Sylvester's Method of Artificial Ventilation

Sylvester's method of artificial ventilation

The Sylvester method is one of the methods of artificial ventilation of the lungs, which was developed in the 19th century by the English doctor Sylvester. This method was widely used in medicine until the beginning of the 20th century and was replaced by more modern methods.

The history of the Sylvester method
Sylvester was born in 1829 in England and began his medical career in 1850. He was known for his research in respiratory physiology and pulmonary medicine. In 1873, Sylvester developed his own method of artificial ventilation.

The principle of operation of the Sylvester method
The Sylvester method involves the patient taking a deep breath through a tube that passes through the nose and mouth. The tube is then closed for a few seconds to create a vacuum in the lungs. After this, the patient exhales through the same tube. This process is repeated several times until the lungs are filled with air.

Advantages and disadvantages of the Sylvester method
One of the advantages of the Sylvester method is its simplicity and accessibility. It can be used both at home and in medical institutions. However, this method has some disadvantages, such as the possibility of lung damage if used incorrectly.

Modern approach to artificial ventilation
Today, there are more modern and effective methods of mechanical ventilation, such as positive end-expiratory pressure (PEEP) and continuous mandatory ventilation (CPAP). These methods allow more precise control of ventilation and reduce the risk of complications.

Finally
Sylvester's method of mechanical ventilation was widespread in the past, but today it is inferior to more modern methods. However, this method can be useful in some cases, especially at home. It is important to remember that the correct choice of method of artificial ventilation depends on the individual characteristics of the patient and his state of health.

Unwelcoming

*Synvestiera method of artificial lung ventilation* is a non-invasive method of improving respiratory function, combining high-frequency oscillatory therapy and assisted respiratory support. One of the operating modes of the device for non-invasive pulmonary ventilation. When carrying out the Synvester method, artificial ventilation of the lungs can significantly improve gas exchange rates in pulmonary pathologies associated with respiratory failure, including COPD, restrictive and obstructive respiratory disorders, pneumosclerosis, diffuse lung diseases, as well as after suffering respiratory distress syndrome. Selvester's invention in the first half of the 20th century became the reason for the creation of the fundamental basis for the birth of a new science of pulmonary ventilation - pulmonology.