artificial lung
释义：n. 人工肺（用于代替人体肺进行呼吸）
发音：英 [??θ???f?n l??] 美 [??θ???f?n l??]
范文：
Title: Introduction to Artificial Lung
Artificial lungs are devices that can help people breathe when their own lungs are not functioning properly. They are commonly used in cases of severe lung disease or injury, where the patient's lungs need to be supported until they recover or a transplant becomes available.
The basic design of an artificial lung consists of a series of thin, flexible tubes that connect to a patient's airway. Air is pumped into the lungs through the tubes, which helps to oxygenate the blood and remove carbon dioxide. The lungs can be inflated and deflated using a pump or other mechanical device, allowing the patient to breathe on their own.
Artificial lungs have revolutionized the treatment of severe lung disease, allowing patients to live longer and healthier lives. However, they are still not a perfect solution, as they can be prone to infection and other complications. Therefore, research is ongoing to develop more advanced and reliable artificial lungs that can better mimic the natural function of the human lung.
In conclusion, artificial lungs are a lifesaving technology that has transformed the treatment of severe lung disease. While they still have limitations, they are a crucial tool in the battle against lung disease, and research is ongoing to improve their effectiveness and safety.
Artificial Lung
Artificial lungs are mechanical devices that are used to assist or replace the function of the lungs in patients who have suffered from lung disease or have lost their lungs due to injury or surgery. They are commonly used in cases of acute respiratory failure, where they can provide oxygen-rich air to patients who are unable to breathe on their own.
One of the most common types of artificial lungs is the bilevel positive airway pressure (BiPAP) machine, which provides positive pressure to the patient's airway to help open up their lungs and improve their oxygenation. These machines are commonly used in the home setting, where they can be easily set up and used by patients and their families.
Another type of artificial lung is the total artificial lung (TAE), which is a complete mechanical device that fully replaces the function of the human lungs. TAEs can provide oxygen-rich air to patients for extended periods of time, and can also remove carbon dioxide from the patient's bloodstream, helping to maintain a stable blood gas balance.
In conclusion, artificial lungs are essential tools that can help patients who are suffering from lung disease or have lost their lungs due to injury or surgery. They provide oxygen-rich air to patients who are unable to breathe on their own, and can also help maintain a stable blood gas balance for extended periods of time.
artificial lung
Artificial lungs are mechanical devices that are used to assist or replace the function of the lungs in patients who have lost the ability to breathe naturally due to various reasons such as illness or injury. They are commonly used in cases of acute respiratory failure, where the patient's lungs are unable to fully oxygenate their bloodstream due to a lack of oxygen or excessive carbon dioxide buildup.
In terms of design, artificial lungs can be classified into two main types: mechanical ventilators and extracorporeal membrane oxygenation (ECMO) systems. Mechanical ventilators typically use a blower or pump to deliver air or oxygen-enriched air into the patient's lungs, while ECMO systems use a blood pump and oxygenator to oxygenate the patient's blood outside of their body.
The use of artificial lungs has revolutionized the treatment of respiratory failure, allowing patients to survive conditions that would have previously been fatal. However, they are not a permanent solution and should only be used as a temporary measure until the patient's lungs recover or a more permanent solution can be found.
In conclusion, artificial lungs are essential tools in the treatment of respiratory failure, but they should only be used as a temporary measure until a more permanent solution can be found. Understanding the different types of artificial lungs and their uses is crucial for healthcare professionals to provide the best possible care for their patients.
范文：
Title: Artificial Lungs: A Lifesaving Solution for Respiratory Failure
Artificial lungs have revolutionized the treatment of respiratory failure, allowing patients to survive conditions that would have previously been fatal. These mechanical devices assist or replace the function of the lungs in patients who have lost the ability to breathe naturally due to various reasons such as illness or injury.
There are two main types of artificial lungs: mechanical ventilators and extracorporeal membrane oxygenation (ECMO) systems. Mechanical ventilators use a blower or pump to deliver air or oxygen-enriched air into the patient's lungs, while ECMO systems use a blood pump and oxygenator to oxygenate the patient's blood outside of their body.
Artificial lungs are not a permanent solution and should only be used as a temporary measure until the patient's lungs recover or a more permanent solution can be found. Understanding the different types of artificial lungs and their uses is crucial for healthcare professionals to provide the best possible care for their patients.
In conclusion, artificial lungs are essential tools in the treatment of respiratory failure, but they should only be used as a last resort until a more permanent solution can be found.
