https://www.selleckchem.com/products/pacap-1-38.html To design effective strategies to improve ethics consultation (EC) practices, it is important to understand the views of ethics practitioners. Previous U.S. studies of ethics practitioners have overrepresented the views of academic bioethicists. To help inform EC improvement efforts, we surveyed a random stratified sample of U.S. hospitals, examining ethics practitioners' opinions on EC in general, on their own EC service, on strategies to improve EC, and on ASBH practice standards. Respondents across all categories of hospitals had very positive perceptions of their own ethics consultation service (ECS) and few concerns about quality. Our findings suggest that the ethics-related needs of small, rural, non-teaching hospitals may be very different from those of academic medical centers, and therefore, different approaches to addressing ethical issues might be warranted.In 2008, researchers created human three-dimensional neural tissue - known as the pioneering work of "brain organoids." In recent years, some researchers have transplanted human brain organoids into animal brains for applicational purposes. With these experiments have come many ethical concerns. It is thus an urgent task to clarify what is ethically permissible and impermissible in brain organoid research. This paper seeks (1) to sort out the ethical issues related to brain organoid research and application and (2) to propose future directions for additional ethical consideration and policy debates in the field. Toward (1), this paper first outlines the current state of brain organoid research, and then briefly responds to previously raised related ethical concerns. Looking next at anticipated scientific developments in brain organoid research, we will discuss (i) ethical issues related to in vitro brain organoids, (ii) ethical issues raised when brain organoids form complexes or have relationships with other entities, and (iii) ethical issues of res