Monitoring of different Respiratory parameters during Anesthesia Ventilation
Assem Kamal Ahmed Mohammed;
Abstract
good understanding of respiratory physiology is essential to ensure patient safety during anesthesia.
Also an understanding of the disease processes that can affect the lungs and pleura allows the anaesthetist to account for the potential complications of these conditions and manage the anaesthetic accordingly.
Restrictive lung condition
These are conditions where lung expansion is restricted. This can be due to lung parenchymal abnormalities, diseases of the chestwall and pleura, or neuromuscular conditions.
Obstructive conditions
Resistance to air flow can be caused by three main mechanisms:
• Occlusion of the airway lumen (e.g. secretions)
• Pathology within the airway wall (e.g. smooth muscle contraction)
• Pathology outside the airway (e.g. neoplasm)
General anaesthesia causes respiratory impairment
Also an understanding of the disease processes that can affect the lungs and pleura allows the anaesthetist to account for the potential complications of these conditions and manage the anaesthetic accordingly.
Restrictive lung condition
These are conditions where lung expansion is restricted. This can be due to lung parenchymal abnormalities, diseases of the chestwall and pleura, or neuromuscular conditions.
Obstructive conditions
Resistance to air flow can be caused by three main mechanisms:
• Occlusion of the airway lumen (e.g. secretions)
• Pathology within the airway wall (e.g. smooth muscle contraction)
• Pathology outside the airway (e.g. neoplasm)
General anaesthesia causes respiratory impairment
Other data
| Title | Monitoring of different Respiratory parameters during Anesthesia Ventilation | Other Titles | مراقبة معاملات التنفس المختلفة أثناء التهوية التخديرية | Authors | Assem Kamal Ahmed Mohammed | Issue Date | 2018 |
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