Pneumothorax II: Behandeling

Pneumothorax typically presents with sudden, sharp chest pain on the affected side that worsens with breathing or coughing. As air accumulates in the pleural space, patients experience rapid breathing and breathlessness due to restricted lung movement. During physical examination, healthcare providers detect decreased or absent breath sounds on the affected side. Severe cases may progress to respiratory distress, hypoxemia, cyanosis, hypotension, tachycardia, and profuse diaphoresis.

Air accumulation in the pleural space between the lungs and chest wall restricts the affected lung's ability to expand and contract normally. This compromised movement limits air movement into the lung, causing decreased or absent breath sounds during auscultation. Inadequate oxygen exchange leads to hypoxemia and cyanosis, characterized by bluish discoloration of skin and mucous membranes. The restricted lung function directly impairs the patient's breathing capacity and oxygen absorption.

Initial management focuses on stabilizing the patient and administering high-flow oxygen to relieve hypoxia and promote air reabsorption from the pleural space. Oxygen therapy helps reduce the pressure gradient, allowing trapped air to gradually dissolve back into the bloodstream. For small, stable pneumothorax cases, conservative management with close observation and serial chest X-rays may suffice to monitor progression or resolution of the condition.

Chest tube insertion is necessary for moderate to large pneumothorax or when the patient's condition does not improve with oxygen therapy alone. The procedure allows evacuation of air from the pleural space and supports lung re-expansion by restoring normal pressure dynamics. A chest tube provides continuous drainage and maintains negative pressure, enabling the lung to gradually reinflate and resume normal function.

Needle aspiration is performed during emergencies using a large-bore needle inserted in the second intercostal space at the midclavicular line to remove air from the pleural space. This procedure provides rapid pressure relief and is considered a temporary measure until a chest tube can be inserted for more sustained management. Needle aspiration helps stabilize the patient and prevent further respiratory compromise during acute presentations.

In recurrent or persistent cases, especially with underlying lung disease, surgical interventions such as pleurodesis or video-assisted thoracoscopic surgery (VATS) may be considered to prevent recurrence. These procedures address the underlying cause and reduce the likelihood of future pneumothorax episodes. Additionally, patients must avoid activities that increase pressure on lungs, including flying, scuba diving, or playing wind instruments during recovery.

Pneumothorax is one of several pleural conditions affecting the space between lungs and chest wall. Understanding pleural disorders types and brief description helps clinicians differentiate pneumothorax from conditions like pleural effusion, which involves fluid accumulation rather than air. Both conditions can cause similar respiratory symptoms but require distinct diagnostic approaches and management strategies tailored to their specific pathophysiology.