Multiple Trauma book & ppt (chap 34) Flashcards

1
Q

Define trauma.

A

Trauma is the result from an acute exposure to energy and occurs because of the body’s inability to tolerate excessive exposure to the energy source.

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2
Q

List the steps of the trauma nursing process.

A

PPE, listen to hospital providers report, ABCDE, FGHI

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3
Q

What does ABCDE stand for according to the primary survey?

A
A - airway 
B - breathing
C - circulation 
D - disability 
E - exposure
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4
Q

What is purpose of airway management?

A

Done to maintain open airway and protect cervical spine, immobilize neck to prevent spinal cord contusion, laceration, compression, or transection

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5
Q

What are the causes of impaired airway.

A

Tongue falling into oropharynx, blood, vomitus, secretions, foreign objects in airway, fractures of facial bony structures, crushing injuries of laryngotracheal tree

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6
Q

What are the signs and symptoms of impaired airway?

A

No signs of breathing, no air felt or heard at nose or mouth, presence of foreign bodies in airway, abnormal chest movements, abdominal breathing, nasal flaring, stridor, hoarseness, snoring, gurgling, difficult or inability to speak, raspy or hoarse voice quality

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7
Q

What are the interventions to stabilize the airway?

A

Open airway (jaw thrust), suction, assess for/remove foreign bodies, neutral neck position, immobilize cervical spine either through positioning, hard cervical collar, or towel rolls across sides of head w/ tape

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8
Q

What are simple airways that a nurse can establish?

A

The simplest way to open airway is chin lift or modified jaw thrust. The nurse can also establish an oropharyngeal or nasopharyngeal airway

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9
Q

Who can use a oropharyngeal airway? What can it cause?

A

Only use in pts who are unconscious & can’t gag, can cause obstruction if improperly placed

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10
Q

Who can use a nasopharyngeal airway? Who cannot use?

A

Use in conscious pt who can gag, do not use if basilar facture suspected

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11
Q

When can endotracheal intubation be used? What are the different types of endotracheal intubation and when can they be used? What is the nursing process for this?

A

Used when previous methods are unsuccessful. Nasotracheal intubation can be used to reduce hyperextension of the neck. Orotracheal intubation is used when pt is apneic, cribriform palate fracture suspected, or with basilar skull fracture. Auscultate over epigastrium for gurgling sounds, auscultate for breath sounds to determine placement, repeat assessment of

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12
Q

When are surgical airways established what surgical airways can be established? What position is used to prevent airway collapse?

A

Used when unable to intubate trachea. Methods include: needle cricothyriodotomy, surgical cricothyriodotomy, tracheostomy. Position patient upright to prevent airway collapse.

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13
Q

How does the nurse evaluate breathing?

A

Evaluate by looking, listening, and feeling. PPV may be indicated but can cause gastric distention, prevent by using low volume/breaths. Evaluate ABGs, end tidal co2, arterial o2 saturation, and presence of pneumothorax.

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14
Q

What are the signs and symptoms of impaired breathing?

A

Rate, rhythm, depth of breathing abnormal, absent or diminished breath sounds, gurgling, crowing, gasping, cyanosis, use of accessory muscles, hypoxemia, hypercapnia

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15
Q

What are nursing interventions to stabilize breathing?

A

Apply o2 100%, inspect for signs of chest trauma, position on side after neck is stabilized, PPV (mouth-to-mouth, bag-valve mask, intubation, mechanical ventilation), rescue breathing if indicated

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16
Q

What is the trauma pt at risk for in regards to circulation? How do we assess circulation?

A

Trauma pt at risk for hypovolemic shock from acute blood loss. Assess circulation by: palpating pulses for strength, rate, rhythm, and symmetry of carotid, radial, femoral, and pedal pulses. Assess skin temp & capillary refill.

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17
Q

What are the signs and symptoms of impaired circulation?

