Mechanical Ventilation in Patient with Respiratory Failure

By:

Rosalia Ameliana Pupella

Material type: Text

TextPublication details: Manila Philippines Springer 2017 Description: 148 pagesISBN:

9811053405
9789811053405

Subject(s):

Summary: This handbook covers the principles of mechanical ventilation, making them easy to understand and apply in clinical settings. Presented in an accessible style and supplemented by a wealth of illustrations and graphs, it includes chapters on the basic mathematics and physics of ventilation, respiratory anatomy, basic and advanced ventilation modes, and the fundamentals of acid-base balance. A closing chapter on troubleshooting for mechanical ventilation provides valuable tips on how to deal with various situations encountered in intensive care units. The book is primarily intended for respiratory therapy practitioners, clinicians in pulmonary units, and pulmonologists, as well as graduate students in respiratory medicine and students pursuing undergraduate courses in respiratory therapy – all of whose work involves mechanical ventilators.

Item type: E-BOOKS

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Holdings
Item type	Current library	Collection	Status	Barcode
E-BOOKS	MWALIMU NYERERE LEARNING RESOURCES CENTRE-CUHAS BUGANDO	NFIC	-1	EBS9435

Total holds: 0

This handbook covers the principles of mechanical ventilation, making them easy to understand and apply in clinical settings. Presented in an accessible style and supplemented by a wealth of illustrations and graphs, it includes chapters on the basic mathematics and physics of ventilation, respiratory anatomy, basic and advanced ventilation modes, and the fundamentals of acid-base balance. A closing chapter on troubleshooting for mechanical ventilation provides valuable tips on how to deal with various situations encountered in intensive care units.

The book is primarily intended for respiratory therapy practitioners, clinicians in pulmonary units, and pulmonologists, as well as graduate students in respiratory medicine and students pursuing undergraduate courses in respiratory therapy – all of whose work involves mechanical ventilators.

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