Ani Aydin – författare

This book functions as both an introduction and a refresher of fundamental mechanical ventilation concepts. It reviews the core evidence-based principles of ventilation and focuses on this topic as it occurs in the emergency setting, covering the management from intubation until transfer to the ICU.Comprehensive and concise, this second edition features updated new material on blood gas analysis, advanced modes of ventilation, as well as a completely revamped chapter on the ventilator screen, and five new case studies. Additionally, many of the expertly written chapters are supplemented with illustrations crafted for quick, visual learning.Written with the daily challenges of the emergency room in mind, Mechanical Ventilation in Emergency Medicine, Second Edition, is an invaluable reference for all emergency health care providers.

This book provides a standard for all Emergency Medicine Services (EMS) agencies and Critical Care Transport (CCT) programs to follow as they conduct simulation training for their crew members. Simulation-based education for pre-hospital training and skill maintenance is now standard and there is a growing need for this this type of training tool. This title is an invaluable resource for EMS and CCT educators who aim to facilitate high quality simulations within their programs. The text provides guidance for running a successful simulation, including scenario charts and debriefing tips and topics. Included are over 30 simulation scenarios, broken into appropriate scope of practice for EMTs, paramedics, and critical care transport crews where applicable.  The book’s format is such that it can be followed to create a plan for simulation training. The first section provides a guide to using the text successfully and a concise overview of the theories and best practices of simulation-based education and debriefing. Next, clinical scenarios are presented by topic, including general care, cardiology, respiratory, neurology, trauma, obstetrics, pediatrics and toxicology. Each section offers specific disease-based simulation scenarios, including supporting imaging, physical exam, and laboratory data for the EMS and CCT community to use as part of their training and education. There are also suggested learning objectives, critical actions, and debriefing topics for each scenario. This resource is not designed with a specific simulation platform in mind and can be adapted to both low- and high-fidelity simulation settings. This book is a must-have resource for emergency medicine services agencies, critical care transport programs, and educators who work with pre-hospital providers.

This book provides a standard for all Emergency Medicine Services (EMS) agencies and Critical Care Transport (CCT) programs to follow as they conduct simulation training for their crew members. Simulation-based education for pre-hospital training and skill maintenance is now standard and there is a growing need for this this type of training tool. This title is an invaluable resource for EMS and CCT educators who aim to facilitate high quality simulations within their programs. The text provides guidance for running a successful simulation, including scenario charts and debriefing tips and topics. Included are over 30 simulation scenarios, broken into appropriate scope of practice for EMTs, paramedics, and critical care transport crews where applicable.

 

The book’s format is such that it can be followed to create a plan for simulation training. The first section provides a guide to using the text successfully and a concise overview of the theories and best practices of simulation-based education and debriefing. Next, clinical scenarios are presented by topic, including general care, cardiology, respiratory, neurology, trauma, obstetrics, pediatrics and toxicology. Each section offers specific disease-based simulation scenarios, including supporting imaging, physical exam, and laboratory data for the EMS and CCT community to use as part of their training and education. There are also suggested learning objectives, critical actions, and debriefing topics for each scenario. This resource is not designed with a specific simulation platform in mind and can be adapted to both low- and high-fidelity simulation settings.

 

This book is a must-have resource for emergency medicine services agencies, critical care transport programs, and educators who work with pre-hospital providers.

This book provides a standard for all Emergency Medicine Services (EMS) agencies and Critical Care Transport (CCT) programs to follow as they conduct simulation training for their crew members. Simulation-based education for pre-hospital training and skill maintenance is now standard and there is a growing need for this this type of training tool. This title is an invaluable resource for EMS and CCT educators who aim to facilitate high quality simulations within their programs. The text provides guidance for running a successful simulation, including scenario charts and debriefing tips and topics. Included are over 30 simulation scenarios, broken into appropriate scope of practice for EMTs, paramedics, and critical care transport crews where applicable.  The book’s format is such that it can be followed to create a plan for simulation training. The first section provides a guide to using the text successfully and a concise overview of the theories and best practices of simulation-based education and debriefing. Next, clinical scenarios are presented by topic, including general care, cardiology, respiratory, neurology, trauma, obstetrics, pediatrics and toxicology. Each section offers specific disease-based simulation scenarios, including supporting imaging, physical exam, and laboratory data for the EMS and CCT community to use as part of their training and education. There are also suggested learning objectives, critical actions, and debriefing topics for each scenario. This resource is not designed with a specific simulation platform in mind and can be adapted to both low- and high-fidelity simulation settings. This book is a must-have resource for emergency medicine services agencies, critical care transport programs, and educators who work with pre-hospital providers.