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SHINTA R. WIDYA, MD - POST TEST ATLS QUESTIONS AND ANSWERS LATEST UPDATE TOP RANKED BEST RATED 2023 / 2024
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a Cerebral contusions may coalesce to form an intracerebral hematoma b Epidural hematomas are usually seen in frontal region c Subdural hematomas are caused by injury to the middle meningeal artery
d Subdural hematomas typically have a lenticular shape on CT scan e The associated brain damage is more severe in epidural hematomas
brought to the
emergency department by his family. His vital signs are normal, but he complains of left upper quadrant pain. An abdominal CT scan reveals a moderately severe laceration of the spleen. The receiving institution does not have 24 hour a day operating room capabilities. The most appropriate management of this patient would be: a Type and crossmatch for blood b Request consultation of a pediatrician c Transfer the patient to a trauma center d Admit the patient to the ICU e Prepare the patient for surgery the next day
automobile at an intersection. He is unconscious at the scene with a BP of 140/90 mmHg, HR of 90 bpm, and RR of 22 bpm. His respirations are sonorous and deep. His GCS score is 6. Immobilization of the entire patient may include the use of all the following, except:
a Air splints b Bolstering devices c ... d ... e ...
emergency department. His HR is 124 bpm and BP is 85/60 mmHg. He complains of lower abdominal pain. After assessing the airway and chest, immobilizing the c-spine and initiating fluid resuscitation, the next step is to perform: a FAST exam b Detailed neurological exam c Rectal exam d Cervical spine x-ray e Urethral catheterization
and chest
at close range. His BP is 80/40 mmHg and his HR is 130 bpm. After 2 liters of crystalloid solution are rapidly infused, his BP increases to 122/84 mmHg, and HR decreases to 100 bpm. He is tachypneic with RR of 28 bpm. On physical examination, his breath sounds are decreased at the left upper chest with dullness on percussion. A large caliber (36 french) tube thoracostomy is inserted in the fifth intercostal space with the return of 200 ml of blood and no air leak. The most appropriate next step is to: a Insert a folley catheter b Begin to transfuse o-negative blood c Perform thoracotomy d Obtain a CT scan of the chest and abdomen e Repeat the physical examination of the chest
b A vertebral injury is unlikely in the absence of physical findings of a cord injury c A patient with a suspected spine injury requires immobilization on a short spine d Diaphragmatic breathing in an unconscious patient who has fallen is a sign of spine injury e Determination of whether a spinal cord lesion is complete or incomplete must be made in the primary survey
arrives in the emergency department, he shouts that he cannot move his legs. On physical examination, there are no abnormalities of the chest, abdomen or pelvis. The patient has no sensation in his legs and cannot move them, but his arms are moving. The patient’s RR is 22 bpm, HR is 88 bpm, and BP is 80/60 mmHg. He is pale and sweaty. What is the most likely cause of this
condition? a Neurogenic shock b Cardiogenic shock c Abdominal hemorrhage d Myocardial contusion e Hyperthermia
involved in a flight in which he was beaten with a wooden stick. His chest shows multiple severe bruises. His airway is clear, RR is 22 bpm, HR is 126 bpm, and SBP is 90 mmHg. Which of the following should be performed during the primary survey? a GCS b Cervical spine x-ray c TT administration d Blood alcohol level e Rectal exam
pediatric
resuscitation? a Intraosseous access should only be considered after five percutaneous attempts b Cut down at the ankle is a preferred initial access technique c Blood transfusion can be delivered through intraosseous access d Internal jugular cannulation is the next preferred opinion when percutaneous venous access fails e Intraosseous cannulation should be first choice for access
Shinta R. Widya, MD – Post Test ATLS 2 b Place a left-sided chest tube c Insert central venous catheter d Perform CT scan of the abdomen and pelvis e Prepare for urgent thoracotomy
intubation. However, the vocal cords are not visible. What tool would be the most valuable for achieving successful intubation? a Gum elastic bougie b Lateral cervival spine x-ray c Nasopharyngeal airway d Oxygen e Laryngeal mask airway