A

Abnormal pulse, BP, weak or absent peripheral pulses, poor capillary refill, bleeding, pale/cool skin, uncontrolled bleeding, listen to heart tones.

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18
Q

What are nursing interventions to stabilize circulation?

A

Control bleeding, treat shock, CPR if indicated

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19
Q

What type of shock is common with a trauma pt? What is a major complication of this shock and what does it lead to?

A

Hypovolemic shock. Exsanguination is a major complication. . Pt can lose 50% of BV within minutes. Loss of 15% BV produces little symptoms, 30% loss results in tachycardia, tachypnea, and anxiety. >30% results in hypotension, marked tachycardia, and confusion. 40% loss is life threatening.

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20
Q

What does the D for in ABCDE stand for? How do we assess this?

A

Disability. Assess for neurologic disability by checking LOC, pupillary size and reaction. Assess LOC by using AVPU scale.

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21
Q

What does AVPU stand for?

A

A – alert
V – responds to verbal stimuli
P – responds to painful stimuli
U – unresponsive

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22
Q

What does the E stand for in ABCDE? How do we assess this and what is a complication?

A

Exposure. Completely undress the pt to begin the secondary survey. Be aware that pt is predisposed to hypothermia d/t exposure of cold

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23
Q

What does FGHI stand for according to the secondary survey?

A

F – full set of vitals including temp & include family if possible
G – get gadgets, give pain meds & labs
H – head to toe assessment
I – inspect the back

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24
Q

What systems do we survey in the head to toe component of the secondary survey?

A

Head, maxillofacial, cervical spine/neck, chest, abdomen, pelvis, perinum, genitalia, musculoskeletal, back, complete neurologic examination

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25
Q

What do we evaluate with the “head” in the head to toe component of the secondary survey?

A

Complete neuro assessment (GCS), reevaluate pupillary size and reactivity, inspect and palpate head for lacerations, fractures, contusions, hemotympanum, CSF leakage, edema

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26
Q

What do we evaluate with the “maxillofacial” in the head to toe component of the secondary survey?

A

Assess for facial fractures by inspection, palpation for open fractures, lacerations, and mobility or instability of facial structures

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27
Q

What do we evaluate with the “cervical spine/neck” in the head to toe component of the secondary survey?

A

Inspection and palpation of neck anteriorly and posteriorly for: pain, crepitus, bony step-offs, dislocation, neck vein distention, and tracheal deviation

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28
Q

What do we evaluate with the “chest” in the head to toe component of the secondary survey?

A

Inspect for paradoxical movement, flail segments, open chest wounds, and ecchymosis. Paplate for rib fractures, subcutaneous emphysema, respiratory excursion, and sternal fractures. Auscultate for quality, equality of breath sounds, and presence of adventitious sounds. Auscultate heart sounds for quality, extra sounds, murmurs, or pericardial friction rubs.

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29
Q

What do we evaluate with the “abdomen” in the head to toe component of the secondary survey?

A

Inspection and auscultations before palpation. Inspect for abrasions, contusions, lacerations, and distention. Auscultate for bowel sounds in four quadrants, bruits, and breath sound. Light and deep palpation for pain response, may indicate intraperitoneal bleeding, intervene as necessary.

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30
Q

What do we evaluate with the “pelvis, perineum, genitalia” in the head to toe component of the secondary survey?

A

Inspect pelvis for deformation and palpate for stability. Inspect perineum and genitalia for bleeding, hematoma, and lacerations. Rectal examination to evaluate wall inegrity, presence of blood, position of prostate, palpable pelvic fractures, and quality of sphincter tone.

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31
Q

What do we evaluate with the “musculoskeletal” in the head to toe component of the secondary survey?

A

Visual evaluation of extremities for contusions or deformities. Palpate extremities for tenderness, crepitation, or abnormal ROM. Evaluate all peripheral pulses, capillary refill, skin color, temp should be rechecked.

