Pediatric Myopathies (Newman) Flashcards

1
Q

How often is a developmental screening performed?

A

at every child visit

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2
Q

What are the 4 domains of pediatric development?

A

gross motor
fine motor
language
personal/social/cognitive/emotional/intellectual

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3
Q

briefly define gross motor

A

movement involving large muscles; supporting head, rolling over, sitting up, walking and running; the most important domain when talking about myopathies

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4
Q

What is the most important domain in pediatric development in regards to myopathies?

A

gross motor; movement involving large muscles; supporting head, rolling over, sitting up, walking and running

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5
Q

briefly define fine motor

A

movements using the hands and smaller muscles; reaching for objects, holding objects and drawing

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6
Q

briefly define language

A

receptive; understanding
expressive; talking
verbal and nonverbal communication

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7
Q

Why is early intervention in children with developmental delays important

A

the EARLIER a developmental deficit is identified and intervention is made, the better the outcome

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8
Q

Significance of developmental regression in a child

A

losing developmental skills that have already been achieved is VERY concerning; i.e - child once able to feed themselves no longer can or a child who was once walking can no longer walk; think progressive disease

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9
Q

what age does a normally developing child be expected to hold their chin up when in the prone position?

A

2 months

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10
Q

what age does a normally developing child be expected to roll over from front to back?

A

4 months

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11
Q

what age does a normally developing child be expected to sit briefly without support?

A

6 months

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12
Q

what age does a normally developing child be expected to pull to stand holding onto something?

A

9 month

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13
Q

what age does a normally developing child be expected to stand without any support?

A

12 months

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14
Q

what age does a normally developing child be expected to run without coordination?

A

2 years

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15
Q

what age does a normally developing child be expected to pedal a tricycle?

A

3 years

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16
Q

what age does a normally developing child be expected to climb stairs with alternating feet?

17
Q

what age does a normally developing child be expected to balance on one foot?

18
Q

DDST-II

A

Denver Developmental Screening Test; assesses the 4 major domains of development; early identifications, early intervention, better outcome

19
Q

Parental questionnaires that MOST pediatricians use in their offices are based off of which screening test?

A

DDST-II; Denver Developmental Screening Test

20
Q

M-CHAT-R

A

Modified Checklist for Autism in Toddlers- Revised; administered between 18-24 months; focuses on personal/social and language domains; not important for myopathies

21
Q

Weakness vs Hypotonia

A

weakness - decreased ability to voluntarily and actively move muscles against resistance

hypotonia - decreased muscles tone

22
Q

Duchenne Muscular Dystrophy (DMD)

A

most common severe childhood form of MD; x-linked (frameshift mut for absent or dysfxnal dystrophin gene); proximal muscle weakness, delayed walking difficulty running, Gower’s sign present; progresses rapidly; life expectancy is late teens; CK is elevated; tx with steroids

23
Q

the most common severe childhood form of muscular dystrophy?

A

Duchenne Muscular Dystrophy (DMD)

24
Q

Becker Muscular Dystrophy (BMD)

A

less severe form of DMD; x linked with in-frame mut of dystrophin gene; proximal muscle weakness, neck flexor strength is preserved (contrast from DMD), independent walking until late teens; life expectancy in 4th decade, CK elevated and tx with steroids

25
What is a positive Gower sign indicative of?
clinically a sign of severe proximal muscle weakness
26
Congenital muscular dystrophy (CMD)
AR mut in structural proteins of ECM; present at birth or in early infancy; hypotonia, severe symmetric proximal muscle weakness; joint contractures present, may have other malformations involving the eyes, brain or heart
27
Dystrophy associated with an autosomal recessive mutation in structural proteins of extracellular matrix?
Congenital muscular dystrophy (CMD)
28
Pompe disease
a AR glycogen storage disease; alpha-glucosidase mutation; build up of glycogen in lysosomes generalized weakness and hypotonia; cardiac failure by 18 months, respiratory issues and feeding difficulties; enzyme therapy is available
29
a AR glycogen storage disease; alpha-glucosidase mutation; build up of glycogen in lysosomes generalized weakness and hypotonia; cardiac failure by 18 months, respiratory issues and feeding difficulties
Pompe disease
30
Juvenile dermatomyositis (JDM)
most common acquired idiopathic myopathy in children; systemic and autoimmune (cellular or humoral); onset at 7 yrs; proximal muscle weakness, heliotrope rash with periorbital edema, Gottron's papule and thrombi or hemorrhage in peri-fungal beds
31
Pathology characterized by proximal muscle weakness, heliotrope rash with periorbital edema, Gottron's papule and thrombi or hemorrhage in peri-fungal beds?
Juvenile dermatomyositis (JDM);most common acquired idiopathic myopathy in children
32
Clinical significance of elevated creatinine kinase (CK)?
indicator of muscle damage; highest in skeletal muscle
33
Clinical significance of gamma glutamyl transferase (GGT)?
GGT is in many organs, but present in a high concentration in the liver; if elevated think liver; if normal think muscle
34
If gamma glutamyl transferase (GGT) is elevated, which organ should you suspect for damage?
liver; if normal think muscle