Yeke Membrane is an extracorporeal life support technology.
Yeke Membrane (ECMO, in full English Extracorporeal Membrane Oxygenation) is an extracorporeal life support technology, also known as Extracorporeal Membrane Pulmonary Oxygenation. It is an advanced means of life support, mainly applied to patients with acute respiratory or circulatory failure. Yeke membrane technology has been widely noticed and applied in China, and it plays an important role in saving critically ill patients.
The Yeck membrane system consists of three main parts: membrane lungs, blood pumps and artificial blood vessels. The membrane lungs are responsible for gas exchange, while the blood pump circulates blood. Blood is drawn from the patient's body, passed through the membrane lungs for oxygenation and carbon dioxide removal, and then transported back to the patient by the blood pump. In this way, when a patient's heart or lungs have problems functioning, the Yekke membrane can temporarily take over their jobs and provide life support for the patient.
Introduction of Yeck Membrane
Yeck Membrane technology has a wide range of applications, including cardiopulmonary resuscitation, acute respiratory distress syndrome, and severe infectious shock. Yeke membrane can not only provide life support for the patient, but also for the patient's organ function recovery time, improve the success rate of rescue. Although the technical level of Yeke Membrane is high, not all patients are suitable for its use. Before use, doctors will conduct a detailed evaluation to ensure that patients can get better treatment results with the support of the Yeke membrane.
Yeck membrane technology is becoming increasingly sophisticated in China, and many hospitals have established Yeck membrane teams dedicated to evaluating, implementing and maintaining Yeck membrane treatments. The popularization of Yake Membrane technology has enabled more critically ill patients to receive timely and effective treatment. However, there is still a certain threshold for Yeck membrane technology, and healthcare professionals need to undergo specialized training to master and apply this technology.
Refer to Baidu Encyclopedia-Artificial Membrane Lung