risk. From the legal perspective, a comparative examination of laws in the United States and Japan affirms no illegality, but legal scholars disagree on the appropriate analysis of the issues, including whether or not property rights apply to transplanted organs. Ethical arguments supporting the reuse of organs include the analogous nature of donation to gifts, the value of donations as inheritance property, and the public property theory as it pertains to organs. Meanwhile, ethical arguments such as those that address organ recycling and identity issues challenge organ reuse. CONCLUSION: We conclude that organ reuse is not only ethically permissible, but even ethically desirable. Furthermore, we suggest changes to be implemented in the informed consent process prior to organ transplantation. The organ transplant community worldwide should engage in wider and deeper discussions, in hopes that such efforts will lead to the timely preparation of guidelines to implement reuse cardiac organ transplantation as well as reuse transplantation of other organs such as kidney and liver.

Regulations on Genome Editing of Human Embryos in Japan: Our Moral Moratorium.

The use of human embryos in genome editing research has recently been approved in China and the United Kingdom. In Japan, the debate on regulations on genome editing research studies using human embryos is underway, but is becoming increasingly entangled, to the point of deadlock. One main reason for this is the misalignment between the Japanese government and the research communities, in their awareness surrounding these regulations. In this article, we report on this ongoing and entangled debate in Japan concerning the regulations on genome editing technology using human embryos. The most critically needed next step is a grassroots level discussion among various experts such as those in the arts and humanities.