Advanced Trauma Life Support ATLS Student Course Manual 2018

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TREATMENT BEFORE TRANSFER 245 to provide definitive care. Frequently, CT scans done before transfer to definitive care are repeated upon arrival to the trauma center, making the necessity of a pre-transfer CT questionable. Multiple scans result in increased radiation exposure and additional hospital costs as well as a delay in transfer to definitive care. Treatment before Transfer Patients should be resuscitated and attempts made to stabilize their conditions as completely as possible based on the following suggested procedure: n FIGURE 13-2 Effective communication with the prehospital system should be developed to identify patients who require the presence of a doctor in the ED at the time of arrival. procedures can be performed expeditiously, lifethreatening injuries should be treated before patient transport. This treatment may require operative intervention to ensure that the patient is in the best possible condition for transfer. Intervention before transfer requires judgment. After recognizing the need for transfer, expedite the arrangements. Do not perform diagnostic procedures (e.g., diagnostic peritoneal lavage [DPL] or CT scan) that do not change the plan of care. However, procedures that treat or stabilize an immediately life-threatening condition should be rapidly performed. Despite the principle that transfer should not be delayed for diagnostic procedures, a significant portion of trauma patients transferred to regional trauma centers undergo CT scanning at the primary hospital, thus leading to an increased length of stay before transfer. In fact, research has shown that much of the time delay between injury and transfer is related to diagnostic studies performed despite lack of a surgeon Pitfall Delay in transfer of a patient to definitive care prevention • Consider transfer early in the assessment process. • Quickly determine the needs of the patient and the capabilities of the institution. • Order only tests that will identify life-threatening injuries that can be treated or stabilized before transfer. 1. Airway a. Insert an airway or endotracheal tube, if needed. Establish a low threshold to intubate patients with altered GCS, even above 8, when there is concern for potential deterioration, and discuss this decision with the receiving doctor. b. Provide suction. c. Place a gastric tube in all intubated patients and in non-intubated patients with evidence of gastric distention. Use judgment when patients are agitated or intoxicated, as this procedure can induce vomiting, risking aspiration. 2. Breathing a. Determine rate and administer supplementary oxygen. b. Provide mechanical ventilation when needed. c. Insert a chest tube if needed. Patients with known or suspected pneumothorax should have a chest tube placed when they are being moved by air transport. 3. Circulation a. Control external bleeding , noting time of placement when tourniquet is used. b. Establish two large-caliber intravenous lines and begin crystalloid solution infusion. c. Restore blood volume losses using crystalloid fluid and blood to achieve balanced resuscitation (see Chapter 3: Shock) and continue replacement during transfer. d. Insert an indwelling catheter to monitor urinary output. e. Monitor the patient’s cardiac rhythm and rate. f. Transport patients in late pregnancy, tilted to the left side to improve venous return. n BACK TO TABLE OF CONTENTS

246 CHAPTER 13 n Transfer to Definitive Care Restrict spinal motion if indicated. Ensure the receiving facility is capable of treating both the mother and baby. 4. Central nervous system a. Assist respiration in unconscious patients. b. Administer mannitol or hypertonic saline, if needed, when advised by the receiving doctor. c. Restrict spinal motion in patients who have or are suspected of having spine injuries. 5. Perform appropriate diagnostic studies (sophisticated diagnostic studies, such as CT and aortography, are usually not indicated; when indicated, obtaining these studies should not delay transfer). a. Obtain x-rays of chest, pelvis, and extremities. b. Obtain necessary blood work. c. Determine cardiac rhythm and hemoglobin saturation (electrocardiograph [ECG] and pulse oximetry). 6. Wounds (Note: Do not delay transfer to carry out these procedures.) a. Clean and dress wounds after controlling external hemorrhage. b. Administer tetanus prophylaxis. c. Administer antibiotics, when indicated. 7. Fractures a. Apply appropriate splinting and traction. The flurry of activity surrounding initial evaluation, resuscitation, and preparations for transfer of trauma patients often overrides other logistic details. This situation may result in failure to include certain information sent with the patient, such as x-ray films, laboratory reports, and narrative descriptions of the evaluation process and treatment rendered at the local hospital. To ensure that all important components of care have been addressed, use a checklist. Checklists can be printed or stamped on an x-ray jacket or the patient’s medical record to remind the referring doctor to include all pertinent information. (See Transfer Checklist on MyATLS mobile app.) Treatment of combative and uncooperative patients with an altered level of consciousness is difficult and potentially hazardous. These patients often require restriction of spinal motion and are placed in the supine position with wrist/leg restraints. If sedation is required, the patient should be intubated. Therefore, before administering any sedation, the treating doctor must: ensure that the patient’s ABCDEs are Pitfall Inadequate handover between treatment and transferring teams Inadequate preparation for transport, increasing the likelihood of patient deterioration during transfer appropriately managed; relieve the patient’s pain if possible (e.g., splint fractures and administer small doses of narcotics intravenously); and attempt to calm and reassure the patient. Remember, benzodiazepines, fentanyl (Sublimaze), propofol (Diprivan), and ketamine (Ketaset) are all hazardous in patients with hypovolemia, patients who are intoxicated, and patients with head injuries. Pain management, sedation, and intubation should be accomplished by the individual most skilled in these procedures. (See Chapter 2: Airway and Ventilatory Management.) The referring doctor and the receiving doctor hold specific transfer responsibilities. Referring Doctor prevention • Use a transfer checklist to ensure that all key aspects of care rendered are properly communicated to the transfer team. • Verify that copies of medical records and x-rays are prepared and provided to the transfer team. • Identify and initiate resuscitative efforts for all life-threatening conditions. • Ensure that transfer agreements are in place to enable rapid determination of the best receiving facility based on the patient’s injuries. • Confirm that all patient transport equipment is pre-staged and ready to go at all times. Transfer Responsibilities The referring doctor is responsible for initiating transfer of the patient to the receiving institution and selecting the appropriate mode of transportation and level of care required for the patient’s optimal treatment en route. The referring doctor should consult with the receiving doctor and be thoroughly familiar with the transporting agencies, their capabilities, n BACK TO TABLE OF CONTENTS

