Exploring the Impact of Obstetric Sonographers Dealing With and Supporting Patients Who Receive Negative Outcomes.

Autor: Butwin, Angela N., Smith, Katherine A., Volz, Kaitlin E.
Zdroj: Journal of Diagnostic Medical Sonography; Sep2024, Vol. 40 Issue 5, p520-523, 4p
Abstrakt: Because of the complex circumstances in pregnancy, obstetric (OB) sonography requires dissemination of results, often during the examination, and the sonographer can be highly involved in that reporting. This creates a complex set of work responsibilities, in which patient support is of utmost importance, especially when the results are unfavorable. While patient experiences of receiving a negative outcome, during an OB sonogram, have been widely reported, there is a lack of literature on the experience of the sonographers involved in delivering this information. Thus, it is important to identify variables that impact providing ethical care for grieving OB patients. Sonographers in a maternal-fetal medicine clinic work very closely with a group of physicians, and other providers, in delivering unfavorable results, making communication, and understanding of roles of the utmost importance. Conversely, sonographers in a general OB/gynecology practice may not have the support of colleagues when communicating with the grieving patient. These demands may cause feelings of guilt, uncertainty, and stress, contributing to the experience of burnout for the OB sonographer. To prevent these feelings, it is important to consider ways to create a positive work environment and provide resources to protect sonographer mental health. Health care systems must ensure employee access to resources for managing stress, because of caring for grieving patients, and prioritize a healthy work environment, even during challenging times. Future studies are needed that investigate possible training materials, beyond basic hospital training, which targets the skill set needed to properly care for the grieving OB patient. [ABSTRACT FROM AUTHOR]
Databáze: Complementary Index