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32
Q

What do we evaluate with the “back” in the head to toe component of the secondary survey?

A

All pts should be log-rolled for visualization of posterior surfaces (be mindful of spinal immobilization). Inspect neck, back butt, and lower extremities.

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33
Q

What do we evaluate with the “complete neurologic examination” in the head to toe component of the secondary survey?

A

Motor and sensory function of extremities and reevaluate GCS and pupils. Any evidence of paralysis or paresis pt should be immobilized.

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34
Q

Define blunt trauma.

A

Any traumatic injury in which there is tissue deformation w/o interruption of skin integrity

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35
Q

Define penetrating trauma.

A

Injury that happens by transmission of energy to body tissue from a moving object that

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36
Q

Define shearing force.

A

A tearing injury that results when two structures or two parts of the same structure slide in opposite directions or at different speeds.

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37
Q

Name some examples of shearing force.

A
  • C7-T1 injuries (mobile cervical to immobile thoracic)
  • Aortic tears
  • Splenic & renal injuries
  • Liver, brain, heart injuries
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38
Q

Define acceleration.

A

An increase in the rate of velocity of a moving body or part of the body

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39
Q

Define deceleration.

A

A decrease in the rate of velocity of a moving body or part of the body

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40
Q

Define compression force.

A

Being pressed or squeezed together causing a reduction in volume or size

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41
Q

Name some examples of compression force.

A

Sudden deceleration causing heart and lungs to be compressed against chest causing reduction in size. Small bowel compressed between spine and steering wheel, eventually causing reduction in volume.

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42
Q

Name some examples of injury due to blunt trauma.

A

• Head injuries, spinal cord injuries, fractures, abdominal injuries

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43
Q

Name some examples of low energy missiles.

A

Knives, arrows, or any type of object that can be thrown from the hand (stick, metal rod)

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44
Q

Name some examples of medium energy missiles.

A

Handguns, certain types of rifles

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45
Q

Name some examples of high energy missiles.

A

Hunting rifles, shotguns

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46
Q

Name a very important nursing consideration when object is penetrated into skin.

A

DO NOT take out the penetrating object, leave it there and protect it from further movement until surgical interventions can be done. If you take out penetrating object person can bleed to death (exsaguination).

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47
Q

Describe characteristics of low to medium energy missiles.

A

Travel less than 2,000 ft per sec. Damage is localized. Special consideration of body cavities.

48
Q

Describe characteristics of high energy missiles.

A

Travel more than 2,000 ft per sec. Damage displaces tissues forward and laterally to form a cavity (cavitation). Surrounding tissue is exposed to tensile (stretching), compressing, and shearing which produce damage outside the direct path of the missile (blast effect).

49
Q

As a missile goes into the body the environment changes. Define yaw, tumble, deform, fragment.

A

Yaw – deviation of missile either horizontally or vertically
Tumble – forward rotation around the center of a mass (somersaulting)
Deform – change in original shape
Fragment – break into multiple pieces

50
Q

Define secondary missile. Examples?

A

A secondary penetrating object. Teeth, bone, fragments of original missile.

51
Q

Describe the nursing care of a pt with penetrating trauma.

A

Wounds need to be evaluated for location, shape, size, foreign substance around surrounding tissue, presence of active bleeding. If there are two wounds note the location of each which gives the clinician an idea of the path it took if the same missile caused both wound. Missiles take the path of least resistance so it may have not went in a straight line between two wounds. Entrance wounds are usually smaller than exit wounds. Just because there are two wounds doesn’t mean one is an entrance and one is an exit wound, they may be caused by two different missiles. Not all medium or high energy missiles cause an exit wound, it still may be in the body.

52
Q

If an adult got hit by a car what type of injuries might they have?

A

Fractures of femur, tibia, and fibula on side of impact. Ligament damage to impacted knee. Mild contralateral brain injury.

53
Q

If a child got hit by a car what type of injuries might they have?

