Advanced Trauma Life Support ATLS Student Course Manual 2018

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Skill Station B BREATHING LEARNING OBJECTIVES 1. Assess and recognize adequate ventilation and oxygenation in a simulated trauma patient. 2. Identify trauma patients in respiratory distress. 3. Practice systematically reading chest x-rays of trauma patients. 4. Recognize the radiographic signs of potentially lifethreatening traumatic injuries. 5. Identify appropriate landmarks for needle decompression and thoracostomy tube placement. 6. Demonstrate how to perform a needle decompression of the pleural space on a simulator, task trainer, live anesthetized animal, or cadaver. 7. Perform a finger thoracostomy using a simulator, task trainer, live anesthetized animal, or cadaver. 8. Insert a thoracostomy tube using a simulator, task trainer, live anesthetized animal, or cadaver. 9. Discuss the basic differences between pediatric chest injury and adult chest injury. 10. Explain the importance of adequate pain control following chest trauma. 11. List the steps required to safely transfer a trauma patient with a breathing problem. •• Breathing Assessment •• Interpretation of Chest X-ray •• Finger and Tube Thoracostomy •• Needle Decompression •• Use of Pediatric Resuscitation Tape STEP 1. Skills Included in this Skill Station Breathing Assessment Listen for signs of partial airway obstruction or compromise. •• Asymmetrical or absent breath sounds •• Additional sounds (e.g., sounds indicative of hemothorax) STEP 2. Look for evidence of respiratory distress. •• Tachypnea •• Use of accessory muscles of respiration •• Abnormal/asymmetrical chest wall movement •• Cyanosis (late finding) STEP 3. Feel for air or fluid. •• Hyperresonance to percussion •• Dullness to percussion •• Crepitance Interpretation of chest x-RAy The DRSABCDE mnemonic is helpful for interpreting chest x-rays in the trauma care environment: n BACK TO TABLE OF CONTENTS 345

346 APPENDIX G n Skills STEP 1. D—Details (name, demographics, type of film, date, and time) STEP 2. R—RIPE (assess image quality) •• Rotation •• Inspiration—5–6 ribs anterior in midclavicular line or 8–10 ribs above diaphragm, poor inspiration, or hyperexpanded •• Picture (are entire lung fields seen?) •• Exposure penetration STEP 3. S—Soft tissues and bones. Look for subcutaneous air and assess for fractures of the clavicles, scapulae, ribs (1st and 2nd rib fractures may signal aortic injury), and sternum. STEP 4. A—Airway and mediastinum . Look for signs of aortic rupture: widened mediastinum, obliteration of the aortic knob, deviation of the trachea to the right, pleural cap, elevation and right shift of the right mainstem bronchus, loss of the aortopulmonary window, depression of the left mainstem bronchus, and deviation of the esophagus to the right. Look for air in the mediastinum. STEP 5. B—Breathing, lung fields, pneumothoraces, consolidation (pulmonary contusion), cavitary lesions STEP 6. C—Circulation, heart size, position borders shape, aortic stripe STEP 7. D—Diaphragm shape, angles, gastric bubble, subdiaphragmatic air STEP 8. E—Extras: endotracheal tube, central venous pressure monitor, nasogastric tube, ECG electrodes, chest tube, pacemakers STEP 1. Needle Decompression Assess the patient’s chest and respiratory status. STEP 2. Administer high-flow oxygen and ventilate as necessary. intercostal space midclavicular line is appropriate.) For adults (especially with thicker subcutaneous tissue), use the fourth or fifth intercostal space anterior to the midaxillary line. STEP 4. Anesthetize the area if time and physiology permit. STEP 5. Insert an over-the-needle catheter 3 in. (5 cm for smaller adults; 8 cm for large adult) with a Luer-Lok 10 cc syringe attached into the skin. Direct the needle just over the rib into the intercostal space , aspirating the syringe while advancing. (Adding 3 cc of saline may aid the identification of aspirated air.) STEP 6. Puncture the pleura. STEP 7. Remove the syringe and listen for the escape of air when the needle enters the pleural space to indicate relief of the tension pneumothorax. Advance the catheter into the pleural space. STEP 8. Stabilize the catheter and prepare for chest tube insertion. STEP 1. Finger and Tube Thoracostomy STEP 2. Gather supplies, sterile drapes, and antiseptic, tube thoracostomy kit (tray) and appropriately sized chest tube ( 28-32 F). Prepare the underwater seal and collection device. Position the patient with the ipsilateral arm extended overhead and flexed at the elbow (unless precluded by other injuries). Use an assistant to maintain the arm in this position. STEP 3. Widely prep and drape the lateral chest wall, include the nipple, in the operative field. STEP 4. Identify the site for insertion of the chest tube in the 4th or 5th intercostal space. This site corresponds to the level of the nipple or inframammary fold. The insertion site should be between the anterior and midaxillary lines. STEP 3. Surgically prepare the site chosen for insertion. (For pediatric patients, the 2nd STEP 5. Inject the site liberally with local anesthesia to include the skin, subcutaneous tissue, n BACK TO TABLE OF CONTENTS

Skill Station B<br />

BREATHING<br />

LEARNING OBJECTIVES<br />

1. Assess and recognize adequate ventilation and<br />

oxygenation in a simulated trauma patient.<br />

2. Identify trauma patients in respiratory distress.<br />

3. Practice systematically reading chest x-rays of<br />

trauma patients.<br />

4. Recognize the radiographic signs of potentially lifethreatening<br />

traumatic injuries.<br />

5. Identify appropriate landmarks for needle<br />

decompression and thoracostomy tube placement.<br />

6. Demonstrate how to perform a needle<br />

decompression of the pleural space on a simulator,<br />

task trainer, live anesthetized animal, or cadaver.<br />

7. Perform a finger thoracostomy using a simulator,<br />

task trainer, live anesthetized animal, or cadaver.<br />

8. Insert a thoracostomy tube using a simulator, task<br />

trainer, live anesthetized animal, or cadaver.<br />

9. Discuss the basic differences between pediatric<br />

chest injury and adult chest injury.<br />

10. Explain the importance of adequate pain control<br />

following chest trauma.<br />

11. List the steps required to safely transfer a trauma<br />

patient with a breathing problem.<br />

••<br />

Breathing Assessment<br />

••<br />

Interpretation of Chest X-ray<br />

••<br />

Finger and Tube Thoracostomy<br />

••<br />

Needle Decompression<br />

••<br />

Use of Pediatric Resuscitation Tape<br />

STEP 1.<br />

Skills Included in this<br />

Skill Station<br />

Breathing Assessment<br />

Listen for signs of partial airway obstruction<br />

or compromise.<br />

••<br />

Asymmetrical or absent breath sounds<br />

••<br />

Additional sounds (e.g., sounds indicative<br />

of hemothorax)<br />

STEP 2. Look for evidence of respiratory distress.<br />

••<br />

Tachypnea<br />

••<br />

Use of accessory muscles of respiration<br />

••<br />

Abnormal/asymmetrical chest wall<br />

movement<br />

••<br />

Cyanosis (late finding)<br />

STEP 3. Feel for air or fluid.<br />

••<br />

Hyperresonance to percussion<br />

••<br />

Dullness to percussion<br />

••<br />

Crepitance<br />

Interpretation of chest<br />

x-RAy<br />

The DRSABCDE mnemonic is helpful for interpreting<br />

chest x-rays in the trauma care environment:<br />

n BACK TO TABLE OF CONTENTS<br />

345

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