This article aims to characterize the utilization patterns of telestroke technology within an academic telestroke network. By examining consultations, spoke behavior, and the correlation between the frequency of telestroke use and alteplase treatment metrics, the study delves into the dynamics of this technology in hospitals lacking stroke coverage. Through the analysis of prospectively collected data, the research reveals a consistent network growth, a rise in both telestroke consults and alteplase-treated patients, and positive correlations between telestroke utilization and the prompt administration of alteplase. The results imply that the expansion of telestroke services is associated with an improved delivery of emergency care, as evidenced by enhancements in door-to-needle times and increased treatment rates for eligible patients.
The current evidence on the impact of Telestroke technology underscores its significant contributions to patient safety, quality of care, and the interdisciplinary team in stroke management. This paper specifically highlights the empirical evidence supporting the impact of telestroke technology on patient care and safety. It emphasizes that telestroke services play a crucial role in expediting expert neurology consultations, resulting in timely interventions and ultimately contributing to improved patient outcomes. Additionally, it underscores that telestroke technology is significant in enhancing the overall quality of stroke management. Telestroke technology enhances stroke care by enabling remote assessment, reducing delays, and fostering seamless interdisciplinary collaboration. The positive impact includes decreased mortality rates, lower disability, and heightened patient satisfaction. Aligned with patient-centered care and organizational factors, its implementation justifiably influences team dynamics, increasing productivity, satisfaction, and retention. Moreover, telestroke emerges as a critical component for advancing patient safety, improving care quality, and promoting collaborative practices within interdisciplinary healthcare teams. Furthermore, this research paper highlights that telestroke interventions contribute to reduced mortality rates, decreased disability, and improved patient satisfaction.
Shem, K., Irgens, I., & Alexander, M. (2022, January 1). Chapter 2 — Getting Started: Mechanisms of Telerehabilitation (M. Alexander, Ed.). ScienceDirect; Elsevier.
https://www.sciencedirect.com/science/article/abs/pii/B9780323824866000022
This article explains the concept of Telerehabilitation (TR), encompassing diverse technologies including telestroke technology to deliver rehabilitation services. The primary aim is to enhance accessibility, coordination, and secure knowledge transfer among professionals, care providers, and consumers. TR, adaptable to various practice settings and business models, utilizes telecommunication technologies for acute, subacute, and long-term care of individuals with disabilities. The focus is on improving care effectiveness, especially for those with motor and neurological impairments or musculoskeletal conditions through communication methods. A diverse array of healthcare professionals, encompassing physicians, therapists, and social workers, actively participates in the implementation and delivery of telestroke technology.
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