emergency department. She is on Coumadin and a beta blocker. Which
of the following statements is true concerning her management? a The risk of subdural hemorrhage is decreased b Absence of tachycardia indicates that the patient is hemodynamically normal c Non-operative management of abdominal injuries is more likely to be successful in older adults than in younger patients d Vigorous fluid resuscitation may be associated with cardiorespiratory failure e Epinephrine should be infused immediately for hypotension
pressure. A repeat AP portable chest x-ray demonstrates a residual, large right pneumothorax. After transferring the patient to a verified trauma center, a third chest x-ray reveals a persistent right penumothorax. The chest tube appears to be functioning and in good position. He remains hemodynamically normal with no signs of respiratory distress. The most likely cause for his persistent right pneumothorax is: a Flail chest b Diaphragmatic injury c Pulmonary contusion d Esophageal perforation e Tracheobronchial injury
b Check for fetal movement c Perform inspection of the cervix d Ask the patient what her name is e Insert a werdge under the patient’s right hip
infraglottic device b The multilumen esophageal airway occludes the supraglottic lumen and ventilates through the port placed distal to the vocal cords c The nasopharyngeal airway is an ideal supraglottic device for patients with cribiform plate fractures d Nasotracheal tubes position a cuffed airway in the infraglottic space e Tracheostomy tubes are placed in apneic, hypoxic patients in the supraglottic space
a height of just over 3 meters (10 feet). His airway is clear, RR is 28 bpm, and SBP is 140 mmHg. There is equal air entry on both sides of the chest with comparable percussion sounds bilaterally. He complains of pain on palpation of the chest. Which intervention is most likely needed? a Needle decompression of the chest b Pericardiocentesis c Pain management d Thoracotomy e Tube thoracotomy
meters (6 feet) fall onto concrete. She is unresponsive and found to have a RR 0f 32 bpm, BP 90/60 mmHg, and HR of 68 bpm. The first step in treatment is: a Administering vasopressors b Establishing iv access for drug assisted intubation c Seeking the cause of her decreased level of consciousness d Applying oxygen and maintaining airway e Excluding hemorrhage as a cause of shock
c Mandatory intubation to protect his airway is required d His GCS suggests a severe head injury e His level of consciousness can be solely attributed to elevated blood alcohol
cord injury as the cause of hypotension? a Priapism b Bradycardia c Distended neck veins d Diaphragmatic breathing e Ability to flex forearms but inability to extend them
a Requires surgical intervention b Is definitively managed by needle pericardiocentesis c Is easily diagnosed by discovery of Beck’s triad in the emergency department d Is indicated by Kussmaul breathing e Is most common with blunt thoracic trauma and anterior rib fractures
from a vehicle that is struck head on by an oncoming car travelingat 64 kph ( mph). The infant arrives in the emergency department with multiple facial injuries, is lethargic, and is in severe respiratory distress. Respiratory supoort is not effective using a bag mask device, and her oxygen saturation is falling. Repeated attempts at orotracheal intubation are unsuccessful. The most appropriate procedure to perform next is: a Perform needle cricothyroidotomy with jet insufflation b Administer heliox and racemic epinephrine c Perform nasotracheal intubation d Perform surgical cricothyroidotomy e Repeat orotracheal intubation
a Bilateral femur fractures with obvious deformity Shinta R. Widya, MD – Post Test ATLS
3 b Open fracture with bleeding c Milg thigh amputation d Unstable pelvic fracture e Forearm fracture
intubation? a Chest x-ray demonstrating the ETT tip positioned above the carina b Symmetrical chest wall movement c End tidal CO2 d Bilateral breath sounds e Oxygen saturation
c Chest x-ray d Administration of methylprednisolon e Computerized tomography of the abdomen
Before transfer to the scanner, you should: a Give more sedative drugs b Insert a definitive airway c Insert a multilumen esophageal airway d Request a lateral cervical spine film e Insert a nasogastric tube
(20 feet).
