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.
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.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
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 Jérôme 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 Calabrò 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, François 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 François Dépret.
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 Jérôme 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 Calabrò 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, François 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 François Dépret.
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