| Question |
Answer |
| What Dysfunctions are in the sagittal plane? |
Kyphosis and Lordosis |
| What dysfunctions are in the coronal plane? |
Scoliosis |
| What dysfunction is in the transverse plane? |
Rotation |
| What is a diagnosis of kyphosis based on? |
a constellation of history and physical findings that must be confirmed radiographically. |
| How many degrees must the sidebending be for it to be classified as scoliosis? |
The spinal lateral curvature in question must exceed 10 degrees as measured by the Ferguson or Cobb methods.
|
| How should scoliosis be described to a patient? |
As a lateral curve or spinal curve |
| How many school age children get scoliosis by age 15? |
5% |
| How many of patients with scoliosis present with clinical symptoms? |
10% |
| Ratio of females to males with scoliosis? |
4:1 |
| Idiopathic Scoliosis |
no known reason for this type of scoliosis to occur.
70-90% |
| Congenital scoliosis |
75% are progressive.
2nd most common type of scoliosis |
| Acquired scoliosis caused by: (7) |
Osteomalacia
Response to inflammation or irradiation
Sciatic irritability
Psoas syndrome
Healed leg fracture
Following a hip prosthesis
Short leg syndrome
|
| Short leg syndrome |
condition in which an anatomical or functional leg length discrepancy results in:
1)Sacral base unleveling
2)Vertebral sidebending and rotation
3)Innominate rotation |
| Idiopathic scoliosis is passed on by? |
genetics, usually sex linked |
| What is the most common scoliotic spinal pattern? |
thoracic curvature convex on the right. |
| In Type I, rotation and sidebending are ______. |
opposite |
| Apex of the curve |
vertebrae of maximum rotation, which rotational mechanics change |
| Cross over point |
The conjuncture of two curves, where side-bending mechanics change |
| A curve that is sidebent left is classified as what kind of scoliosis? |
right scoliosis or Dextroscoliosis |
| How do you name the scoliosis? |
The side of convexity |
| Left scoliosis is known as ____________. |
Levoscoliosis |
| What does the line pass between in a structural postural exam? |
Knees
Gluteal fold
Spinous processes
Midline of head |
| In the structural postural exam observe for horizontal levelness of: (6) |
Popliteal creases
Greater trochanters
Iliac crests
Inferior angles of scapula
Tops of shoulders
Mastoid processes |
| What are the lateral points of the structural posture exam? |
Anterior aspect of lateral malleolus
Middle of tibial plateau
Greater trochanter
Body of L3
Middle of humeral head
External Auditory Meatus |
| Adam's Forward Bending Test |
1. Stand behind your patient and ask them to bend forward with legs straight
2. Rib hump that is convex to the side of fullnessī possible scoliosis
3. If the rib hump is present ask the patient to bend to the side of fullness
4. If the hump goes away w |
| What is the Cobb's method for measuring scoliosis? |
1. Lines are drawn along the endplates of the upper and lower vertebrae that are maximally tilted into the concavity of the curve
2. A perpendicular line is drawn to each of the earlier-drawn lines
3. The angle of intersection is the Cobb angle. |
| What is mild scoliosis? |
5-15 degrees |
| What is moderate scoliosis? |
20-45 degrees |
| What is severe scoliosis? |
> 50 degrees |
| When is respiratory function compromised? |
> 50 degrees |
| When is cardiovascular function compromised? |
> 75 degrees |
| What x-rays are taken for scoliosis? |
Anteroposterior postural radiographs and Erect Lateral Lumbopelvic |
| Sidebending automatically induces? |
rotation |
| What is checked in AP thoracic and lumbar xrays? |
Notice the vertebral rotation and side-bending. |
| What is checked in AP Lumbopelvic? |
Iliac crests
Sacral base
Femoral heads |
| What is checked in the Erect Lateral Lumbopelvic xray? |
Ferguson's angle |
| What is Ferguson's angle? |
Lumbosacral angle
Angle between sagittal line from sacral base and line parallel to ground |
| What is normal lumbosacral angle? |
40 degrees + or - 2 degrees |
| If a lumbosacral angle is greater than 42 degrees results in? |
Excessive Strain on ligamentous structures
Shearing forces on intervertebral discs
|
| Lumbosacral Angle less than 38 degrees results in: |
Flattened lumbar lordosis
Compressive forces on articular facets |
| What is treatment goal of scoliosis? |
to maintain function and prevent further complications |
| What is NOT the goal of treating scoliosis? |
To straighten the spine |
| What is the treatment goal for mild scoliosis? |
goal is to improve flexibility and strengthen the core muscles |
| What is the treatment of mild scoliosis? |
OMT
Functional orthotics
Heel lift therapy
Patient and family education |
| What is the treatment of moderate scoliosis? |
OMT
Functional orthotics
Heel lift therapy
Patient and family education
Bracing |
| When is surgery indicated for scoliosis? |
If there is visceral compromise. |
| OMT treatment options |
Passive and active stretching
Group Curve Mobilization
Stabilization |
| What are the stabilization exercises? |
Back extension exercises
Torso curls exercises
Reverse curls exercises |
| What are examples of group curve mobilization? |
Articulation
HVLA
Muscle Energy |
| Why is group curve mobilization done? |
Used to enhance spinal motion and keep Type 1 curve flexible.
Useful for curves with apices from the mid-thoracic region through the lumbar spine. |
| Why is group curve mobilization done? |
Used to enhance spinal motion and keep Type 1 curve flexible.
Useful for curves with apices from the mid-thoracic region through the lumbar spine. |