PART I: BASIC SCIENCE
1. Measurement of Body Fluid Volumes In Vivo
2. Microvascular Fluid Exchange
PART II: METHODS OF ASSESSING FLUID BALANCE
3. Invasive Hemodynamic Monitoring
4. Oxygen Delivery as a Goal for Fluid Therapy in Surgical Patients
5. Volume Kinetics
6. Pulmonary Edema: Etiology and Measurement
7. Intravascular Volume Assessment in the Critically Ill Patient
PART III: INTRAVENOUS FLUIDS
8. Intravenous Access in Adults
9. Vascular Access in Children
10. Glucose Solutions
11. Crystalloid Solutions
12. Colloid Fluids
13. Hypertonic Solutions
14. Oxygen-Carrying Plasma Expanders: A New Class of Fluids for Perioperative Support
PART IV: INTRAVENOUS FLUID THERAPY IN SPECIAL SITUATIONS
15. Hypovolemic Shock
16. Septic Shock
17. Prehospital Fluid Theraphy
18. Fluid Therapy in Trauma
19. Fluid Management in the Severely Burned Patient
20. Perioperative Fluid Management of the Neurosurgical Patient
21. Fluid Therapy in the Intensive Care Unit
22. Transfusion of Red Cells and Blood Components in Stressed, Traum, and Critical Care Patients
23. Fluid Management of Uncontrolled Hemorrhage
PART V: INTRAVENOUS FLUID THERAPY IN DAILY PRACTICE
24. Spinal Anesthesia and Fluid Therapy
25. Fluid Balance in Day Surgery
26. Intravenous Fluid Therapy in Daily Practice: Intraabdominal Operations
27. Fluid Therapy in Cardiac Surgery
28. Urology
29. Fluid Therapy in Noncardiac Thoracic Surgery
30. Fluid Management In Obstetrics
31. Perioperative Fluid Therapy in Pediatrics
32. Restricted Intravenous Fluid Therapy in Elective Surgery
PART VI: ADVERSE EFFECTS OF FLUIDS
33. Outcome Studies
34. Adverse Reactions to Infusion Fluids
35. Absorption of Irrigating Fluid
36. Effects of Perioperative Fluids on Acid-Base and Electrolyte Status
37. Fluids and Coagulation
38. Multiple Organ Failure
PART VII: THE FUTURE OF INTRAVENOUS FLUID THERAPY
39. Perioperative Fluid Therapy: Predictions for the Future

