Use of Twitter to Assess Viewer Reactions to the Medical Drama, Code Black.

Fictional medical television programs are popular with viewers and have been shown to influence health-related outcomes. We sought to systematically analyze real-time viewer discourse on Twitter related to the new medical drama, Code Black. We retrieved all Twitter posts (tweets) and metadata around the time of the airing of Code Black for four consecutive weeks. We developed a codebook using both content assessment of Twitter messages (tweets) and theory-based variables used in entertainment education analyses. We coded all tweets that occurred during the Eastern Standard Time (EST) airing of the program. Tweets that fell into at least one coding category were further analyzed by two independent researchers. We collected a total of 19,369 tweets, with 54% of total tweets originating during the EST airing of the program. There were 1,888 tweets that fit into one or more of six broad coding categories. Qualitative analysis revealed several key themes including real-life motivation to pursue health sciences careers based on the program, engagement regarding medical accuracy, and respect for the nursing profession. Examination of tweets related to Code Black provides insight into viewer discourse and suggests that Twitter may provide a vehicle for leveraging program engagement into real-life discussion and inquiry.

Point-of-Care Ultrasound for the Detection of Traumatic Intracranial Hemorrhage in Infants: A Pilot Study.

OBJECTIVES: Computed tomography is the criterion standard imaging modality to detect intracranial hemorrhage (ICH) in children and infants after closed head injury, but its use can be limited by patient instability, need for sedation, and risk of ionizing radiation exposure. Cranial ultrasound is used routinely to detect intraventricular hemorrhage in neonates. We sought to determine if point-of-care (POC) cranial ultrasound performed by emergency physicians can detect traumatic ICH in infants. METHODS: Infants with ICH diagnosed by computed tomography were identified. For every infant with an ICH, 2 controls with symptoms and diagnoses unrelated to head trauma were identified. Point-of-care cranial ultrasound was performed by an emergency physician on all patients, and video clips were recorded. Two ultrasound fellowship-trained emergency physicians, blinded to the patients' diagnosis and clinical status, independently reviewed the ultrasound clips and determined the presence or absence of ICH. RESULTS: Twelve patients were included in the study, 4 with ICH and 8 controls. Observer 1 identified ICH with 100% sensitivity (95% confidence interval [CI], 40%-100%) and 100% specificity (95% CI, 60%-100%). Observer 2 identified ICH with 50% sensitivity (95% CI, 9%-98%) and 87.5% specificity (95% CI, 47%-99%). Agreement between observers was 75%, κ = 0.4 (P = 0.079; 95% CI, 0-0.95). CONCLUSIONS: Traumatic ICH can be identified with POC cranial ultrasound by ultrasound fellowship-trained emergency physicians. Although variations between observers and wide confidence intervals preclude drawing meaningful conclusions about sensitivity and specificity from this sample, these results support the need for further investigation into the role of POC cranial ultrasound.