Adrian Wong – författare

The aim of this book, part of the European Society of Intensive Care Medicine (ESICM) textbook series, is to educate and train practitioners in the safe and competent use of diagnostic ultrasound imaging in the visualization and interpretation of different conditions. Specifically, the program will train practitioners in the safe and accurate acquisition of ultrasound images in the examination and monitoring of patients in intensive care settings.The readers will be able to obtain knowledge on the use of ultrasound in a safe and effective manner and to learn how ultrasound examination can be used to optimize clinical management of patients.The chapters include ultrasound physics, ultrasound examination technique, optimization of the image, bedside ultrasound diagnosis of different diseases. Different domains will be addressed from the evaluation of different organs such as the heart, the lung, the abdomen, vessels and brain, focusing on the basic skills required to an intensivists working in the general Intensive Care Unit settings.The book - richly illustrated and with electronic supplementary contributions - is intended for anaesthetists and intensivists with basic knowledge of ultrasound physics and practical experience of ultrasound.

The aim of this book, part of the European Society of Intensive Care Medicine (ESICM) textbook series, is to educate and train practitioners in the safe and competent use of diagnostic ultrasound imaging in the visualization and interpretation of different conditions. Specifically, the program will train practitioners in the safe and accurate acquisition of ultrasound images in the examination and monitoring of patients in intensive care settings.

The readers will be able to obtain knowledge on the use of ultrasound in a safe and effective manner and to learn how ultrasound examination can be used to optimize clinical management of patients.

The chapters include ultrasound physics, ultrasound examination technique, optimization of the image, bedside ultrasound diagnosis of different diseases. Different domains will be addressed from the evaluation of different organs such as the heart, the lung, the abdomen, vessels and brain, focusing on the basic skills required to an intensivists working in the general Intensive Care Unit settings.

The book - richly illustrated and with electronic supplementary contributions - is intended for anaesthetists and intensivists with basic knowledge of ultrasound physics and practical experience of ultrasound.

The aim of this book, part of the European Society of Intensive Care Medicine (ESICM) textbook series, is to educate and train practitioners in the safe and competent use of diagnostic ultrasound imaging in the visualization and interpretation of different conditions. Specifically, the program will train practitioners in the safe and accurate acquisition of ultrasound images in the examination and monitoring of patients in intensive care settings.The readers will be able to obtain knowledge on the use of ultrasound in a safe and effective manner and to learn how ultrasound examination can be used to optimize clinical management of patients.The chapters include ultrasound physics, ultrasound examination technique, optimization of the image, bedside ultrasound diagnosis of different diseases. Different domains will be addressed from the evaluation of different organs such as the heart, the lung, the abdomen, vessels and brain, focusing on the basic skills required to an intensivists working in the general Intensive Care Unit settings.The book - richly illustrated and with electronic supplementary contributions - is intended for anaesthetists and intensivists with basic knowledge of ultrasound physics and practical experience of ultrasound.

This open access book, published by Springer under the Open Access CC BY 4.0 Licence in collaboration with the International Fluid Academy (IFA, www.fluidacademy.org), explores rationalized intravenous fluid therapy for critically ill patients. Despite being commonly prescribed in inpatient settings, intravenous fluids are often administered without evidence-based guidelines, neglecting essential considerations such as the fact they are drugs, that need proper dosing, duration, indications, contraindications, side effects, and de-escalation. This book fills this knowledge gap.Each chapter starts with a clinical vignette and a related question, followed by a concise summary abstract, key learning points, main text, and a conclusion that addresses the clinical question and provides relevant take-home messages. Additionally, every chapter includes an IFA commentary referencing the latest literature and evidence. The book begins with an introductory chapter that provides definitions and terminology, followed by four sections.The first section covers the fundamentals of intravenous fluid therapy, including fluid compartments in sick patients, fluid bolus dynamics, heart-lung interactions, fluid challenge, fluid responsiveness, arterial blood gas analysis based on traditional and Stewart concepts, and electrolyte physiology relevant to clinical issues. The second section discusses commercially available intravenous fluids, while the third section focuses on fluid therapy in specific clinical situations. The final section introduces the concepts of fluid stewardship and appropriate fluid prescription.Aligned with the International Fluid Academy's mission to enhance education and promote research on fluid management and monitoring, ultimately improving patient survival rates, this book contributes significantly to establishing fluid stewardship at the bedside. It provides valuable support for physicians, nurses, pharmacists, and other healthcare professionals across various clinical disciplines working in emergency rooms, operating rooms, or intensive care units, aiding their everyday clinical practice.

This open access book, published by Springer under the Open Access CC BY 4.0 Licence in collaboration with the International Fluid Academy (IFA, www.fluidacademy.org), explores rationalized intravenous fluid therapy for critically ill patients. Despite being commonly prescribed in inpatient settings, intravenous fluids are often administered without evidence-based guidelines, neglecting essential considerations such as the fact they are drugs, that need proper dosing, duration, indications, contraindications, side effects, and de-escalation. This book fills this knowledge gap.Each chapter starts with a clinical vignette and a related question, followed by a concise summary abstract, key learning points, main text, and a conclusion that addresses the clinical question and provides relevant take-home messages. Additionally, every chapter includes an IFA commentary referencing the latest literature and evidence. The book begins with an introductory chapter that provides definitions and terminology, followed by four sections.The first section covers the fundamentals of intravenous fluid therapy, including fluid compartments in sick patients, fluid bolus dynamics, heart-lung interactions, fluid challenge, fluid responsiveness, arterial blood gas analysis based on traditional and Stewart concepts, and electrolyte physiology relevant to clinical issues. The second section discusses commercially available intravenous fluids, while the third section focuses on fluid therapy in specific clinical situations. The final section introduces the concepts of fluid stewardship and appropriate fluid prescription.Aligned with the International Fluid Academy's mission to enhance education and promote research on fluid management and monitoring, ultimately improving patient survival rates, this book contributes significantly to establishing fluid stewardship at the bedside. It provides valuable support for physicians, nurses, pharmacists, and other healthcare professionals across various clinical disciplines working in emergency rooms, operating rooms, or intensive care units, aiding their everyday clinical practice.

This book examines the transformative role of Artificial Intelligence across a wide range of fields from medicine, education, and design to the arts, architecture, and everyday life. As AI shifts from a passive tool to an active collaborator, it is reshaping not only workflows and professional practices but also our understanding of creativity, ethics, and human agency.Bringing together contributions from experts across disciplines, the book offers both technical insights and philosophical reflections. It opens with an exploration of AI in healthcare, where it is revolutionizing diagnosis, treatment planning, and public health. It then examines how AI is redefining learning environments, creative processes, and architectural design. From generative art and automated design tools to questions of authorship, trust, and emotional intelligence, each chapter presents real-world case studies and clear examples that make complex topics accessible and engaging.Written to spark curiosity and understanding among general audiences, secondary school students, and early university learners. It also serves as a valuable resource for practitioners and academics seeking a broad, interdisciplinary perspective on AI's evolving impact.