PaedsResus(DeAlwis) Flashcards

1
Q

What compression-ventilation ratio does the ILCOR Neonatal Task Force recommend for resuscitating newborns?

A

3:1

A pause for ventilation is advised whether or not the infant has an advanced airway.

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2
Q

What compression-ventilation ratio may be more effective for cardiac arrests in infants?

A

15:2 (two rescuers)

This is more effective than a 3:1 ratio if the arrest is cardiac in nature.

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3
Q

What compression-ventilation ratio should be used for asphyxial or respiratory arrest?

A

3:1

This provides more effective ventilation, albeit with interrupted CPR.

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4
Q

What is the level of evidence (LOE) for the recommended compression-ventilation ratios?

A

Poor at best (level 5)

This indicates a lack of strong evidence supporting the recommendations.

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5
Q

What is the recommended compression-ventilation ratio for infants without an advanced airway according to the Pediatric Task Force?

A

15:2

This includes a pause for ventilation.

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6
Q

What is the preferred technique for emergency ventilation during initial steps of paediatric resuscitation?

A

BVM (Bag-Valve-Mask)

It remains the preferred technique despite advancements in airway management.

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7
Q

What airway technique has become useful for airway rescue when intubation is difficult?

A

Laryngeal Mask Airway (LMA)

LMAs are particularly useful in children with airway abnormalities.

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8
Q

What is the risk associated with using LMAs in younger patients?

A

Increased complication rates

This is observed with decreasing patient age and size.

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9
Q

What is the recommended depth for chest compressions in children?

A

At least one-third of the anterior-posterior dimension of the chest or approximately 5 cm

This is based on Australian Resuscitation Council guidelines.

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10
Q

What compression technique is strongly preferred for healthcare rescuers?

A

Two-thumb technique

This is recommended over the two-finger technique.

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11
Q

What are the acceptable tracheal tube types for infants and children during emergency intubation?

A

Both cuffed and uncuffed tracheal tubes

Both types are acceptable according to ILCOR and ARC recommendations.

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12
Q

What is the Khine formula for estimating cuffed tracheal tube size?

A

ID (mm) = (age/4) + 3

*	Term newborn of 2000–3000 g birth weight: 
size 3

This formula is used for young children from full-term newborns to 8 years

*	Uncuffed tubes: 
*	Term newborn of 2000–3000 g birth weight: 
size 3.0 mm 

*	Term newborn of >3000 g: size 3.5 mm 

*	Infants ≤6 months of age: 3.5–4 mm 

*	Infants 7–12 months of age: 4 mm 

*	Children over 1 year: size (mm) = age (years)/ 
4+4 

*	Cuffed tubes: 
*	Newborn ≥3 kg and ≤1 year of age: 3mm 

*	Children 1–2 years of age: 3.5mm 

*	Children >2 years of age: size (mm) = age (years)/4 + 3.5
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13
Q

What is the recommended initial dose for cardioversion or defibrillation in children?

A

2–4 J/kg

This reflects lower success rates with 2 J/kg in termination of VF.

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14
Q

What should be done if there’s doubt about the presence of a pulse during resuscitation?

A

Begin CPR promptly

This is recommended unless a pulse can definitely be palpated within 10 seconds.

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15
Q

What is the primary cause of cardiorespiratory arrest in children?

A

Hypoxaemia, hypotension, or both

Various conditions such as trauma and drowning contribute to this.

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16
Q

What should be the first action for a rescuer encountering an unwitnessed collapse of an infant?

A

Start CPR immediately

After starting CPR, the rescuer should then obtain assistance.

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17
Q

What is the recommended approach for managing children older than 9 years during resuscitation?

A

Manage according to adult resuscitation guidelines

Clinical judgement should consider the child’s weight, height, and developmental age.

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18
Q

What is the role of Intraosseous (IO) access in paediatric resuscitation?

