CHEST TRAUMA
•Improved field diagnosis and treatment
of life threatening conditions
•Rapid evacuation to higher level of care
•High risk of death despite acute
intervention
•Need for prompt diagnosis and
treatment
CHEST TRAUMA
Chest wall and ribs
Lungs and pleura
Great and thoracic
vessels
Heart and
mediastinal
structures
Diaphragm
CHEST TRAUMA
Common Injuries
•Rib fractures
•Sternal fractures
•Open or Closed Pneumothorax
- unilateral / bilateral
•Hemothorax
•Hemopneumothorax
CHEST TRAUMA
Clinical consequences associated with:
•Mechanism of injury
•Location of injury
•Associated injuries
•Co-morbidities
CHEST TRAUMA
FLAIL CHEST
Segment of chest wall that does not have
continuity with rest of thoracic cage
•Usually 2 fractures per rib in at least 2 ribs
•Segment does not contribute to lung expansion
•Disrupts normal pulmonary mechanics
•Accompanied by pulmonary contusion in 50% of
patients
CHEST TRAUMA
Flail Chest Diagnosis:
•Paradoxical chest wall movement
•Poor air movement
•Hypoxia
Therapy:
•Pain control
•Pulmonary & physical therapy
•Intubation and ventilator support if needed
•Fluid restriction if possible
CHEST TRAUMA
Pneumothorax or HemothoraxPneumothorax or Hemothorax
•most treated with simple tube most treated with simple tube
thoracostomythoracostomy
CHEST TRAUMA
Decompression of Tension Pneumothorax
•large bore needle
2nd intercostal space
midclavicular line
•Chest tube as definitive treatment
PULMONARY CONTUSION
•Common with blunt trauma
•May be associated with laceration of
lung parenchyma
•Leakage of blood and fluid into
interstitial spaces of lung
•Significant inflammatory reaction to
blood components in the lung
PULMONARY CONTUSION
Parenchymal Parenchymal
infiltrate seen on infiltrate seen on
CXR adjacent to CXR adjacent to
injured chest wallinjured chest wall
PULMONARY CONTUSION
Indications for intubation
•Respiratory distress
•Hypoxia
•Other injuries which compromise
respiratory effort, such as abdominal
or neurologic
MASSIVE HEMOTHORAXMASSIVE HEMOTHORAX
•From blunt or penetrating injuries
•200cc – 1L in chest cavity seen on CXR
•Treat with chest tube,
• if immediate drainage is 1500 cc or if 250
cc/hr for 4 hours, then immediate
thoracotomy
•Bleeding may be from ribs, lung, blood
vessels
AORTIC RUPTURE
•Abrupt deceleration or compression injury
•Sudden motion of heart or great vessels in
chest
•Often rapidly fatal
•10% survive to hospital
•20% survive > 1 hour
•90% who reach hospital will die
•Early diagnosis and treatment
AORTIC RUPTURE
•mechanism of injury
•widened
mediastinum on
CXR
DIAPHRAGM RUPTURE
•Associated with
•blunt trauma or blast injury
•Can be due to stab wounds
DIAPHRAGM RUPTURE
•Surgical repair to replace herniated contents
back into abdomen
•Close muscular diaphragm to restore
pulmonary function
•Chest tube to treat pneumothorax
CHEST TUBE INSERTION
Insertion Site
•mid or anterior axillary line behind pectoralis
major
•above 5th rib avoid diaphragm
CHEST TUBE INSERTION
•Connect tube to
underwater seal and
suture in place
•Examine chest to
check effect
•CXR to check
placement and
position