Key result
A survey of 125 practicing pediatric perfusionists identified 22 of 23 proposed skills and 258 of 291 proposed sub-steps as fundamental to the safe execution of pediatric cardiopulmonary bypass.
Cross-Sectional (n=125)
This survey identified 22 fundamental skills and 258 sub-steps essential for the safe execution of pediatric cardiopulmonary bypass, providing a foundation for developing simulation-based training curricula.
Hypothesis-generating for pediatric CPB training standards; prospective validation required before curriculum adoption.
if >50% believe that if the skill is performed incorrectly patient harm is probable (risk), then the skill is accepted as fundamental. The survey content was validated by subject matter experts and then distributed to practicing perfusionists between September 2020 and December 2020. Of the 125 survey respondents, 57.9% had 10 or more years in the field. 35.2% of respondents are American Society of Extracorporeal Technology (AmSECT) Fellows of Pediatric Perfusion (FPP) and pediatric CPB represents >50% of the annual caseload for 69.7% of respondents. 22 of the 23 proposed skills were accepted as fundamental in the conduct of pediatric CPB and 258 of the 291 proposed sub-steps associated with CPB skills were accepted as integral to skill performance. By surveying practicing pediatric perfusionists, this study identifies 22 skills as fundamental to the safe execution of pediatric CPB. In addition, skill sub-elements were identified as necessary for skill execution. This knowledge will assist perfusion programs in developing a pediatric simulation curriculum that matches current clinical execution of pediatric skills.
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Centner et al. (2021) conducted a cross-sectional in Pediatric Cardiopulmonary Bypass (n=125). Survey of pediatric CPB clinical skills was evaluated on Acceptance of proposed pediatric CPB skills as fundamental (>50% frequency and >50% risk of harm). A survey of 125 practicing pediatric perfusionists identified 22 of 23 proposed skills and 258 of 291 proposed sub-steps as fundamental to the safe execution of pediatric cardiopulmonary bypass.
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