International Perfusion Association

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Category: Teamwork

Perform Report

Perfusion Measures and Outcomes (PERForm) Registry: First Annual Report

The first annual report of the Perfusion Measures and Outcomes (PERForm) registry details patient characteristics and cardiopulmonary bypass (CPB) practices from 2019 to 2022 across 42 hospitals. Covering data from 40,777 adult patients, the report highlights trends in myocardial protection, glucose, anticoagulation, temperature, anemia, and fluid management. Key findings include the stability of hematocrit levels and increased pump sucker termination before protamine administration, indicating improved compliance with evidence-based guidelines but identifying areas for enhanced patient safety.

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Perfusion Learning

Adapting and Applying Student-Centered Learning in a Perfusion Clinical Rotation

This study outlines the transformation of perfusion clinical education from a teacher-centered to a student-centered model. By incorporating reflective practice, self-evaluation, and problem-based learning, the Mayo Clinic’s Perfusion Work Group aims to enhance the clinical training of student perfusionists. Changes include reversing student preceptor evaluations, biweekly student-led educational sessions, and establishing clear skill levels. These methods foster reflective practice, self-assessment, and evidence-based learning, ultimately promoting lifelong reflective perfusionists.

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Easy Flow Simulation

Easy Flow: An Eclectic Cardiopulmonary Bypass Simulation Model

The “Easy Flow Cardiopulmonary Bypass Simulation Model” offers a cost-effective, innovative approach to perfusion training using standard CPB equipment found in operating rooms. Unique features include double reservoirs and two pumps, enhancing skill development, team management, communication, and disaster response training. This model, requiring an instructor, turns theoretical knowledge into practical competence, making it accessible and beneficial for global healthcare education.

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ECMO Survival Rates

Clinician Prediction of Survival vs Calculated Prediction Scores in Patients Requiring Extracorporeal Membrane Oxygenation

This study compared clinician predictions of survival to hospital discharge versus established ECMO survival prediction scores (RESP and SAVE). Conducted from January 2020 to November 2021, it involved interviews with nurses, perfusionists, and physicians within the first 24 hours of ECMO initiation. Results showed that clinicians, especially perfusionists and physicians, often had more accurate survival predictions than the RESP and SAVE scores. The study highlights the need for improved prediction tools.

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ECMO Team

Psychological Safety in an ECMO Retrieval Team: A Qualitative Study to Inform Improvement

This study explores psychological safety within an ECMO retrieval team at the Royal Brompton Hospital in London. By conducting semistructured interviews with consultants, nurses, and perfusionists, researchers identified factors influencing psychological safety. Key findings include the impact of the high-risk environment, structured team processes, and leadership behaviors on team communication and collaboration. Recommendations were made to enhance psychological safety by addressing these factors.

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TAVR 2024

Long-Term Impact of Cardiac Damage Following Transcatheter Aortic Valve Replacement

This study explores the prognostic implications of changes in cardiac damage following transcatheter aortic valve replacement (TAVR). Analyzing 1,863 patients from the SwissTAVI Registry, researchers found significant variations in cardiac damage stages pre- and post-TAVR, affecting long-term survival. Nearly half of the patients experienced changes in cardiac stage, highlighting the importance of cardiac damage evaluation for predicting outcomes after TAVR.

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Predication Models

A Systematic Review of Cardiac Surgery Clinical Prediction Models That Include Intra-operative Variables

This systematic review assesses clinical prediction models (CPMs) that incorporate intra-operative variables to predict outcomes following adult cardiac surgery. It highlights the identification of 24 CPMs, predominantly predicting acute kidney injury and peri-operative mortality, using common variables like cardiopulmonary bypass time. Despite acceptable discrimination in internally validated models, poor calibration and high bias risk limit their practical use. The review suggests potential improvement in model accuracy with intra-operative data, advocating for more robust studies.

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Noncompete

FTC Announces Rule Banning Noncompetes

The Federal Trade Commission (FTC) has issued a final rule banning noncompete agreements nationwide, aiming to enhance job mobility, increase innovation, and stimulate new business growth. The rule is anticipated to create over 8,500 new businesses annually and could raise worker wages by an average of $524 per year. It also projects to reduce healthcare costs by up to $194 billion over the next decade and potentially increase patent registrations significantly.

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Health.edu

Exploring Online International Health Professions Education: A Mixed Methods Review

This study investigates the feasibility and early outcomes of online international health professions education, specifically in Cardiovascular Perfusion. Using mixed methods, the research identified barriers, facilitators, and initial results of implementing an online Extracorporeal Science (ECS) program compared to traditional in-person training. Qualitative analysis highlighted primary and subthemes leading to targeted interventions in the ECS program design. Quantitative data showed no significant difference in student performance and satisfaction between online and traditional cohorts, indicating that online international education in health professions can achieve outcomes comparable to conventional methods.

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ECMO Summary

A Comprehensive Review of Extracorporeal Membrane Oxygenation: The Lifeline in Critical Moments

Extracorporeal membrane oxygenation (ECMO) emerges as a crucial lifesaver in critical care for patients with severe respiratory or cardiac failure. This review delves into ECMO’s journey from its inception to the cutting-edge advancements and its profound impact in critical care. It highlights ECMO’s versatility in treating diverse conditions, the importance of patient selection, and managing complications. Technological progress, including miniaturization, innovative circuit designs, and remote monitoring, illustrates the evolving ECMO landscape. The article underscores ECMO’s significant role in enhancing survival rates, mobility, and leveraging remote expertise, portraying it as a beacon of hope and innovation in redefining life support boundaries.

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