CH 44 Flashcards
(140 cards)
When attempting resuscitation of a child with pulseless electrical activity, you should:
give atropine if the heart rate is less than 60 beats/min.
attempt to identify an underlying cause of the arrest.
administer epinephrine via the endotracheal tube, if possible.
perform synchronized cardioversion if the rate is fast.
attempt to identify an underlying cause of the arrest.
When inserting an oropharyngeal airway in a child, you should:
hyperextend the head to facilitate insertion.
use a tongue blade to depress the tongue.
open the mouth with the tongue-jaw lift.
suction the oropharynx for 15 seconds first.
use a tongue blade to depress the tongue.
In young children, air bags pose a particular threat for injuries to the:
thoracic organs.
head and neck.
abdominal organs.
soft tissues of the face.
head and neck.
A 12-year-old boy presents with marked respiratory distress; hot, moist skin; and anxiety. He is sitting with his chin thrust forward and has inspiratory stridor. According to the child’s grandmother, his symptoms began suddenly about 30 minutes ago. You should be most suspicious for:
laryngotracheobronchitis.
acute viral croup.
subglottic narrowing.
bacterial epiglottitis.
bacterial epiglottitis.
A 6-year-old girl who has been running a fever for the past 2 days presents with lethargy and tachycardia. Her heart rate is 170 beats/min and varies with activity. Her skin is cool and clammy, and her capillary refill time is 4 seconds. The cardiac monitor reveals a narrow complex tachycardia with a rate that varies between 150 and 170 beats/min. You should:
transport immediately and establish vascular access en route to the hospital.
start an IV line and give adenosine while monitoring her cardiac rhythm.
establish vascular access and administer a 20-mL/kg normal saline bolus.
apply chemical ice packs to the child’s face to try to slow her heart rate.
establish vascular access and administer a 20-mL/kg normal saline bolus.
When evaluating a child’s oxygen saturation level with a pulse oximeter:
you should recall that peripheral vasodilation from a warm environment will typically yield a false reading.
it should be evaluated in the context of the Pediatric Assessment Triangle and remainder of the primary assessment.
a reading of less than 96% on room air indicates respiratory distress and necessitates the administration of supplemental oxygen.
you should provide ventilatory assistance with a bag-mask device if the reading is below 94% and not increasing rapidly.
it should be evaluated in the context of the Pediatric Assessment Triangle and remainder of the primary assessment.
A 10-month-old infant presents with an acute onset of increased work of breathing. According to the infant’s mother, the child was crawling around in the living room prior to the event and was fine 10 minutes earlier. Your assessment reveals that the infant appears alert to his surroundings, has loud inspiratory stridor, and pink skin. You should:
apply a pediatric nonrebreathing mask and transport expeditiously.
avoid agitating the infant, offer supplemental oxygen, and transport.
look inside the infant’s mouth using a tongue blade and penlight.
deliver five sharp back slaps between the infant’s shoulder blades.
avoid agitating the infant, offer supplemental oxygen, and transport.
A 10-year-old child fell approximately 15 feet from a balcony, landing on a sidewalk. He is conscious and alert, and complains of pain to the right side of his body. After completing your primary survey, you should:
correct immediate life threats, perform a detailed head-to-toe exam, apply spinal precautions, and transport.
apply spinal precautions, begin transport, and perform a rapid assessment while en route to the hospital.
perform a focused physical exam, obtain baseline vital signs, apply spinal precautions, and transport.
provide any immediately needed care, perform a rapid assessment, apply spinal precautions, and transport.
provide any immediately needed care, perform a rapid assessment, apply spinal precautions, and transport.
Beta-blocker ingestion in small children would most likely cause:
acute hypoglycemia.
ventricular fibrillation.
agitation or irritability.
marked hypertension.
acute hypoglycemia.
When a child experiences a low cardiac output state, they rely mostly on:
increased tidal volume.
increased stroke volume.
central vasoconstriction.
an increase in heart rate.
an increase in heart rate.
In contrast to a complex febrile seizure, a simple febrile seizure:
is not associated with tonic-clonic body movement and occurs in children older than 6 years of age.
is of short duration and occurs when the child’s body temperature gradually rises above 102.5 degrees Fahrenheit.
lasts less than 15 minutes and occurs in children without underlying neurologic abnormalities.
is focal in nature and tends to occur in children with a baseline developmental abnormality.
lasts less than 15 minutes and occurs in children without underlying neurologic abnormalities.
