Emergency Care of Children 1 Flashcards
Primary focus of neonatal resuscitation
Respiratory assistance with effective positive-pressure ventilation
Cardiac arrest is most commonly secondary to:
Respiratory failure in children
Suggested guidelines to minimize the impact of the limitations inherent in a transport environment:
1) Prepare transport vehicle - should be prepared to meet the special needs of the child
2) Stabilize the patient before transport - time spent undertaking goal directed intensive care interventions early in the course of illness does not worsen outcomes
3) Monitor as many physiologic parameters as possible electronically - especially at risk for hypothermia and hypoglycemia
4) Anticipate deterioration - prepare for gastric decompression, chest tube insertion, transfusion etc
Pediatric conditions at risk for deterioration during transport:
Pneumonia
Recurrent BRUE
Foreign body aspiration
Airway obstructions
Epilepsy
Poisoning/overdose
Multisystem/severe intracranial trauma
Tracheitis
Severe asthma
Metabolic derangements
Sever sepsis
APGAR score at 1 and 5 minutes after delivery:
(Scored 0, 1, 2)
Appearance or color
(blue/pale, acrocyanotic, completely pink)
Pulse or heart rate
(Absent, <100, >100)
Grimace or reflex irritability
(No response, grimace, crying/active)
Activity or muscle tone
(Limp, some flexion, fully flexed)
Respiratory effort
(Absent, weak, crying/normal)
If AS at 5th min is <7, cont at 5 min intervals until >=7 is reached
Point of care glucose testing done to infants…
Of diabetic mothers
Small and large for gestational age
Depressed or irritable
Poor response to initial steps of resuscitation
Infants who are spontaneously breathing, whether delivered through clear or meconium-stained amniotic fluid, DO NOT REQUIRE TRACHEAL SUCTIONING because it can cause:
Reflex bradycardia and apnea
For all newborns with a heart rate of <100 bpm or who are gasping or apneic after 30 seconds, provide:
Positive pressure ventilation with a self-inflating or flow inflating bag or a T piece resuscitator
STEPS IN NEONATAL RESUSCITATION
(Based on table 108-2)
Management for:
Infant breathing, crying, good tone
Routine newborn care
Warm, dry, delay cord clamping 1-3 minutes, observe
STEPS IN NEONATAL RESUSCITATION
(Based on table 108-2)
Management for:
Poor tone or respiratory effort or respiratory distress
Warm, open airway, clear nose and mouth (only of obstructed), dry, stimulate
STEPS IN NEONATAL RESUSCITATION
(Based on table 108-2)
Management for:
Labored breathing or persistent cyanosis with HR >100
Clear nose and mouth, monitor o2 saturation, provide o2 only to maintain in appropriate levels, consider CPAP
STEPS IN NEONATAL RESUSCITATION
(Based on table 108-2)
Management for:
Apnea, gasping, or HR <100
Positive pressure ventilation (PPV)
Cont for 30s, taking corrective steps if no improvement in HR
STEPS IN NEONATAL RESUSCITATION
(Based on table 108-2)
Management for:
HR <60 bpm
Initiate CPR :
3:1 compression to ventilations ratio
90:30 compressions and ventilations per minute
STEPS IN NEONATAL RESUSCITATION
(Based on table 108-2)
Management for:
HR <60 after appropriate ventilation and CPR
Administer Epinephrine
Consider volume expansion if blood loss: treat hypoglycemia
Dose of Epinephrine:
0.01 to 0.03 mg/kg IV or IO
(0.1 to 0.3 ml/kg of 1:10,000 solution)
0.05 to 0.1 mg/kg
(0.5 to 1ml/kg of 1:10,000 solution)
Recommended maneuver to clear a choking infant’s airway (conscious):
Alternating sequence of 5 back blows and 5 chest thrusts
AHA specifically discourages 2 common maneuvers used in foreign body management in adult patients:
1) Heimlich maneuver in <1 y/o - potential injury to abdominal organs
2) Blind finger sweeps - possibility of pushing foreign body farther into the airway
Cardioversion initial dose
0.5 J/kg in the synchronized mode
Double the energy level if the 1st attempt is unsuccessful
Sedation and intubation drugs doses using the 3:2:1 rule:
Fentanyl 3 mcg/kg IV
Ketamine 2mg/kg IV
Rocuronium 1mg/kg IV
Very late and ominous sign of cardiovascular compromise in children
Hypotension
The mean systolic blood pressure in children 1-10 y/o can be estimated using the formula:
90 + (2 x age) mmHg
Hypotension can be estimated as SBP less than:
70 + (2 x age) mmHg
Indications for endotracheal intubation in the trauma patient:
1) GCS <8 or lack of airway protective reflexes
2) Respiratory failure due to inadequate oxygenation or ventilation
3) Impending airway compromise
4) Lack of neuromuscular respiratory drive
5) Significant hypovolemia with depressed sensorium
6) Unstable patients in need of CT, angioembo, or operative intervention
7) Transport if critically injured patients to another institution, especially over long distances
Given the minimal risks and plausible benefit of Tranexamic acid in pediatric polytrauma, it should be strongly considered within _____ of injury in adolescents as well as children of all ages requiring blood transfusion.
3 hours
________ are not recommended to treat acute spinal cord injury in children. It increases the risk of infection and do not result in significant neurologic improvements in children.
Corticosteroids