Understanding Barriers to Access and Opportunities for Telemedicine in Underserved Urban Communities.

Loss to follow-up and decreased access to timely care have health consequences that often lead to increased emergency service utilization for benign, treatable, and preventable conditions. As such, significant medical intervention is necessary. Specifically in the District of Columbia (DC), the health of Medicaid beneficiaries of Wards 7 and 8, overwhelmingly underserved communities, necessitates alternative means for more accessible, convenient, and consistent care, which can be achieved by integrating telemedicine services into current care modalities.

AI-teaming: Redefining collaboration in the digital era.

Integrating artificial intelligence (AI) into human teams, forming human-AI teams (HATs), is a rapidly evolving field. This overview examines the complexities of team constellations and dynamics, trust in AI teammates, and shared cognition within HATs. Adding an AI teammate often reduces coordination, communication, and trust.

Using Bibliometric Data to Define and Understand Publishing Network Equity in Anesthesiology.

Background: Anesthesiology departments and professional organizations increasingly recognize the need to embrace diverse membership to effectively care for patients, to educate our trainees, and to contribute to innovative research. 1 Bibliometric analysis uses citation data to determine the patterns of interrelatedness within a scientific community. Social network analysis examines these patterns to elucidate the network's functional properties.

Team composition and the ABCs of teamwork.

In teams, some combinations of people work together better than others. A large body of literature with a rich history suggests that the configuration of team member attributes, called team composition, has a fundamental influence on teamwork. Team composition shapes the emergence of affective states, behavioral processes, and cognitive states (the ABCs of teamwork), which ultimately affect how teams meet their objectives.

Team Composition Issues for Future Space Exploration: A Review and Directions for Future Research.

Background: Future space exploration, such as a mission to Mars, will require space crews to live and work in extreme environments unlike those of previous space missions. Extreme conditions such as prolonged confinement, isolation, and expected communication time delays will require that crews have a higher level of interpersonal compatibility and be able to work autonomously, adapting to unforeseen challenges in order to ensure mission success. Team composition, or the configuration of member attributes, is an important consideration for maximizing crewmember well-being and team performance.