paediatrics Flashcards

1
Q

what are the pre- requisites of child development (Gross Motor Control)

A
  • physiological flexion
  • midline orientation
  • reflexes
  • mobility
  • balance
  • weightbearing
  • coordination
  • tone
  • strength
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2
Q

what is physiological flexion and its importance

A
  • this is flexion at the hips, knees, ankles and rounded shoulders with hands close to the face
  • if babies lack flexion they will remain in an extended position, which can hinder motor skills
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3
Q

what happens if a baby does not have physiological flexion

A

without it a baby will not develop core muscles and will rely on surfaces for support

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4
Q

what is midline orientation and its importance

A
  • when a baby has symmetry (we want to promote symmetry)
  • this allows babies to understand how to bring hands to midline which aids self-soothing via thumb sucking in stressful environments
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5
Q

what is a stressful environment for a neonate

A
  • being in hospital
  • being away from the mother
  • visual and audible noise
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6
Q

what are some important reflexes

A
  • rooting
  • morrow
  • suckling
  • stepping
  • reaching
  • palmar and plantar grasp
  • fencer response
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7
Q

pre term babies have reduced muscle mass preventing them reaching _____________ __________

A

developmental milestones

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8
Q

pre term babies would have breathing difficulty due to

A
  • underdeveloped lungs
  • reduced alveoli and surfactant
  • cell walls being thicker than the normal 1cm which is optimum for gas exchange
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9
Q

what are some factors that can impact development

A
  • scoliosis, limb loss, hip dysplasia, insufficient tummy time
  • muscular dystrophy, tone, prematurity
  • recurrent chest infections, smoking, mould
  • long hospital stays and neglect
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10
Q

DHD stands for

A

developmental hip dysplasia

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11
Q

is pain a factor of DHD in babies

A

no, babies don’t often feel pain caused by DHD

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12
Q

how can you assess for DHD in babies

A
  • assess ROM at the hips
  • measure leg length
  • lower limb tests : galeazzi (measuring femur leg length in crook lying), barlow (screens a dislocated hip by dislocating it) and ortalani (screens for an already dislocated hip by relocating it)
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13
Q

what is the galeazzi sign

A

when there is a femur discrepancy in leg length

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14
Q

what is the barlows test

A

this screens for a hip instability by dislocating the hip

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15
Q

what is ortalanis test

A

this screens for an already dislocated hip by relocating the hip

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16
Q

what is the latest age barlow and ortalani tests should be carried out

A

this is done on children under 3 months

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17
Q

what are the two main types of positional talipes

A
  • equinovarus
  • calcaneovalgus
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18
Q

what is the position of equinovarus talipes (foot)

A

plantarflexion and inversion

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19
Q

what is the position of calcaneovagus talipes (foot)

A

dorsiflexion and eversion

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20
Q

what is the most common orthopaedic condition in paeds

A

CTEV (congenital talipes equinovarus)

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21
Q

what is pes cavus

A

pes cavus is a condition where a baby has an abnormal arch in the foot. babies are not supposed to have an arch developed at this point

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22
Q

how does a vertcal talus present

A

this presents as a rocker bottom foot, where to sole of the foot is curved

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23
Q

how is CTEV treated

A

initially treated with serial casting over the course of 6-8 weeks then boots and bars until the age of 5

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24
Q

what is the outcome measure used for CTEV

A

the pirani score

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25
Q

what does a score of 0 on the pirani score indicate

A

0 = positional talipes

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26
Q

what factors does the pirani score asses

A
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27
Q

how many types does congenital muscular torticollis have

A

there are two types

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28
Q

what is type 1 torticollis

A

when it occurs during pregnancy due to foetal malposition

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29
Q

what is type 2 torticollis

A

when it occurs in early life due to perinatal trauma

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30
Q

what are some risk factors of torticollis and plagiocephaly

A
  • neonatal stay
  • unilateral stimulation
  • Erbs palsy
  • Dystonia
  • resp issues
  • visual/ vestibular issues
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31
Q

what is Erbs palsy

A

this is a condition that is caused by nerve damage during birth, causing paralysis of the arm

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32
Q

how is Erbs palsy treated

A

treated with exercises and typically recover within 6 months

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33
Q

what is Dystonia

A

this is a neurological movement disorder, people with this condition experience involuntary muscle spasms and contractions

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34
Q

dystonia can cause high tone leading to __(what condition)__

A

torticollis

35
Q

as physios what can we look to assess in children

A
  • assess independent movement of the baby and their response to stimulation
  • assess AROM/ PROM in rotation and flexion
  • baby’s strength
  • complete the plagiocephaly scale
36
Q

what are some red flags to look for

A
  • macrocephaly
  • high/ low tone
  • scoliosis
  • lump on palpation
  • facial deformity
37
Q

what is macrocephaly

A

this is where the baby has a large head circumference and query if a condition had caused it

38
Q

what is DCD

A

developmental coordination disorder

39
Q

what was DCD (developmental coordination disorder) previously known as

40
Q

what is DCD (developmental coordination disorder)

A

its a neurodevelopmental coordinator disorder that causes children to have delays in advanced gross and fine motor skills

41
Q

what can developmental coordination disorder lead to

A
  • motor learning disabilities
  • delays in executive function
  • reduced academic performance
  • effects on socialism
  • possible joint laxity
42
Q

developmental coordination disorder can be assossiated with two conditions. _______ and _________

A

autism and ADHD

43
Q

what are key questions that should be asked in a subjective Hx taking

A

asking about:
- developmental milestones
- type of birth
- any complications at birth
- if the child regularly attends school

44
Q

What assessment should be used for evaluating a child’s movement?

