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This article explores current global research on voluntarily stopping eating and drinking (VSED) and presents a detailed, deidentified case study of a patient who elected VSED in a hospice setting in the Southeastern United States. It highlights the collaborative efforts of health care professionals in effectively supporting the patient and family, sharing multiple perspectives from various health care team members who cared for the patient and family. It offers evidence-based recommendations to guide health care teams through the ethical, medical, and emotional challenges of VSED, ensuring compassionate and competent care. The article emphasizes the importance of structured protocols and empathetic care in hospice settings, advocating for the education and preparation of health care teams and families to address the complex challenges associated with VSED. By promoting open communication, interdisciplinary collaboration, and comprehensive support, hospices can respect the autonomy of patients and families choosing VSED, ensuring a compassionate and dignified end-of-life experience., Competing Interests: The authors have no conflicts of interest to disclose., (Copyright © 2024 by The Hospice and Palliative Nurses Association. All rights reserved.)

Periodic monitoring of poultry flocks in the United States via molecular diagnostic methods has revealed a number of potential enteric viral pathogens in continuous circulation in turkeys and chickens. Recently turkey integrators in the Southeastern United States and Arkansas experienced an outbreak of moderate to severe enteritis associated with turkey enteric coronavirus (TCoV), and numerous enteric samples collected from turkey flocks in these areas tested positive for TCoV via real-time reverse-transcriptase PCR (RRT-PCR). This report details the subsequent sequence and phylogenetic analysis of the TCoV spike glycoprotein and the comparison of outbreak-associated isolates to sequences in the public database. TCoVs investigated during the present outbreak grouped geographically based upon state of origin, and the RRT-PCR assay was a good indicator of subsequent seroconversion by TCoV-positive turkey flocks.