Personalized Anaesthesia

Personalized Anaesthesia presents a modern vision of anaesthesia. Integrating technology and knowledge from leading experts in the field, this book will change the way anaesthesia is both taught and practiced. Modern practice requires the anaesthetist to provide patient-specific management. This is the first resource to be organised by the desired physiological effect, rather than by drug groupings, explaining how physiological changes can be produced and controlled according to the characteristics of each patient and the particular surgical context. The book integrates physiology, pharmacology and technology, and applies these concepts in a systematic manner to each homeostatic system. This will optimise drug titration, effect quantification and decision making in anaesthesia practice to match the needs of the individual patient. Complex mathematical and scientific concepts are explained using accessible text, colour illustrations throughout and graphs. This is an essential text for any consultant or trainee working in anaesthesia.

    Teaches readers about concepts used in modern monitoring and drug administration tools
    Explains how the integration of physiology, pharmacology and technology allows anaesthesia to become personalized
    Highly illustrated throughout to convey complex scientific concepts

Table of Contents

Foreword
Introduction
Part I. Basic Principles:
1. Principles of quantitative clinical pharmacology Pedro L Gambús and Sebastián Jaramillo
2. Pharmacokinetic and pharmacodynamic modeling in anaesthesia María J. Garrido and Iñaki F. Trocóniz
3. Drug interactions: additivity and synergy among anaesthetic drugs Jacqueline A. Hannam and Timothy G. Short
4. Covariate analysis in clinical anaesthesia Luis I. Cortinez and Brian J. Anderson
5. Signal analysis and response measurement Umberto Melia, Erik W. Jensen and José F. Valencia
6. Application of PKPD and signal analysis to drug administration in anaesthesia Ross R. Kennedy
Part II. Targeting Effects:
7. Hypnotic effect: inducing unconsciousness and emergence from anaesthesia Sergio Vide, Catarina Nunes and Pedro Amorim
8. Analgesia: effects on response to nociceptive stimulation Emmanuel Boselli and Mathieu Jeanne
9. Personalized sedation and analgesia Michael M. Beck, Jeffrey B. Horn and Ken B. Johnson
10. Respiratory depression Malin Jonsson Fagerlund
11. Immobility Klaus T. Olkkola and Douglas J. Eleveld
12. Effects on brain function Neus Fabregas and Adrian W. Gelb
13. Targeted and individualized perioperative medicine for cognitive dysfunction Pauline Glasman, Alice Jacquens and Vincent Degos
14. Cardiac and hemodynamic function Kai Kuck, Natalie Silverton and Michael K. Cahalan
15. Effects of anaesthesia on thermoregulation Oliver Kimberger
16. Effects of perioperative management on kidney function Xavier Borrat and Jordi Mercadal
17. Effects on liver function Andre M. De Wolf and Jan F. A. Hendrickx
18. Effects on fluid balance Robert G. Hahn
19. Ventilation during general anaesthesia Lluís Gallart
20. Epilogue: artificial intelligence methods Sebastián Jaramillo, José F. Valencia and Pedro L. Gambús
Index.

Pedro Gambus is a consultant anaesthetist at the Hospital CLINIC de Barcelona and Associate Professor of Biomedical Engineering at the Universitat de Barcelona, former postdoctoral fellow at the Department of Anesthesia at Stanford University, California, and Visiting Professor at the Department of Anesthesia and Perioperative Care University of California in San Francisco (UCSF).

Jan Hendrickx is a consultant anaesthetist at Aalst General Hospital and Adjunct Professor at the Department of Anesthesia at Stanford University, California.