A

Fractures of femur, chest injury, contralateral brain injury.

54
Q

If a driver w/o a seatbelt got into a car accident what type of injuries might they have?

A

Head or facial injury, rib fractures, sternum w/ underlying myocardial or pulmonary contusion, cervical spine fractures, layngotracheal injuries, spleen/liver/small bowel injuries, posterior fracture or dislocation of hip, femur fractures

55
Q

If a front seat passenger w/o a seatbelt got into a car accident what type of injuries might they have?

A

Head or facial injury, layngotracheal injuries, posterior fracture or dislocation of femoral head, femur/patellar fractures

56
Q

If a driver w/ a seatbelt got into a car accident what type of injuries might they have?

A

Contusions of structures underlying seatbelt (pulmonary/small bowel contusion)

57
Q

If a passenger w/ a lap seatbelt got into a car accident what type of injuries might they have?

A

Flexion/distraction fractures especially lumbar vertebrae, duodenal injuries, cervical spine injuries

58
Q

If a person fell what type of injuries might they have?

A

Compression fractures of lumbosacral spine and calcaneous fractures. Fractures of radius/ulna/patella if person falls forward.

59
Q

If a person fell out of a car what type of injuries might they have?

A

Multiple injuries especially of head and cervical spine. Injury increases by 300%.

60
Q

If a person got stabbed with a low velocity missile what type of injuries might they have?

A

Local tissue/organ disruption, little to no cavitation.

61
Q

If a person got stabbed with a high velocity missile from a short distance what type of injuries might they have?

A

Entrance wound larger than tip of object. Large ragged exit wound with cavitation.

62
Q

If a person got stabbed with a high velocity missile from a long distance what type of injuries might they have?

A

Entrance wound larger than tip of object. Exit wound slightly larger or equal to tip of object. Extensive cavitation.

63
Q

If a person got stabbed with a high velocity missile and it hit bone or teeth what type of injuries might they have?

A

Entrance wound larger than tip of object. Possible no exit wound and missile fragmentation. Secondary missile injury.

64
Q

What might a COPD patient require if they had a minor pulmonary contusion?

A

Intubation

65
Q

Beta blockers mask what?

A

Symptoms of hypovolemic shock - tachycardia

66
Q

What does substance abuse make it difficult to obtain?

A

An accurate baseline

67
Q

What are some factors that effect injury in the older adult?

A

More chronic disease states, changes in practically every body system. Bone fractures b/c they weak, pressure ulcers since less blood flow, harder to maintain airway, normal BP may not be normal, more aggressive care and resuscitation.

68
Q

Describe the nursing care of hypovolemia.

A

Recognize it early, control obvious bleeding, fluid resuscitation until surgery can be provided.

  • Bleeding can happen in a number of different areas
  • Control bleeding by establishing IV with large-bore (14,16 gauge) catheters and administer fluids (NSS)
  • Give vasopressors after fluid volume is restored
  • Give pt blood and blood products, autotransfusion of pts own blood is best
  • Rapid infusion of crystalloids and colloids
  • Open resuscitative thoracotomy can be performed – incision into chest wall to view chest & it’s structures
69
Q

How much volume can be lost in different locations?

A

Chest - 2.5 L of blood in each lung cavity, total of 5 L
Abdomen - 6 L
Pelvis and retroperitoneum - liters of blood loss, exsanguination can occur
Femur fractures - 0.5-1 L each femur
External hemorrhage - depends on wound, if it was the scalp, hemostasis would be required b/c a lot of blood can be lost

70
Q

What are the end points of resuscitation during shock?

A
BP - SBP >90, MAP >70
HR - 30 mL/hr
Skin - warm, dry
o2 delivery - >500 mL/min/m^2
o2 consumption - 125 mL/min/m^2
Systemic mixed venous oxygenation - 65-80%
Lactate - 7.35
71
Q

What are the complications of rib fractures?

