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Pneumothorax
The fastest method for spontaneous pneumothorax recovery.
Pneumothorax is mainly caused by various reasons that allow air inside the lungs to enter the pleural cavity, resulting in the accumulation of gas and the compression of the lung, reducing its volume. Clinically, for patients with lung compression not exceeding 30%, a conservative approach is typically chosen, which involves allowing the patients to heal naturally. For these patients who wish to accelerate their recovery, it is generally recommended to inhale high concentrations of oxygen, which can aid in the healing of the lungs. Additionally, it is important to increase nutrition and protein intake to enhance lung repair and recovery.
Foods to avoid with pneumothorax
We know that the lung tissue of a normal person is like a balloon. When breathing, this balloon expands and contracts, and there are about hundreds of millions of small structures in the lungs like balloons, which we call alveolar tissue. This structure also continuously expands and contracts, expelling carbon dioxide and inhaling oxygen. For certain reasons, such as infection or due to the body shape of tall, thin young people, or chronic obstructive pulmonary disease (COPD) and bronchitis in elderly people, this alveolar structure can rupture, causing some alveoli to merge into a large bulla. Of course, if the large bulla eventually ruptures, the break in this balloon-like surface will leak air into the pleural cavity, causing a pneumothorax. As for the nutrition from food, we believe that patients should not refrain from certain foods, but should instead increase their intake of protein, such as eating three to four egg whites daily. If worried about high cholesterol, discard the yolk, consuming only one yolk per day, but ensuring adequate protein intake. Therefore, for patients with pneumothorax, it is not about avoiding certain foods, but about eating more of those foods to which they are not allergic, such as shrimp and beef, rather than restricting their diet.
How many days does it take for a pneumothorax to heal?
The healing time for a patient with pneumothorax, or how many days it takes to heal, mainly depends on when the rupture on the lung heals. In younger patients who have good elasticity and strong healing capabilities, and whose nutrition keeps up, pneumothorax tends to heal relatively easily. Especially in younger patients experiencing pneumothorax for the first time, 70-80% may heal within two to three days because the gas escapes very quickly. Once the surface rupture on the lung heals, it can be cleared within a day, leading to healing. However, if the patient is older and also has conditions like tuberculosis or chronic bronchitis, the elasticity of the lungs is poorer, making healing difficult. Like a balloon without elasticity, if it gets a rupture, it may continue to expand, complicating the prediction of healing time. Regardless of age, whether the patient is young or old, if pneumothorax recurs a second time, it is advisable to seek aggressive treatment. Patients who have experienced pneumothorax twice are at more than a 70% to 80% risk of a third occurrence. This indicates a weak spot on the lung surface, similar to a wound on the hand. If a hand wound does not heal in a few days, it can be sutured. The same applies to lung surface wounds; as it is located inside the chest cavity, a thoracoscope is needed for suturing. Thus, in normal circumstances, pneumothorax could heal in a few days, but if repeatedly delayed, aggressive treatment might be necessary.
Pneumothorax CT manifestations
Pneumothorax CT manifestations, we know that there is a potential gap between the lungs and the chest wall in normal individuals, but normally, this gap or cavity is under negative pressure. This negative pressure ensures that the lungs are pressed tightly against the chest wall and the pleura, also containing a certain amount of lubricating fluid which allows for movement during inhalation without excessive friction causing pain. However, if due to some reason, such as a burst large or small pulmonary bullae, air enters this potential cavity or the pleural space, it is referred to as pneumothorax. Moreover, on a CT scan, it is distinctly visible that part of the chest cavity shows an area devoid of air-containing lung structures, indicating the absence of normal lung in this region. Normally on CT, a healthy lung appears like a sponge, so this phenomenon reveals sponge-like tissue, referred to as lung texture. But when air enters, the pressure from the air can compress the lung, causing it to collapse, similar to a deflating balloon. In addition, part of the CT imaging presents as dark areas around the periphery where lung textures are absent or cavities appear, referred to as pneumothorax.
Pneumothorax recurrence symptoms
We know that normally there is no air in the pleural cavity, only a small amount of fluid or lubricant exists. However, in certain people, such as those who often smoke, tall and thin young people, and patients with chronic bronchitis, the alveoli in their lungs tend to be more fragile and can easily rupture. People experiencing a pneumothorax for the first time might feel this during certain situations like after a cold, coughing, sneezing, or playing sports, which can lead to a recurrence of the pneumothorax. Early symptoms of a recurrence, due to only a small amount of air compression, might not be very uncomfortable, just a slight sense of difficulty breathing. As the pneumothorax increases, symptoms like chest pain and difficulty breathing can develop. Therefore, the symptoms of a recurring pneumothorax are not identical each time, but there is a pattern; the severity can range from mild breathing difficulty to severe respiratory distress and chest pain.
