The Journal of emergency medicine · 2026
Optimizing Point-of-Care Ultrasound Workflow Through Middleware Integration: An Implementation Report.
СтатьяНазвание и аннотация: Перевод в очереди
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Hsu Edmund, Rokerya Ryan, Tsai Alyson, Guy Megan, Nashu Madison, Almog Roy, Goubert Ronald, Nguyen-Phuoc Alyssa, Hsueh Andy, Wasmund Joshua, Saadat Soheil, Fox John
Аннотация
BACKGROUND: Point-of-care ultrasound (POCUS) is integral to emergency medicine, offering rapid, radiation-free diagnostic information across a wide range of clinical scenarios. However, widespread adoption has exposed significant challenges related to standardization of documentation, quality assurance (QA), image storage, credentialing, and billing. Without a reliable, centralized management system, there is an increased risk of inefficiencies, data loss, missed billing opportunities, and potentially worse patient outcomes.
OBJECTIVE: This implementation report describes the planning, deployment, and early outcomes of integrating a middleware, specifically Fujifilm's Synapse Synchronicity, into our institution's POCUS workflow. The objective is to evaluate how middleware integration affects documentation, QA, education, compliance, and billing, and to provide practical insights for institutions considering similar system-level transitions.
DISCUSSION: The integration of a middleware within our institutional Emergency Department has reshaped the clinical, educational, technical, and financial aspects of POCUS. By consolidating a fragmented workflow into a single, cohesive platform, the department has created a scalable, efficient, and high-performing infrastructure. Despite these benefits, substantial challenges emerged, including increased workflow complexity, system delay, login and access barriers, ultrasound image assignment delays, and dependence on reliable network connectivity.
CONCLUSION: Middleware integration through Synapse Synchronicity fundamentally restructured the Emergency Department's POCUS workflow, showing how integrating a centralized ultrasound workflow platform can improve patient care, provider education, and hospital operations. The lessons learned during implementation can serve as a roadmap for other institutions seeking to enhance their POCUS operations while ensuring quality, compliance, and patient-centered care.
OBJECTIVE: This implementation report describes the planning, deployment, and early outcomes of integrating a middleware, specifically Fujifilm's Synapse Synchronicity, into our institution's POCUS workflow. The objective is to evaluate how middleware integration affects documentation, QA, education, compliance, and billing, and to provide practical insights for institutions considering similar system-level transitions.
DISCUSSION: The integration of a middleware within our institutional Emergency Department has reshaped the clinical, educational, technical, and financial aspects of POCUS. By consolidating a fragmented workflow into a single, cohesive platform, the department has created a scalable, efficient, and high-performing infrastructure. Despite these benefits, substantial challenges emerged, including increased workflow complexity, system delay, login and access barriers, ultrasound image assignment delays, and dependence on reliable network connectivity.
CONCLUSION: Middleware integration through Synapse Synchronicity fundamentally restructured the Emergency Department's POCUS workflow, showing how integrating a centralized ultrasound workflow platform can improve patient care, provider education, and hospital operations. The lessons learned during implementation can serve as a roadmap for other institutions seeking to enhance their POCUS operations while ensuring quality, compliance, and patient-centered care.