A

Pt can develop atelectasis and pneumonia

72
Q

What are the signs of rib fractures?

A

Very painful, pain is worse with movement such as breathing so pt is often seen taking shallow breaths.

73
Q

What is the treatment of rib fractures?

A

NSAIDs, intercostal nerve block, thoracic epidural analgesia, or narcotics. No tx for nondisplaced rib fractures but incentive spirometer is helpful.

74
Q

What is a flail chest?

A

Happens when two or more rib fractures happen in two or more places causing flail chest to separate from rib cage and move independently.

75
Q

What are the complications of flail chest?

A

Extreme pain with inspiration and expiration, hypoxemia

76
Q

What are the signs of flail chest?

A

Uncoordinated, paradoxical movement of flail portion of chest wall, crepitus, hypoxemia on ABG

77
Q

What is the treatment of flail chest?

A

Prevent and tx hypoxia, PPV may be required

78
Q

What is a pulmonary contusion?

A

Unilateral or bilateral pulmonary contusion aka bruising, caused by blunt trauma

79
Q

What are the complications of pulmonary contusion?

A

Alveolar hemorrhage, edema, and inflammation within lung. Large pulmonary contusion → respiratory failure.

80
Q

What are the signs of pulmonary contusion?

A

May not appear for several days, pulmonary infiltrates on CXR, crackles

81
Q

What is the treatment of pulmonary contusion?

A

Deep breathing exercises, ambulation, removal of secretions, monitor respiratory status, intubation/mechanical ventilation may be required if signs of respiratory distress are present, provide pain management

82
Q

What is a tension pneumothorax?

A

Occurs when air leaks from the lung or chest wall causing collapsed lung

83
Q

What are the complications of tension pneumothorax?

A

Decreased venous return and CO

84
Q

What are the signs of tension pneumothorax?

A

Chest pain, air hunger, respiratory distress, tachycardia, neck vein distention, deviated trachea, absent breath sounds on affected side

85
Q

What is the treatment of tension pneumothorax?

A

Treated during primary survey. In emergencies, needle thoracotomy via large bore needle or chest tube.

86
Q

What is the nursing management of tension pneumothorax?

A

Monitor for pulsus paradoxus (decrease of 10 or more mmHg in systolic blood pressure on inspiration) characterized by increased left ventricular filling pressure → back up of blood into RH → compromised CO. Right arterial pressure is elevated, greater than 15 is bad.

87
Q

What is a open pneumothorax?

A

Penetrating chest wall injury that sucks air causing intrathoracic pressure & atmospheric pressure to equalize

88
Q

What are the signs of open pneumothorax?

A

Chest pain, air hunger, respiratory distress, tachycardia, neck vein distention, deviated trachea, absent breath sounds on affected side

89
Q

What is the treatment of open pneumothorax?

A

Cover wound with sterile occlusive dressing taped on 3 sides (to keep air from getting in during inspiration but to let air out with expiration), usually treated during the primary survey to stabilize breathing with a chest tube, surgery may be required

90
Q

What is a massive pneumothorax?

A

The accumulation of >1500 mL of blood in the chest cavity that is usually caused by a penetrating wound that disrupts the great vessels

91
Q

What are the signs of massive pneumothorax?

A

Decreased breath sounds, dullness to percussion on affected side, hypotension

92
Q

What is the treatment of massive pneumothorax?

A

Restore blood volume & decompress chest cavity w/ chest tube, usually occurs during primary survey to stabilize breathing. Surgery may be required for those with consistent bleeding.

93
Q

What happens as a result of cardiac tamponade?

A

Causes pericardium (sac around heart) to fill with blood redistricting hearts ability to pump & impedes venous return

94
Q

What are the signs of cardiac tamponade?

A

Beck’s triad (high right atrial pressure, JVDs, hypotension, muffled heart sounds), pulses paradoxus, pulseless electrical activity

95
Q

What is the treatment of cardiac tamponade?

