"This guide for the practicing clinician provides a rapid yet comprehensive overview of current fluid management and hemodynamic therapy concepts. Covering everything from the basics and clinical guidance through to updates on recent developments and controversial topics. Essential reading for all anesthesiologists, intensivists, and surgeons"--
Combining two successful texts, Clinical Fluid Therapy in the Perioperative Setting, 2nd edition and Perioperative Hemodynamic Monitoring and Goal Directed Therapy, this revised volume provides a guide to fluid management and hemodynamic therapy for the perioperative practitioner. The book begins with an up-to-date overview of the basics before then exploring most of the current and controversial topics within hemodynamic monitoring and fluid therapy. This is followed by a section on practical use which explores hemodynamic and fluid therapy in various types of surgery and patient conditions. The book closes with a discussion of the future concepts in fluid and hemodynamic therapy ranging from microcirculation, to closed-loop and mobiles technologies. With contributions from the world's leading experts, chapters guide the reader in the application of fluid and hemodynamic therapy in all aspects of perioperative patient care. A valuable resource for those involved in perioperative patient management, including anaesthesiologists, intensivists, and surgeons.
This guide for the practicing clinician provides a rapid yet comprehensive overview of current fluid management and hemodynamic therapy concepts. Covering everything from the basics and clinical guidance through to updates on recent developments and controversial topics. Essential reading for all anesthesiologists, intensivists, and surgeons.
Recenzijos
'The book is an outstanding addition for the specialty of anesthesiology as well as those who practice perioperative medicine.' Robert R. Gaiser, Doody's Reviews
Daugiau informacijos
An in-depth but accessible collection of key topics in fluid and hemodynamic therapy, complete with concise background information.
Foreword; Part I. Hemodynamic Monitoring in the Perioperative Period:
1.
Overview of the circulation Michael R. Pinsky;
2. Invasive and semi-invasive
hemodynamic monitoring Antonio Messina, Giulia Lionetti and Maurizio Cecconi;
3. Non-invasive blood pressure monitoring Karim Lakhal and Jérōme E.
Dauvergne;
4. Microcirculation and mitochondrial dysfunction Daniel de Backer
and Diego Orbegozo Cortes;
5. Cerebral oxymetry D. Massari, I. N. de Keijzer,
J. J. Vos and T. W. L. Scheeren; Part II. Basic Science & Concepts in Fluid
Therapy:
6. Body volumes and fluid kinetics Robert G. Hahn;
7. Crystalloid
fluids Robert G. Hahn;
8. Colloid fluids Robert G. Hahn;
9. The role of
plasmatic viscosity Pedro Cabrales, Amy G. Tsai, Judith Martini and Marcos
Intaglietta;
10. Acid-Base Issues in fluid therapy Niels Van Regenmortel,
Wouter Rosseels, Paul WG Elbers; Part III. Practical Use:
11. Outcome and
organ dysfunction after major surgery Eryn R. Thiele, Chelsea A. Patry, Susan
M. Walters and Amanda M. Kleiman;
12. Perioperative goal-directed hemodynamic
therapy Sean Coeckelenbergh, Brenton Alexander, Maxime Cannesson and
Alexandre Joosten;
13. Fluid Responsiveness assessment Antonio Messina,
Lorenzo Calabrņ and Maurizio Cecconi;
14. Intra-abdominal surgery Birgitte
Brandstrup;
15. Fluid and hemodynamic monitoring in pulmonary surgery Mert
enturk, Achmet Ali, Zerrin Sungur and Emre Sertac Bingul;
16. Fluid
management in cardiac surgery Saqib H Qureshi, Metesh N. Acharya and Giovanni
Mariscalco;
17. Fluid and hemodynamic monitoring in brain surgery Indu
Kapoor, Charu Mahajan and Hemanshu Prabhakar;
18. Fluid and hemodynamic
monitoring in trauma Marie Werner, Sean Coeckelenbergh and Anatole Harrois;
19. Fluid and hemodynamic monitoring in pediatrics Robert Sümpelmann and Nils
Dennhardt;
20. Fluid therapy for liver and renal transplantation Laurence
Weinberg;
21. Fluid and hemodynamic monitoring in burns Emmanuel Dudoignon,
Franēois Depret, Benjamin Deniau and Matthieu Legrand; Part IV. Futures
Directions:
22. Optimizing hemodynamic therapy by monitoring
microcirculation: one step forward in matching tissue oxygen delivery to
consumption Sean Coeckelenbergh, Hiromi Kato, Salima Naili and Jacques
Duranteau;
23. Predictive analytics and artificial intelligence Jack E.
Brooker and Kamal Maheshwari;
24. Clinical decision support and closed-loop
systems for goal-directed hemodynamic therapy Sean Coeckelenbergh, Joseph
Rinehart, Maxime Cannesson and Alexandre Joosten;
25. Postoperative
surveillance: the rise of wireless sensors, pocket ultrasound devices and
AI-enabled tools Frédéric Michard;
26. Can perfusion index be useful for
fluid and hemodynamic management? Maxime Coutrot, Emmanuel Dudoignon,
Benjamin Deniau and Franēois Dépret.
Alexandre Joosten is an Associate Professor of Anesthesiology in the Department of Anesthesiology and Perioperative Medicine at at the University of California in Los Angeles. Maxime Cannesson is Professor and Chair of the Department of Anesthesiology and Perioperative Medicine at the University of California in Los Angeles. Robert G. Hahn is Professor of Anaesthesia and Intensive Care at the Karolinska Institutet in Sweden.
