4.2 Chest Drain Flashcards
Type of chest trauma
Blunt trauma
Penetrating trauma
Pneumothorax formation
Presence of air accumulate in pleural area,
separate visceral and parietal parietal pleura,
Lung recoil and chest wall move outward.
Alveoli are compressed
Type of pneumothorax
Closed
Open
Type of pneumothorax (etiology forms)
Spontaneous
Traumatic
Iatrogenic
Difference between primary vs secondary spontaneous pneumothorax
Primary: without underlying causes
Secondary: with (COPD)
Manifestation of spontaneous pneumothorax (On affected side)
Hyperresonant percussion
SOB with decrease breath sound
Lack of movement
Traumatic pneumothorax: SCW
Sucking chest wound
Example for latrogenic pneumothorax
Lung biopsy,
thoracenthesis
Insertion of CVC
Insertion of central line
What is tension pneumothorax
Air keep trapping in the pleural space
Increase in intramural pressure in affected side
The trachea, heart great vessel shift to unaffected side
= Mediastinal shift
Mediastinal shift:
- Place a ____ on in ________
Reduce ______
Reduce ______
Hy - Lung _____ (affected side), ______ (unaffected side)
Hy
—>
The trachea, heart great vessel shift toward unaffected side
- Place a torsion on in inferior vena cava
Reduce venous return
Reduce cardiac output
Hypotension - Lung collapse (affected side), compressed (unaffected side)
Hypoxemia
—>compromises CV and respiratory function
Management of pneumothorax
Pleurodesis癡肺
underwater seal drainage
Pneumothorax
Hemothorax
Underwater seal drainage purpose
Drain air/fluid/pus/blood from pleural cavity
Facilitate re-expansion of lung
Restore negative intramural pressure
Insertion site for
Apical pneumothorax
Hemothrax
-2nd intercostal space (mid-clavicular line)
-4-5th intercostal space (anterior or mid-axillary line)
Indication for removal of chest drain
Lungs are reexpanded as shown on chest radiography