Inspection reveals an obvious flail chest on the right. The patient is tachypneic. Brath sounds are present and symmetrical. There is no significant hyperresonance or dullness. Arterial blood gas obtained while the patient receives oxygen by face mask are: PaO2 of 45 mmHg (6 kPa), PaCO2 of 28 mmHg (3,7 kPa) and pH of 7,47. The component of injury that sis most likely responsible for abnormalities in the patient’s blood gases is: a Hypoventilation b Pulmonary contusion c Hypovolemia d Small penumothorax e Flail chest
no neck pain or midline tenderness d Should be performed before addressing potential breathing or circulatory problems e May show atlanto occipital dislocation if the Power’s ratio is <1 1: normal, >1: anterior, <1: posterior
Abdominal x-ray b Abdominal ultrasonography c Diagnostic peritoneal lavage abdominal bleeding d Frequent abdominal examination e CT of abdominal and pelvis
a Vasodilatation b Multiple organ failure c Decreased base deficit d Acute glomerulonephritis e Increased cellular ATP production
after falling more than 9 meters (30 feet) from scaffolding. His vital signs are: HR 140 bpm, BP 96/60 mmHg, and RR 36 bpm. He is complaining bitterly of lower abdominal and lower limb pain, and has obvious deformity of both lower legs with bilateral open tibial fractures. Which one of the following statement concerning this patient is true? a Pelvic injury can be ruled out based on the mechanism of injury b Blood loss from the lower limb is most likely cause of his hypotension c Spinal cord injury is the most likely cause of hypotension d X-ray of the chest and pelvis are important adjuncts in his assessment e Aortic injury is the most likely cause of his tachycardia
department. All following are true statements regarding his condition compared to a younger patient with similar mechanism, except? a He is more likely to have had a contracted circulatory volume prior to his injury b His risk of cervical spine injury is increased due to degeneration, stenosis, and loss of disk compressibility c His risk of occult fractures is increased d His risk of bleeding may be increased e Intracranial hemorrhage will become symptomatic more quickly
emergency department following a high speed motor vehicle crash. She is conscious and immobilized on a long spine board. Her RR is 24 bpm, HR is 120 bpm, and BP is 70/50 mmHg. The laboratory result show a PaC)2 of 40
mmHg. Which one of the following statements concerning this patient is true? a Fetal assessment should take priority b Log rolling the patient to the right will decompress the vena cava c Rh-immunoglobulin therapy should be immediately administered d Vasopressors should be given to the patient e The patient has likely impending respiratory failure
who presents following blunt trauma? a Early gastric decompression is important b A Hb level of 10 g/dl (Ht 30) indicates recent blood loss c The central venous pressure response to volume resuscitation is blunted in pregnant patients d A lap belt is the best form of restraint due to the size of gravid uterus e A PaCO2 of 40 mmHg (5,3 kPa) provides reassurance about the adequacy of respiratory function
presentation, his GCS score is 15, BP is 145/90 mmHg, HR is 72 bpm, RR is 24 bpm, and oxygen saturation on 5 L is 91%. Chest x-ray demonstrates
multiple right sided rib fractures. ECG demonstrates normal sinus rhytm with no conduction abnormalities. Management should include: a Placement of a 22 F, right sided chest tube b Serial troponins and cardiac monitoring c Monitored iv analgesia d Thoracic splinting, taping, and immobilization e Bronchoscopy to exclude tracheobronchial injury
examination reveals normal vital signs. There is a large bruise over his epigastrium that extends to the left flank. He has no other apparent injuries. A CT scan of the abdomen demonstrate a ruptured spleen surrounded by a large hematoma and fluid in the pelvis. The next step in the patient’s management is: a Splenic artery embolization b Pneumococcal vaccine