Week 2 Flashcards

1
Q

By what age should a child be referred for not sitting unsupported

A

9 months

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2
Q

What age should a child be referred for not walking unsupported

A

18 months

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3
Q

What age should a child be referred for no words by

A

2 years

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4
Q

What is regression

A

Loss of milestones

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5
Q

Red flag signs: positive

A

Loss of developmental skills

Concerns re hearing or vision

Floppiness

No speech by 18-24 months

Asymmetry of movement

Persistent toe walking

Head circumference >99th C or

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6
Q

Congenital abnormalities account for what percent of all births

A

3%

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7
Q

Birth asphyxia

A

Flat at birth

Metabolic acidosis in fetal, cord or early neonatal samples

Early onset moderate or severe encaphalopathy

Abnormal CTG, featal bradycardia or absense foetal HR

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8
Q

Outcome of birth asphyxia

A

Multisystem dysfunction within 72 hours of birth

Hypoxic ischaemic encephalopathy

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9
Q

Management of birth asphyxia

A

Seizures

Fluid balance, avoid cerebral oedema

Cardiac and resp support

Whole body cooling to 33-34C for 72 hours

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10
Q

Meconium aspiration

A

Normally 10-20% of all deliveries at term

Presence raises possibility of fetal infection

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11
Q

What is the meconium

A

First faeces of the newborn

Contains bile, amniotic fluid, endometrium

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12
Q

How does the myconium affect the airway

A

MAS can affect the baby’s breathing in a number of ways, including chemical irritation to the lung tissue, airway obstruction by a meconium plug, infection, and the inactivation of surfactant by the meconium (surfactant is a natural substance that helps the lungs expand properly).

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13
Q

Complications of Myconium asporation

A

PPHN

Airleak

Asphyxia - renal failure…

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14
Q

Management of myconium aspiration

A

Oxygen - need to overcome hypoxaemia

Respiratory support - may need ventilation

Surfactant therapy

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15
Q

By what age should a child be referred for no social smile

A

2 months

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16
Q

innocent heart murmurs

A

1) still’s - LV outflow
2) pulmonary outflow
3) carotid/brachiocephalic arterial bruits
4) venous hum

17
Q

what kind of murmur is pansystolic heard best over left sternal edge

A

ventricular septal defect

18
Q

what kind of murmur splits the second heart sound

A

atrial septal defect

19
Q

what causes an ejection systolic murmur at the upper L sternal border radiating to back

A

pulmonary stenosis

20
Q

what causes an ejection systolic murmur heard best at the upper R sternal border radiating to the carotids

A

aortic stenosis - may be bicuspid, unicusp or dome

21
Q

changes in fetal pulmonary vascular circulation at birth

A

vascular resistance falls and pulmonary blood flow rises

22
Q

change in systemic vascular resistance at birth

23
Q

what structures close in the fetal circulation at birth

A

ductus arteriosus
foramen ovale
ductus venosus

24
Q

how would you treat patent ductus arteriosus in pre-term infants compared to term

A
fluid restriction/diuretics 
prostaglandin inhibitors (indomethacin, ibuprofen)
surgical ligation 

in term good chance will close spontaneously - not prostaglandin sensitive

25
management of coarctation of the aorta
re-open patent ductus arteriosus with prostaglandin resection with end-to-end anastomosis subclavian patch repair balloon aortoplasty
26
fallot's tetralogy defects
``` pulmonary stenosis (difficult for bleed reaching pulmonary artery) ventricular septal defect overriding aorta - lies over the VSD and allows the entry of oxygenated and deoxygenated blood right ventricular hypertrophy - due to narrowed pulmonary artery ```
27
treatment of tetralogy of fallot
shunt to increase blood flow to lungs, dilate the pulmonary artery
28
paediatric heart conditions that present as cyanosis
tetralogy of fallot and transposition of great arteries
29
paediatric heart conditions that present as heart failure
ventricular septal defect atrioventricular septal defect patent ductus arteriosus
30
paediatric heart conditions that present as shock
aortic stenosis | coarctation of the aorta