A

Movement Assessment Battery for Children (Movement ABC)

This assessment helps identify movement difficulties in children.

45
Q

What should be done with the results of the Movement ABC?

A

Results should be interpreted and the child should be referred to a paediatrician for diagnosis

This ensures proper medical evaluation and potential intervention.

46
Q

what is joint laxity

A

describes an unstable joint as it can PASSIVELY move beyond normal limits, particularly during glides

47
Q

what is joint hypermobility

A

this describes the increased ROM of a joint beyond normal range, and it is a full body connective tissue disorder

48
Q

What tool is used to measure joint extension?

A

Goniometer

49
Q

How is joint hypermobility classified?

A
  • Generalized joint hypermobility
  • Peripheral joint hypermobility
  • Localized joint hypermobility
50
Q

What is generalized joint hypermobility?

A

Joint hypermobility present in many different joints throughout the body.

51
Q

What is peripheral joint hypermobility?

A

Joint hypermobility limited to the hands and feet.

52
Q

What is localized joint hypermobility?

A

Joint hypermobility in a single joint or group of joints in the same area.

53
Q

What scale is used to assess generalized joint hypermobility?

A

Beighton Score.

54
Q

How many points is the Beighton Score based on?

A

9-point scale.

55
Q

What joints are assessed in the Beighton Score?

A
  1. Base of the right 5th (pinky) finger
  2. Base of the left 5th (pinky) finger
  3. Base of the right thumb
  4. Base of the left thumb
  5. Right elbow
  6. Left elbow
  7. Right knee
  8. Left knee
  9. Lower spine
56
Q

What is a positive Beighton score for adults?

A

Greater than or equal to 5/9 points.

57
Q

What is a positive Beighton score for children before puberty?

A

Greater than or equal to 6/9 points.

58
Q

What is a positive Beighton score for adults over age 50?

A

Greater than or equal to 4/9 points.

60
Q

What occurs when joints are not just hypermobile but also unstable?

A

Joint instability occurs when the bones of a joint aren’t held in place securely.

61
Q

What can joint instability lead to?

A

Joint instability can lead to:
- Joint subluxations
- Dislocations
- Sprains
- Other injuries

62
Q

What types of pain can joint instability cause?

A

Joint instability can cause both acute and chronic pain.

63
Q

How does joint instability affect daily life?

A

It can interfere with ADLs and make doing them harder

64
Q

What are hypermobility spectrum disorders (HSD)?

A

Connective tissue disorders that cause joint hypermobility, instability, injury, and pain.

65
Q

What symptoms are often associated with HSD?

A

Symptoms include:
- Fatigue
- Headaches
- GI problems
- Autonomic dysfunction

66
Q

True or False: HSD only causes joint-related issues.

A

False
HSD can also lead to various other symptoms such as fatigue and gastrointestinal problems.

67
Q

Fill in the blank: HSD can lead to joint ______, instability, injury, and pain.

A

[hypermobility]

68
Q

HSD (Hypermobility Spectrum Disorder) is classified as a __________ ___________ disorder ?

A

Connective tissue disorders.

69
Q

children with T21 have reduced tone where

A

they have reduced tone in the core, head and neck along with joint laxity

70
Q

True or False: CT21 patients have different milestone trajectories

71
Q

fill the gap:
babies with this condition can experience __________ pain due to early intervention for illnesses

72
Q

True or False: toddlers cannot localise pain

73
Q

what is JIA

A

juvenile idiopathic arthritis

74
Q

what is the cause of JIA

A

the cause is unknown (idiopathic), however factors such as genetic and environmental play a role and lead to an abnormal immune response

75
Q

how much more common is JIA in girls than boys

A

girls are twice is likely to get JIA

76
Q

how is JIA diagnosed

A
  • looking for stiffness
  • pain
  • swelling going on for 6 weeks
  • elevated CRP
77
Q

what are the symptoms of JIA

A
  • pain
  • swelling
  • decreased ROM
  • fever
  • rashes
  • delayed growth
  • difficulty walking
78
Q

myalgic encephalomyelitis (ME) is also known as

A

chronic fatigue syndrome (CFS)

79
Q

what are the most common symptoms of chronic fatigue syndrome (CFS)

A
  • extreme tiredness - feeling tired all the time
  • sleeping problems, insomnia or the feeling of exhaustion or stiffness when waking up
  • problems with thinking, concentration and memory (brain fog)
  • exacerbated symptoms after physical or mental activity, requiring sometimes weeks to recover (post exertional malaise)
80
Q

what is the cause of chronic fatigue syndrome (CFS)

A

the cause is unknown

81
Q

Is there a specific test for ME/CFS?

A

No, there is no specific test

82
Q

True or False: ME/CFS can be diagnosed with a standard laboratory test.

83
Q

treatment of ME (Myalgic encephalomyelitis) / CFS include:

A
  • energy management
  • medicine to control pain and sleep symptoms
  • cognitive behavioural therapy (CBT), works by changing how a person thinks and behaves