Bibliotheca Jacombiana, sive Catalogus variorum librorum [[electronic resource] ] : plurimis facultatibus insignium instructissimæ bibliothecæ Rev. Doct. Thomæ Jacomb, S.T.D. (Honoratiss. comitissæ Exoniensi Domestici capellani) nuperrimè Lond. defuncti. quorum auctio habebitur Londini, in ædibus Nigri Cygni ex adverso australis porticus Ecclesiæ Cathed. Paulin. in Cæmiterio D. Paul. 31 die Octobris 1687. / / Per Edoardum Millingtonum, bibliopolam Lond

• Record Nr.: UNISA996395260403316
• Autore: Millington Edward <d. 1703.>
• Pubbl/distr/stampa: [London], : Catalogues are distributed at 6d. per catal. from Mr. Notts at the Queens Arms in Pell-Mell. Mr. Fox's shop in Westminster-Hall. Mr. Wilkinson's at the Black-Boy in Fleetstreet. Mr. William Miller's at the Acorn in St. Paul's Church-Yard. Mr. Samuel Crouch's at the corner of Popes-head Alley in Cornhil. Mr. Benj. Shirley at the Auction House in Oxon. Mr. Edward Hall in Cambridge, booksellers, 1687
• Descrizione fisica: [4], 104+ p
• Soggetti: Booksellers and bookselling - England - London; Catalogs, Booksellers' - England
• Lingua di pubblicazione: Latino
• Formato: Materiale a stampa
• Livello bibliografico: Monografia
• Note generali: Place of publication from Wing.; Contains errors in paging.; Imperfect: lacking all after p. 104; catchword on p.104 is 67.; Reproduction of original in the British Library.
• Sommario/riassunto: eebo-0018

Comprehensive healthcare simulation : improving healthcare systems / / edited by Ellen S. Deutsch, Shawna J. Perry, and Harshad G. Gurnaney

• Record Nr.: UNINA9910495207403321
• Pubbl/distr/stampa: Cham, Switzerland : , : Springer, , [2021]; ©2021
• ISBN: 3-030-72973-7
• Descrizione fisica: 1 online resource (237 pages)
• Collana: Comprehensive Healthcare Simulation
• Disciplina: 610.113
• Soggetti: Medicine - Simulation methods; Simulació (Ciències de la salut); Llibres electrònics
• Lingua di pubblicazione: Inglese
• Formato: Materiale a stampa
• Livello bibliografico: Monografia
• Note generali: Includes index.
• Nota di contenuto: Intro -- Foreword: Comprehensive Healthcare Simulation: An Opportunity for Continuous Healthcare System Design -- Foreword: Assimilating Healthcare Simulation -- Preface -- Acknowledgments -- Contents -- Contributors -- Part I: Simulation and Systems: The Big Picture and Overarching Principles -- 1: The Nature of Systems in Healthcare -- What Is a System and How Does It Pertain to Healthcare? -- Conceptual Frameworks of Systems -- SEIPS and SEIPS 2.0 -- Human Factors Engineering Paradigm for Patient Safety -- Patient Work System (PWS) -- MacroErgonomic Analysis and Design (MEAD) Framework -- Systems Engineering (SE) -- Tools to Model and Communicate Systems Characteristics -- Work System Analysis (WSA) -- Functional Resonance Analysis Method (FRAM) -- Cognitive Work Analysis (CWA) -- Network Analysis -- Systems Engineering V -- Analysis and Design Using MacroErgonomic Principles -- Analytical Tools to Capture Domain Expertise and System Interactions -- Simulation and Model Based Systems Engineering -- Failure Mode and Effect Analysis (FMEA) and Success Mode and Effect Analysis (SMEA) -- Conclusion -- References -- 2: Human Factors Applications of Simulation -- Introduction -- Human Factors/Ergonomics -- Brief Overview of Human Factors in Healthcare Simulation -- A Human Factors Approach to Simulated Practice -- HF/E ; Analysis of Work Systems to Identify Skills -- Scenario, Debrief and Analysis -- Identifying System Design Improvements -- Testing Interventions -- Conclusions -- References -- 3: Cognition and Decision Making in the Real World -- Introduction -- Naturalistic Decision Making and Sensemaking -- Decisions Are Distributed -- Recognition-Primed Decision Making -- Team Sensemaking and Team