David M. Shaw

Doctors at four German hospitals have been suspended from their posts following internal investigations which alleged that they had been manipulating the organ transplant allocation system in order to help their patients get donor livers more quickly. It is alleged that doctors exaggerated the severity of their patients’ conditions so that they would be accorded higher priority for receiving organs, but there may also have been manipulation of medical records, deception of patients and potential harm to patients both within Germany and across the EU. There has been significant public reaction to these events. The reported events require analysis as there may be several lessons for the UK context; doing so requires analyzing the alleged events in terms of the issues raised in a hypothetical manner.

It is clearly unethical for the NHS to tell people that they will die sooner unless they pay for private treatment, and then to tell them that if they pay for private treatment they will have to pay the NHS for its insufficient service. This is all the more true if people in other parts of the country are receiving all the drugs they need for the same condition on the NHS. Patients who discover that the NHS care that they have paid for will not keep them alive should be able to supplement their care privately if they can afford it, without the added burden and insult of being told their independently inadequate NHS care will cease unless they pay for it too. Mired in self-contradiction as it is, the NHS’ "anti-two-tier" policy must change.

The Ebola epidemic in Western Africa has highlighted issues related to weak health systems, the politics of drug and vaccine development and the need for transparent and ethical criteria for use of scarce local and global resources during public health emergency. In this paper we explore two key themes. First, we argue that independent of any use of experimental drugs or vaccine interventions, simultaneous implementation of proven public health principles, community engagement and culturally sensitive communication are critical as these measures represent the most cost-effective and fair utilization of available resources. Second, we attempt to clarify the ethical issues related to use of scarce experimental drugs or vaccines and explore in detail the most critical ethical question related to Ebola drug or vaccine distribution in the current outbreak: who among those infected or at risk should be prioritized to receive any new experimental drugs or vaccines? We conclude that healthcare workers should be prioritised for these experimental interventions, for a variety of reasons

Emerging biotechnology may soon allow the creation of genetically human organs inside animals, with non-human primates and pigs being the best candidate species. This prospect raises the question of whether creating organs in primates in order to then transplant them into humans would be more acceptable than using them for research. In this paper, we examine the validity of the purported moral distinction between primates and other animals, and analyze the ethical acceptability of using primates to create organs for human use.

Cryoethics is a new theme within bioethics (see bioethics) concerned with the ethics of cryonic storage. Cryonics, which is also erroneously referred to as “cryogenic” technology, offers people the option of having their bodies or brain-stems preserved at very low temperatures after death in order to be revived at some point in the future when technology is sufficiently advanced to enable reanimation, and possibly immortality. The main issues in cryoethics center around whether it is ethical to use this technology, and whether it is prudent to do so. While there are several prudential and ethical arguments against cryonic storage, there is only one argument in favor, but it is quite powerful: the possibility of cheating death for a few years, or even forever if technology advances enough in the time before revival (Shaw 2009).