Scoliosis Flashcards
Most common type of scoliosis
adolescent idiopathic scoliosis
Idiopathic subtypes
infantile: 2 months to 3 years- .5%
juvenile : 3 years- 10 year- 10.5%
Adolescent : greater than 10 year- 89%
Classification of idiopathic scoliosis congenital
failure of formation- hemivertebra
failure of segmentation - unilateral bar, block vertebra
Combination
cobb angle
Formed by the inclination of the upper end plate of the upper end vertebra and the inclination of the lower end plate of the lower end vertebra
Greater angle, the more serious the disease
Four stages of idiopathic scoliosis
infant age 3
- Spontaneous healing/ or surgery
Juvenile age 3 to 10
-Poor prognosis/growth
adolescent age 10 to 20
-Convex to Right handedness, girls greater than boys
Adult 20+
-Spinal and joint degeneration
-Increase in pain
gender and scoliosis
Girls more affected than boys
Mild scoliosis -10° to 25° (4:1)
Moderate scoliosis -25° to 50° (7:1)
Severe scoliosis - greater than 50° (10:1)
two types of pathogenic factors for adolescent idiopathic scoliosis
Initiating factors
Progression factors
curve progression involves a
Mechanical process called torsion with eccentric loading of the spine and vertebral growth modulation
This is the vicious cycle model
vicious cycle model supports
Conservative management of scoliosis and other spinal deformities
progression of the vicious cycle of asymmetrical loading during skeletal growth can lead to
Vertebral rotation
Gibbs deformity- hump
Kyphoscoliosis
weakness
Hypertrophy
Muscle imbalances
Trigger points
progression that is left unchecked could lead to
Changing tone, affect spinal cord, and normal neurodynamics
affect normal function of heart, lungs, other organs
neuromuscular scoliosis
Develops as a result of abnormal muscles or nerves and will occur people with condition such as
spina bifida
cerebral palsy
muscular dystrophy
poliomyelitis
Syringomyelia
Amyotonia congenita
Friedrick Ataxia
Spinal cord injury
Marfan syndrome
Inherited disorder
affects connective tissue
Results in excessive height
Long arms and legs
Arachnodactyly
Protrusio acetabulae
severe heart failure
Aortic insufficiency
Myopia
mesenchymal disorders
Marfan syndrome
morquios syndrome
rheumatoid arthritis
Osteogenesis imperfecta
Certain dwarfism disorders
individuals with pectus carinatum or excavatum affect
May severely affect pulmonary function