Reflection -- Simulation as a Tool to Support the Building of Macrocognitions.; Simulation as a Tool to Practice Behaviors Related to Team Cognition Such as Team Reflection and Sensemaking -- Simulation as a Tool to Investigate and Optimize Work Systems -- Improving Organizational Operations Through a Comprehensive Hospital Wide Simulation Curriculum - A Case Study -- Practical Considerations for Simulation Practice -- Conclusion -- References -- 4: Overview of Simulation in Healthcare -- Introduction -- Overview of Simulation -- How Are Simulations Characterized? -- What Are the Parts of a Simulation? -- Education -- Why Should I Use Simulation in Healthcare Education? -- What Are the Theoretical Underpinnings for Simulation-Based Education? -- How Can I Incorporate Simulation-Based Education? -- Research -- Systems Improvement -- Summary -- References -- 5: Foresight: How Simulation Can Promote Resilient Performance -- Introduction -- How RE Can Improve Healthcare -- Simulation in Healthcare -- Case Study: Cooperative Communication System (CCS) -- Simulations to Evaluate a New System -- Conclusions -- References -- 6: Simulation in Healthcare: A Concept Map -- Introduction -- The Administration, Business, and Management Sub Domains -- Practitioner and Patient Safety: Training/Education Sub Domains -- Practitioner and Patient-Safety: Practical Application &amp -- Research Sub Domains -- Theory and Science Sub Domains -- Logistics and Physical Process Sub Domains -- Summary -- References -- Part II: Practical Applications -- 7: Simulation to Improve the Capabilities of Individuals -- Introduction -- Scope of Chapter -- Simulation to Improve the Capabilities of Individuals -- Simulation to Grow Knowledge -- Simulation to Improve Skills of Individuals -- Simulation to Enhance Individual Behavior -- Conclusion -- References -- 8: Simulation to Improve the Capabilities of Teams -- Introduction.; Common Types of Teams Found in Healthcare -- Ad-Hoc Teams -- Consistent Teams -- Settings that Benefit from Improved Team Capabilities -- Simulation to Improve Team Function -- Team Skills -- Cognitive Aspects of Teams -- Simulation Fidelity and Teamwork -- Conclusion -- References -- 9: Simulation Approaches to Enhance Team and System Resilience -- Introduction -- Resilient Healthcare (RHC) Principles -- Implications of RHC for Simulation -- Understanding People in their Context -- Building the Adaptive Capacity of Teams -- Shifting to "Interwoven" Simulation -- Case Study - "Team Resilience" -- Conclusion -- References -- 10: Improving Handoffs Using a Systems Framework and Simulation -- Introduction to Handoffs -- Systems Frameworks to Study Patient Handoffs -- Donabedian's Model -- Simulation Methods Used in Handoff Training -- Examples of Handoff Simulations and System Improvement -- References -- 11: Exploring Workarounds: The Role of Simulation to Build Resilience -- The Role of Simulation in Identifying Workarounds -- Using Simulation to Explore Workarounds -- When to Use Simulation -- Simulation to Improve Resilience -- Conclusion -- References -- 12: Whiteboards that Work -- Information Displays in the Healthcare Environment: An Overview of the Design Challenges -- Factors a Design Team Must Consider for Simulation: User, Task and Situation Characteristics -- Importance ; of Form in Information Displays -- Measures of Evaluation -- Case Study 1: Human-in-the-Loop Simulation of Emergency Department Information Displays -- Conclusions -- References -- 13: Tele-Simulation for Healthcare Team and System Improvement -- Introduction -- Definition of Tele-Simulation -- Technical Specifications of Tele-Simulation -- Tele-Simulation Platform -- On-Site Simulation Environment -- Personnel and Training Needs for Tele-Simulation -- Dry-Run.; Simulation Structure -- Uses of Tele-Simulation -- Tele-Simulation as an Educational Intervention -- Tele-Simulation for System Improvement -- Future Direction -- Summary -- References -- 14: Planning Patient Care Areas Using Simulation -- Introduction -- Using Simulation for Planning Patient Care Areas -- Conducting Simulation-Based Evaluations of Patient Care Spaces to Support Innovation and Quality Improvement -- Benefits of Conducting Simulation-Based Evaluations during the Facility Design Process -- Conclusion -- References -- 15: Exploring New Hospital Patient Care Spaces Using Simulation -- Exploring New Hospital Patient Care Spaces -- Applications -- Plan for Transition to a New Space -- Prepare for New Workflows and Environments -- Prepare for Move Day -- Improve Operations -- Identify Latent Safety Threats -- Enhance Patient Experience -- Prepare for Special Circumstances -- Methods for Developing and Implementing Post-construction Simulation -- Simulation Project Planning -- Performing a Needs Assessment -- Identifying and Engaging Stakeholders -- Developing a Simulation Project Plan -- Creating and Designing Simulation Scenarios -- Identifying Simulation Methods -- Virtual Reality/Augmented Reality -- Systems Modeling -- Virtual Patients -- Standardized Patients and Patient/Family Advisors -- Preparing the Debriefs -- Conclusions/Summary -- References -- 16: Airway Emergencies: Simulation for System-Wide Process Improvements -- Introduction -- Airway Management Skills Acquisition -- Airway Emergency Response Team Training -- Developing Emergency Airway Management Protocols -- Protocol Refinement and System Readiness Assessments -- Hospital Wide Integration of your Emergency Airway Management System -- Conclusions -- References -- 17: Simulation to Prepare for the Surge: Workload Management When There Are Too Many Patients -- Introduction.; Learning to Drive: Building Incremental Skills -- Current Literature Reviewing Provider Performance during the Care of Multiple Patients -- Theory of Decision Making and Workload Processing During Periods of Surge -- Implications of High Workload for the Individual -- Implications of High Workload for the Team -- Implications of High Workload for the System -- Practical Implications: Simulation to Help Providers, Teams and Facilities Improve Patient Safety during Patient Surges -- Use Simultaneous Patients to Improve Cognitive Skills, History Taking and Differential Diagnosis Skills -- Increase Complexity of Simulation Cases by Increasing "Signal" and "Noise" -- Uniformly Incorporate Team-Based Skills as Critical Actions -- How Can We Measure Workload? -- Summary and Cost of Inaction: The Impact of Surges on Patient Care and Provider Wellbeing and Engagement -- References -- 18: Using Simulation to Improve Neonatal Care -- Introduction -- Using Simulation to Improve the Performance of Health Care Professionals -- Acquiring and Enhancing Skills -- Using Simulation to Prepare Families for Home Care of the Neonate -- Using Simulation to Design and Assess Systems -- Designing and Testing Clinical Environments -- Usability Testing of Medical Devices -- Trialing New Procedures and Processes -- Summary -- References -- ; 19: Improving Patient Outcomes After Resuscitation with Systematic Debriefing -- Background -- Debriefing in Simulation -- Translating from Simulation into Clinical Care -- Debriefing After in Hospital Cardiac Arrest -- Evidence Behind Value of Clinical Debriefing -- Hot Debriefing After IHCA -- Barriers to Implementation of Hot Debriefing Programs -- Cold Debriefing after IHCA -- Next Steps -- References -- 20: Simulation in Unique Surgical Challenges -- Introduction.; Medical Transport of a Critically Ill Child Requiring Extracorporeal Membrane Oxygenation.