A

Would be treated during primary survey to stabilize circulation, volume resuscitation until pericardiocentesis can be performed

96
Q

What is a blunt cardiac injury?

A

Bruising of the myocardium

97
Q

What are the signs of blunt cardiac injury?

A

Chest discomfort, sinus tachycardia, hypotension, ST changes, dysrhythmias, heart block

98
Q

What is the treatment of blunt cardiac injury?

A

Continuous EKG monitoring for 24-48 hrs if abnormal EKG, echocardiogram to evaluate cardiac function

99
Q

Describe characteristics of spleen injury.

A

The most commonly injured in blunt trauma. It is preferred to let the spleen heal instead of removing it since it is important in immunological function.

100
Q

How is the diagnosis of spleen injury made?

A

CT scan

101
Q

What is the nursing management of spleen injuries?

A

monitor VS & Hematocrit, continued hemodynamic instability may require need for surgery – pts are at risk for infection and require vaccinations prior to discharge

102
Q

Describe characteristics of liver injury.

A

Majority do not require surgery, mortality is great w/ complex liver injury, death usually results from hemorrhage

103
Q

How is the diagnosis of liver injury made?

A

CT scan

104
Q

What is the treatment of liver injury?

A

Hepatic arteriography or surgery, volume resuscitation (crystalloids, blood) if hypovolemic shock occurs

105
Q

What is the nursing management of liver injury?

A

Monitor VS & hct – bleeding is the most common complication, diagnosis of injury graded on scale of 1-6 w/ 6 being the worst, monitor pt responses to interventions

106
Q

What is damage control surgery? What are the phases?

A

A type of surgery that pts w/ abd injuries might need.

Initial operation: time in the OR is kept to a minimum, goal is to quickly locate and control sources of hemorrhage (can be controlled by packing abd w/ sterile dressing), the longer it takes the greater the risk of hypothermia, continued bleeding, & systemic acidosis

Resuscitation – done in the ICU, goal is to correct hypothermia, coagulopathies, and acidosis

Definitive restoration – returned to OR for repair of injuries

107
Q

What are the causes of pelvic injuries?

A

Blunt trauma such as car accident or crushing injury

108
Q

What are the signs of pelvic injuries?

A

Perianal ecchymosis, pain on palpation, “rocking” of iliac crests, hematuria, lower extremity rotation, paresis

109
Q

How is the diagnosis of pelvic injuries made?

A

CT scan

110
Q

What is the treatment of pelvic injuries?

A

Prevention or treat life threatening hemorrhage, stabilization w/ pelvic binder or external fixation device, preferred method is internal fixation

111
Q

What is the nursing management of pelvic injuries?

A

Monitor for signs of hemorrhage, fluid resuscitation, before moving determine whether pt is stable or unstable. Monitor color, motion, sensitivity of bilateral lower extremities for signs of neurological or vascular compromise.

112
Q

Pts with trauma need nutritional support. What is the metabolic response to trauma during the ebb and flow phase?

A

Ebb - low everything

Flow - high everything

113
Q

Why is venous thromboemolism a complication of traumatic injury?

A

Trauma pts have one the highest rates of VTE among hospitalized pts b/c of immobility and increased coagulability. Prophylaxis is difficult because anticoagulants can cause bleeding and lower extremity injuries prohibit use of SCDs.

114
Q

Why is sepsis a complication of traumatic injury?

A

Pts with traumatic injuries are at increased risk for infection because of so may potential ports of entry such as urinary catheters, endotracheal tubes, surgical wounds, invasive hemodynamic monitoring catheters, and IV catheters.

115
Q

Why is AKI a complication of traumatic injury?

A

In trauma pt this occurs often because of tubular necrosis or toxin mediated damage (aminoglycosides, NSAIDs, radiologic contract dye) to the tubules, rarely because of direct damage