Artificial ventilation, also known as mechanical ventilation, is a medical procedure in which a machine assists or replaces the natural breathing process of a patient. It is often used during surgical operations that call for profound sedation, in situations of severe lung diseases, or in cases of respiratory failure. Artificial ventilation involves the use of a ventilator to deliver oxygen and remove carbon dioxide from the lungs. The process is carefully monitored to ensure appropriate oxygenation and ventilation levels. This life-saving technique requires skilled healthcare professionals to manage and adjust the ventilator settings based on the patient's condition and needs.
Artificial Ventilation - Types, Indications, Uses, and Complications
Artificial ventilation is the process of stimulating respiration. Read this article to learn about artificial ventilation, its types, and uses.
Extubation - Procedure, Benefits, and Risks
Extubation is the removal of an endotracheal tube (ETT), the final step in removing a patient from artificial ventilation. Read to know more.
Closed-Loop Control of Mechanical Ventilation - Mechanism and Principles
Mechanical ventilation is with extremely specific therapeutic ranges, making it highly effective and able to keep even the most severely ill patients alive.
Complications of Airway Management - Explained
The airway is managed for proper ventilation and oxygenation in individuals. The article explains the complications in detail.
Negative Pressure Ventilation - An Overview
A negative-pressure ventilator applies negative air pressure to stimulate breathing. Read this article to learn about negative pressure ventilation.
