Chapter 5 - Scoliosis & Short Leg Flashcards

1
Q

Scoliosis

A

lateral deviation of the spine

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2
Q

What % of school-aged children develop scoliosis by 15yo?

A

5%

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3
Q

What % of children w/ scoliosis have clinical Sx?

A

10%

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4
Q

Female:Male ratio of children w/ scoliosis

A

4:1

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5
Q

Scoliotic curve SB right - Naming?

A

Levoscoliosis

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6
Q

Scoliotic curve SB left - Naming?

A

Dextroscoliosis

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7
Q

Structural curve

A

fixed curve d/t vertebral wedging & shortened ligaments & muscles on the concave side

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8
Q

Functional curve

A

flexible, partially or completely corrected w/ SB to opposite side

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9
Q

Screening for scoliosis is recommended for

A

10-15yo

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10
Q

Cobb Method of measuring

A

Draw horizontal lines from vertebral bodies of extreme ends of curves + draw perpendicular lines from the horizontals + measure acute angle

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11
Q

Mild Scoliosis

A

Cobb angle = 5-15

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12
Q

Moderate Scoliosis

A

Cobb angle = 20-45

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13
Q

Severe Scoliosis

A

Cobb angle = >50

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14
Q

> 50 degree Cobb angle may compromise

A

respiratory function

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15
Q

> 75 degree Cobb angle may compromise

A

Cardiac function

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16
Q

80% of all scoliosis cases are caused by

A

idiopathic causes

17
Q

Causes of scoliosis

A

idiopathic, congenital (malformation of spine), neuromuscular (muscle weakness, spasms), acquired (short leg syndrome, tumor, infection, sciatica, psoas syndrome)

18
Q

Tx for Mild Scoliosis

A

conservative - Konstancin exercises & OMT to improve flexibility and strengthen trunk

19
Q

Tx for Moderate Scoliosis

A

Mild Tx + Bracing

20
Q

Tx for Severe Scoliosis

A

Surgery

21
Q

Short Leg Syndrome

A

anatomical or functional leg length discrepancy –> sacral base unleveling, vertebral SB/R, innominate rotation

22
Q

Anatomical leg length discrepancy

A

anatomically shorter

23
Q

Most common cause of Anatomical leg length discrepancy

A

Hip replacement

24
Q

Functional leg length discrepancy

A

one leg appears shorter

25
Q

SD Findings w/ Short leg syndrome

A

sacral base lower on short leg side, anterior innominate on short leg side, posterior innominate on long leg side, lumbar spine SB away & R toward short leg, Lumbosacral angle increase 2-3, iliolumbar & SI ligament stress

26
Q

Heel lifts are considered for femoral head discrepancies of >

A

5mm

27
Q

Final lift should be __________ of the measured leg discrepancy

A

1/2-3/4

28
Q

Fragile (elderly, arthritic, etc) pts should begin w/ a heel lift of

A

1/16” & increase 1/16” every 2 weeks

29
Q

Flexible pts should begin w/ a heel lift of

A

1/8” & increase 1/8” every 2 weeks

30
Q

Maximum heel lift inside shoe

A

1/4”

31
Q

Maximum heel lift possible

A

1/2”

32
Q

If a lift >1/2” is necessary, consider

A

ipsilateral anterior sole lift