How to check for hemothorax and pneumothorax?
Actually, the examination methods for hemothorax and pneumothorax are quite simple. From their definitions, we know that hemothorax means the abnormal presence of blood in the pleural cavity, and pneumothorax means the presence of gas in the pleural cavity where it shouldn't be. Therefore, the simplest examination is an X-ray, a standard frontal and lateral chest X-ray, which usually costs about 52 yuan, can detect whether a patient has pneumothorax. As for hemothorax, of course, it involves the use of a syringe. After injecting some lidocaine local anesthesia into the patient, if blood is withdrawn from the pleural cavity, then it indicates a hemothorax. Thus, the first step in examining for hemothorax and pneumothorax is to perform an X-ray to check for the presence of gas. If gas is detected, then it is pneumothorax. If liquid is found, a syringe under ultrasound guidance can be used to withdraw it. If the withdrawal yields fluid, it indicates pleural effusion; if blood is drawn, then it indicates hemothorax.
Can you smoke with pneumothorax?
After suffering from pneumothorax, patients often experience symptoms such as chest pain, chest tightness, and coughing. Can patients smoke after suffering from pneumothorax? It is advised against smoking after suffering from pneumothorax, as smoke and harmful substances directly irritate the respiratory tract, worsening the patient's symptoms. Additionally, smoking produces a large amount of carbon monoxide, which, when absorbed by the body, can cause hypoxia, thereby exacerbating symptoms of breathing difficulty. Therefore, patients with pneumothorax should not smoke, and it is also recommended to quit smoking even after recovery from pneumothorax, as smoking is harmful in many ways and particularly damaging to the respiratory system.
Can pneumothorax be inherited?
In fact, medicine has found that most diseases, other than traumatic ones caused by injuries or car accidents, are related to genes or heredity. For instance, diseases like diabetes and hypertension clearly have a familial hereditary history. Pneumothorax is no exception, as it also tends to cluster in certain families, or has a higher tendency than in normal families. Therefore, pneumothorax does possess a certain hereditary nature, particularly in families prone to connective tissue disorders such as Marfan Syndrome. Additionally, pneumothorax often occurs in families with mutations in the human leukocyte antigen, and in those with conditions such as homocystinuria or antitrypsin deficiency, where pneumothorax is more prevalent. Of course, there are also conditions like Marfan Syndrome and Birt-Hogg-Dube (BHD) Syndrome in these families, which also tend to develop renal cysts, renal tumors, and skin fibrofolliculomas. Thus, the more frequent occurrence of pneumothorax in these families demonstrates that pneumothorax is genetically related and has a certain degree of heredity.
How many days do you usually stay in the hospital for pneumothorax drainage?
This depends on whether the pneumothorax is a simple pneumothorax or is complicated by other diseases. If there are no other lung diseases present and it is just a simple pneumothorax, then typically, drainage by tube for 5 to 7 days can lead to a complete recovery and cure. However, if there are complications such as emphysema, pulmonary heart disease, pneumoconiosis, or lung infections, then it is necessary first to control the infections. During this time, the pneumothorax can easily become a communicating pneumothorax. If it lasts for more than 1 to 2 weeks, it may turn into a refractory pneumothorax. In the case of refractory pneumothorax, besides drainage, minimally invasive surgeries such as pleurodesis or pneumothorax occlusion procedures are required. These surgeries take time. Therefore, if a stubborn pneumothorax forms, especially when complications like emphysema are present, hospital stays often need to be 14 days or even longer.
How to treat recurrent pneumothorax for the second time?
Patients with recurrent pneumothorax, we recommend proactive minimally invasive surgical intervention. For patients experiencing their first recurrence of pneumothorax, the likelihood of a second recurrence is about 20-30%. For those who have had two episodes of pneumothorax, it indicates the presence of a small rupture on the lung, or an area that has not healed well, or is particularly weak. Thus, for patients who have had two episodes or a second occurrence of pneumothorax, if they do not receive active treatment, the probability of a third recurrence rises to about 70-80%. Whether using minimally invasive surgery or the conservative method of simple tube insertion, both are certainly burdensome for the patient. However, for patients with a second occurrence of pneumothorax, undergoing a small minimally invasive surgery, which involves a small incision of one to two centimeters under the armpit to treat the pneumothorax, dramatically reduces the likelihood of subsequent occurrences from the previous 70-80% to below 10%. Therefore, the best treatment for a second pneumothorax episode is through minimally invasive surgical intervention.