Population demographics in geographic proximity to hospitals with robotic platforms do not correlate with disparities in access to robotic surgery.

BACKGROUND: Disparities in access to robotic surgery have been shown on the local, regional, and national level. This study aims to see if the location of hospitals with robotic platforms (HWR) correlates with population trends to explain the disparity in access to robotic surgery. METHODS: Hospitals with da Vinci surgical systems were identified by compiling data from the publicly available da Vinci surgeon locator website. Demographic, and economic data were compiled. Multivariate logistic regression and place-based analysis were used to determine population characteristics associated with geographic proximity to HWR. RESULTS: The United States has 1971 HWR (5.93 hospitals with robots per 1 million people). The states with the most HWR are Texas (203), California (175), and Florida (162). Multivariate logistic regression analysis of Texas counties determined population (OR 1.97, 95% CI 1.40-3.38) education level (OR 1.64, 95% CI 1.07-3.21), and urban designation (OR 1.15, 95% CI 1.05-1.31) remained significantly associated with HWR. When applied to a national level, population remained associated with higher numbers of HWR (R = 0.945), however level of education and urbanization were not. CONCLUSIONS: Based on this study of population-level data, disparities in access to robotic surgery seen in prior literature cannot be explained exclusively by sociodemographic factors related to the geographic proximity of HWR. This suggests other biases are involved in the lack of robotic procedures performed among minority and underprivileged populations.

Cultivating emergency physician behavioral empathy to improve emergency department care for pain and prescription opioid misuse.

Clinical empathy is the ability to understand the patient's experience, communicate that understanding, and act on it. There is evidence that patient and physician benefits are associated with more empathic communications. These include higher patient and physician satisfaction, improved quality of life, and decreased professional burnout for physicians, as well as increased patient compliance with care plans. Empathy appears to decline during medical school, residency training, and early professional emergency medicine practice; however, brief training has the potential to improve behavioral measures of empathy. Improvements in emergency department physician empathy seems especially important in managing patients at elevated risk for opioid-related harm. We describe our conceptual approach to identifying and designing a practice improvement curriculum aimed to cultivate and improve behavioral empathy among practicing emergency physicians. Emergent themes from our preliminary study of interviews, focus groups, and workshops were identified and analyzed for feasibility, sensitivity to change, and potential impact. A conceptual intervention will address the following key categories: patient stigmatization, identification of problematic pain-subtypes, empathic communication skills, interactions with family and friends, and techniques to manage inappropriate patient requests. The primary outcomes will be the changes in behavioral empathy associated with training. An assessment battery was chosen to measure physician psychosocial beliefs, attitudes and behavior, communication skills, and burnout magnitude. Additional outcomes will include opioid prescribing practice, naloxone prescribing, and referrals to addiction treatment. A pilot study will allow an estimation of the intervention impact to help finalize a curriculum suitable for web-based national implementation.