A

Provides faster and more reliable access than peripheral routes

This is particularly true when practitioners are trained in their use.

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19
Q

What is the primary purpose of using a nasopharyngeal airway?

A

To maintain airway patency

It should be of appropriate length from the tip of the nose to the tragus of the ear.

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20
Q

What is the potential risk of intubation in critically unwell children?

A

It may precipitate critical hypotension with cardiac arrest.

Intubation and mechanical ventilation can decrease the work of breathing and lessen metabolic demand.

21
Q

What is the IV or IO dose of atropine indicated for bradycardia caused by vagal stimulation?

A

20 mcg/kg (Class A; Expert Consensus Opinion)

The ETT dose is 30 mcg/kg.

22
Q

How should bradycardia caused by hypoxaemia be treated?

A

With ventilation and oxygen, and if unresponsive, with adrenaline.

23
Q

What is the complication rate of IO insertion?

24
Q

Is IO insertion safe for preterm babies?

A

Yes, it has been rigorously studied and shown to be effective and safe.

25
What initial steps should be taken for newborns born at term with clear amniotic fluid who are breathing or crying with good tone?
Dry and keep warm; no resuscitation required.
26
What sequence of actions is needed if a newborn deviates from normal post-birth state?
1. Initial steps in stabilisation 2. Ventilation 3. Chest compressions 4. Medications or volume expansion.
27
How long should each stage of assessment last during newborn resuscitation?
Thirty seconds.
28
What should be done if the heart rate is below 100 bpm after initial stabilisation?
Positive pressure ventilation is required.
29
What is the guideline regarding oxygen concentration at the initiation of resuscitation?
There is currently insufficient evidence to specify the concentration of oxygen.
30
When should a newborn not be suctioned?
If showing vigorous signs of life, crying, and breathing spontaneously.
31
What is the most accurate clinical measure for assessing heart rate in newborns?
Auscultation of the heart.
32
How long after birth can pulse oximetry reliably measure heart rate?
After 90 seconds.
33
What is the limitation of the Apgar score in resuscitation assessment?
It is useless as a resuscitation assessment tool.
34
What should be the primary vital sign to judge the need for and efficacy of resuscitation?
Heart rate.
35
Where should the pulse oximetry probe be placed during resuscitation?
On the baby’s right hand or wrist.
36
What is the risk associated with meconium-stained amniotic fluid?
Risk of developing meconium aspiration syndrome (MAS).
37
What is the current recommendation for suctioning meconium-stained vigorous infants at birth?
Tracheal intubation and suctioning is not recommended.
38
What should be done for meconium-stained depressed infants at birth?
Tracheal suctioning via an endotracheal tube immediately after birth.
39
What is the initial choice of air during newborn resuscitation?
Air is preferred over 100% oxygen.
40
What inflation pressure is usually adequate for term infants during positive-pressure ventilation?
30 cm H2O.
41
What is the recommended initial inflation pressure for preterm infants requiring positive-pressure ventilation?
20–25 cm H2O.
42
What is the role of PEEP during initial stabilisation of apnoeic preterm infants?
It is likely to be beneficial.
43
What is the outcome of using CPAP compared to intubation for spontaneously breathing preterm infants with respiratory distress?
CPAP reduced rates of mechanical ventilation and surfactant use.
44
What does an elevated ETCO2 indicate in the initial stages of cardiac arrest due to asphyxia?
It may indicate effective interventions that increase cardiac output.
45
What ETCO2 readings may suggest poor quality of chest compressions?
<15 mmHg.
46
What should be interpreted cautiously for 1–2 minutes after administering adrenaline?
ETCO2 readings.
47
What is the association between low ETCO2 and ROSC after advanced life support?
A low ETCO2 (10–15 mmHg) is strongly associated with failure to achieve ROSC.
48
Is there sufficient evidence to recommend routine echocardiography during pediatric cardiac arrest?
No, there is insufficient evidence.