TREATMENT BEFORE TRANSFER 245<br />

to provide definitive care. Frequently, CT scans done<br />

before transfer to definitive care are repeated upon<br />

arrival to the trauma center, making the necessity of a<br />

pre-transfer CT questionable. Multiple scans result in<br />

increased radiation exposure and additional hospital<br />

costs as well as a delay in transfer to definitive care.<br />

Treatment before Transfer<br />

Patients should be resuscitated and attempts made<br />

to stabilize their conditions as completely as possible<br />

based on the following suggested procedure:<br />

n FIGURE 13-2 Effective communication with the prehospital system<br />

should be developed to identify patients who require the presence<br />

of a doctor in the ED at the time of arrival.<br />

procedures can be performed expeditiously, lifethreatening<br />

injuries should be treated before patient<br />

transport. This treatment may require operative<br />

intervention to ensure that the patient is in the best<br />

possible condition for transfer. Intervention before<br />

transfer requires judgment.<br />

After recognizing the need for transfer, expedite the<br />

arrangements. Do not perform diagnostic procedures<br />

(e.g., diagnostic peritoneal lavage [DPL] or CT scan) that<br />

do not change the plan of care. However, procedures<br />

that treat or stabilize an immediately life-threatening<br />

condition should be rapidly performed.<br />

Despite the principle that transfer should not be<br />

delayed for diagnostic procedures, a significant portion<br />

of trauma patients transferred to regional trauma<br />

centers undergo CT scanning at the primary hospital,<br />

thus leading to an increased length of stay before<br />

transfer. In fact, research has shown that much of the<br />

time delay between injury and transfer is related to<br />

diagnostic studies performed despite lack of a surgeon<br />

Pitfall<br />

Delay in transfer of a<br />

patient to definitive care<br />

prevention<br />

• Consider transfer early in<br />

the assessment process.<br />

• Quickly determine the<br />

needs of the patient and<br />

the capabilities of the<br />

institution.<br />

• Order only tests that will<br />

identify life-threatening<br />

injuries that can be<br />

treated or stabilized<br />

before transfer.<br />

1. Airway<br />

a. Insert an airway or endotracheal tube, if needed.<br />

Establish a low threshold to intubate patients<br />

with altered GCS, even above 8, when there is<br />

concern for potential deterioration, and discuss<br />

this decision with the receiving doctor.<br />

b. Provide suction.<br />

c. Place a gastric tube in all intubated patients<br />

and in non-intubated patients with evidence<br />

of gastric distention. Use judgment when<br />

patients are agitated or intoxicated, as<br />

this procedure can induce vomiting,<br />

risking aspiration.<br />

2. Breathing<br />

a. Determine rate and administer supplementary<br />

oxygen.<br />

b. Provide mechanical ventilation when needed.<br />

c. Insert a chest tube if needed. Patients with<br />

known or suspected pneumothorax should<br />

have a chest tube placed when they are being<br />

moved by air transport.<br />

3. Circulation<br />

a. Control external bleeding , noting time of<br />

placement when tourniquet is used.<br />

b. Establish two large-caliber intravenous lines<br />

and begin crystalloid solution infusion.<br />

c. Restore blood volume losses using crystalloid<br />

fluid and blood to achieve balanced<br />

resuscitation (see Chapter 3: Shock) and<br />

continue replacement during transfer.<br />

d. Insert an indwelling catheter to monitor<br />

urinary output.<br />

e. Monitor the patient’s cardiac rhythm and rate.<br />

f. Transport patients in late pregnancy, tilted<br />

to the left side to improve venous return.<br />

n BACK TO TABLE OF CONTENTS

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