Main description:

The 2nd edition of this book aims to underline how inadequate humidification of inspired gases can be the cause of a variety of serious problems and, thus, it brings new results and trends in humidification, updates about technological analyses in equipment's ventilator modes and again the impact of humidification in complementary therapies such airway secretions in mechanical ventilated patients.

These aspects are analysed in critically ill patients requiring various options of ventilatory approach (i.e. invasive, noninvasive, nasal high flow oxygen). The book starts with an exhaustive description of the pathophysiology of humidification in critically ill, and continues analyzing the impact of mechanical ventilation modalities (high-flow oxygen therapy, noninvasive mechanical ventilation, invasive mechanical ventilation, etc.), monitoring prevention of complications related to inadequate humidification. Important chapters are devoted to analyze determinants - ventilator associated pneumonia-humidification; humidification strategies in tracheostomized critical care patients; humidification and impact in airway clearance managements and the key aspects about humidification in the healthcare organization.

This book is intended for all healthcare professionals working in Intensive Care Units (intensivists, anaesthesiologists, pulmonologist, neonatologist, nurses and respiratory therapist).

Contents:

1. Heated Humidifier

2. Heat and Moisture Exchangers (HME)

3. Main techniques for evaluating the performances of humidification devices used for mechanical ventilation

4. Humidification during conventional oxygen therapy. Physiology.

5. Humidification- High-Flow Oxygen Therapy in Critically Ill Patients. Devices and humidification technology. Clinical implications

6. Humidification and Noninvasive Ventilation

7. Humidification in mechanical ventilated patients and selection of devices

8. Impact of humidification strategy during lung (and heart) protective ventilation

9. Effect of Airway Humidification Devices in lung mechanics (volume/airflow)

10. Humidification during invasive mechanical ventilation

11. Postoperative Mechanical Ventilation-Humidification

12. Humidification in Laparoscopy

13. Humidification and complications in invasive mechanical Ventilation

14. Humidification in Post-Extubation Respiratory Failure

15. Humidification tracheostomy: physiology and device

16. Ineffective Complications in tracheostomized patients

17. Humidification tracheostomized patients

18. Humidification in Critically Ill Neonates

19. Humidification during Non-invasive Respiratory Support of the Newborn

20. Humidification in Neonatal-Pediatric Critical Care (Invasive Ventilation)

21. Technology, Complications, and Prevention

22. Airway clearance in chronic respiratory disorders: obstructive CF, COPD, Asthma

23. Airway Clearance Neuromuscular Disorders (Chronic and Acute Conditions)

24. Weaning from Mechanical Ventilation, Extubation and Airway Sections and Humidification Evaluation

25. Airway clearance disorders hypoxemic (ARDS, pneumonia, cardiac pulmonary edema)

26. Airway clearance in conditions of high-risk infections (COVID19 and other conditions)

27. Airway clearance in Neonatology-Pediatric critical care

28. Non Assisted airway clearance techniques

29. Airway Clearance. Cough assisted devices

30. High Frequency Chest Wall Oscillations And Compressions

31. Humidification recommendations in High Frequency Percussive Ventilation

32. Biphasic Cuirass Ventilation for Airway Secretions

33. Aerosol therapy and humidification

34. Airway clearance in critical ill patients

35. Tracheostomized patients. Airway clearance in tracheostomized patients