Transporting Children in Body Casts

Mj, Bull; Weber, Kathleen M.; DeRosa, G. Paul; Kb, Stroup

doi:10.1097/01241398-198905000-00005

Cited by 7 publications

(1 citation statement)

References 0 publications

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“…Articles that used simulation to test concepts, practices, or in which simulation was detailed in recommendations were also included. Excluded articles with examples from IU included studies such as computer-generated depictions of disease spread, 44 pharmacologic actions, 45 physiological human performance, 46 or other predictive computer models, 47 computer-based simulations for designing patient treatments in areas such as radiation oncology, 48 simulated cells or organs, 49 and biological genetic modifications for laboratory testing 50 ; simulation studies without humans as learners 51 ; simulations for nonmedical procedures such as crash tests 52 ; and other studies that were not related to the goals of learning, assessment, systems integration, or process improvement. In addition, author affiliations were reviewed to ensure that all included articles had at least one author who at the time of publication was from Indiana University, Riley Hospital for Children, or IU Health.…”

Section: Methodsmentioning

confidence: 99%

Using Bibliometric Analysis to Map the Impact of a Simulation Program's Published Scholarly Works

Rodgers,

Bohrer,

Morales

et al. 2024

Sim Healthcare

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Bibliometrics quantitatively evaluates the targeted literature sources and can help define research and scholarly publications' impact and demonstrate connections for authors, departments, or universities. This article presents a methodology for simulation programs to evaluate their influence in terms of both impact and scope of their published simulation-based healthcare scholarly output. Using the authors' home university and healthcare system as an example, the article outlines a methodology to map research and scholarly works networks within the systems, identify and map connections outside the system, and quantifiably score the overall impact of the simulation program's scholarly output using a common scoring metric, the h-index. This generates an objective measure of impact, rather than a subjective opinion of an organization's research and scholarly impact. The combination of an institutional h-index with mapping of simulation-based healthcare scholarly output provides a full, objective description of the institution's output and provides a benchmark for other simulation programs for comparison.

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Section: Methodsmentioning

confidence: 99%

Using Bibliometric Analysis to Map the Impact of a Simulation Program's Published Scholarly Works

Rodgers,

Bohrer,

Morales

et al. 2024

Sim Healthcare

View full text Add to dashboard Cite

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Use of car beds for infant travel: a review of the literature

Davis

Shah

2018

J Perinatol

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Discharging neonates in a proper car safety seat is standard of care in the United States and many other countries. However, not every neonate can be safely positioned in a standard semi-upright car seat. In these cases, providers may opt for a travel device that allows the infant to lie flat, either supine or prone, known as a car bed. Minimal evidence exists to guide providers on car bed safety and help determine which infants would benefit from discharge in a car bed. In this article, we provide a comprehensive summary of existing literature on the safety of car beds for motor vehicle travel, car bed use in specific patient populations, and car beds vs. car seats for infants at risk of adverse cardiorespiratory events, including preterm infants with Hg-O desaturations in the car seat. We discuss recommendations for the follow-up of infants discharged in a car bed in order to safely transition back to a car seat.

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