Medications used to prevent an asthma attack include:
beta-2 agonists.
inhaled steroids.
oral ibuprofen.
inhaled albuterol.
inhaled steroids.
Any child with unexplained hyperpnea should be suspected of having which type of toxicity?
Beta blocker
Salicylate
Organophosphate
Opiate
Salicylate
Upon arriving at the scene of a 4-year-old boy in respiratory distress, you enter the residence and see the child, who is conscious, sitting on his father’s lap. The father is aware of your presence, but the child is not. Your initial action should be to:
quickly build good rapport with the child by picking him up and asking him what his name is.
visually assess the child from across the room for any signs of increased work of breathing.
allow the father to carry his son to the ambulance, where you can perform an initial assessment.
make physical contact with the child as soon as possible in order to identify any life threats.
visually assess the child from across the room for any signs of increased work of breathing.
Which of the following statements regarding nasogastric (NG) and orogastric (OG) insertion in children is correct?
Insertion of an orogastric tube is contraindicated in children with severe head trauma or injury to the midface.
Prior to inserting an NG or OG tube in an unresponsive child without a gag reflex, you should intubate their trachea.
Gastric decompression with an NG or OG tube is only appropriate for children older than 10 years of age.
The correct size NG or OG tube for a child should be half the ET tube size that they would need.
Prior to inserting an NG or OG tube in an unresponsive child without a gag reflex, you should intubate their trachea.
Which of the following represents the correct drug, dose, and delivery route for an 18-kg child experiencing severe respiratory distress due to bronchospasm?
Ipratropium, 0.5 mg nebulized
Epinephrine, 0.1 mg/kg IM
Albuterol, 0.25 mg nebulized
Albuterol, 1 mg nebulized
Ipratropium, 0.5 mg nebulized
Which of the following clinical findings is the most consistent with hypertrophic cardiomyopathy?
Chest pain with fever
Unexplained syncope
Unresolving bradycardia
Sustained hypertension
Unexplained syncope
Children between 1 and 2 years of age:
may have negative associations with health care providers.
have a well-developed sense of cause and effect.
generally explore the world exclusively by crawling.
are capable of basic reasoning.
may have negative associations with health care providers.
If a child who is wearing a helmet strikes a fixed object on their bicycle and flies over the handlebars, you would most likely encounter:
compression injuries to the intra-abdominal organs.
open or closed fractures of the lower extremities.
facial fractures with associated brain injury.
stretching or tearing injuries to the kidneys.
compression injuries to the intra-abdominal organs.
If the parent or caregiver of a sick or injured child is emotionally distraught:
you should remove them from the scene immediately.
you should firmly tell them that the situation is under control.
you should advise them to follow the ambulance in their personal vehicle.
provide support, but remember that your first priority is the child.
provide support, but remember that your first priority is the child.
You and your partner arrive at the scene shortly after a 2-year-old child experienced an apparent seizure. The child’s father tells you that his son’s entire body began shaking and that the episode lasted less than 5 minutes. Your assessment of the child reveals that he is conscious, is crying, and has hot, moist skin. His heart rate is 160 beats/min, and his respirations are 40 breaths/min. You should:
cool the child with tepid water, administer high-flow oxygen, and transport.
establish vascular access, give a 20-mL/kg saline bolus, and transport.
advise the father to take his son to see a pediatrician the following day.
keep the child cool and transport him to the hospital for physician evaluation.
keep the child cool and transport him to the hospital for physician evaluation.
Distributive shock in children is most often the result of:
spinal injury.
anaphylaxis.
heart failure.
sepsis.
Sepsis
To maintain a neutral airway position in an unresponsive infant, you should:
insert an appropriate-sized oral airway.
pad underneath the infant’s occiput.
slightly extend the infant’s head.
place a towel roll under the shoulders.
place a towel roll under the shoulders.
Vasopressor support to improve vascular tone in a child in septic shock should be considered:
if the child’s sustained heart rate is greater than 130 beats/min.
as soon as sepsis is suspected as the underlying problem.
if hypotension persists despite 60 mL/kg of isotonic fluid.
only if other causes of distributive shock are ruled out.
if hypotension persists despite 60 mL/kg of isotonic fluid.