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73 Cards in this Set

  • Front
  • Back
33 bones of the vertebral column
Cervical - 7
Thoracic - 12
Lumbar - 5
Sacrum - 5
Coccyx - 4
Amphiarthrodial/Fibrocartilaginous
disc articulation

cartilaginous joints
Diarthrodial/Synovial
allows for motion
Spinal Cord
protected within the spine.

runs through the vertebral foramen to L2.
Cauda Equina
bundle of nerve roots at the base of the spinal cord.

runs from L2-S5
Lordosis
Normal-Excessive curvature of the cervical or lumbar spine.

Concaves posteriorly

Secondary curves
Kyphosis
Excessive curvature in the thoracic spine.

Primary Curve

Convex posteriorly
Annulus Fibrosis
Sits in between the vertebrae. (Donut)

Subject to breaking down.

Herniations mostly occur in lumbar spine
Nucleus Pulposus
Center of the annulus. (Jelly)

With herniation becomes compressed/expelled. Causing pain.

With flex with nucleus moves posteriorly
Trunk Flexion: disc motion
Nucleus Movement: posterior

Annulus: Posterior becoming tight

Intervertebral Space: (posteriorly) widening
Trunk Extension: disc motion
Nucleus Movement: anterior

Annulus: anterior becoming tight

Intervertebral Space: (posteriorly) narrowing
Atlanto-Occipital (A-O)
Articulation between occiput & the Atlas (C1)

Type of Joint: synovial joint

Prime Motion: flex & ext
Atlanto-Axial (A-A)
Joint between the atlas (C1) & the axis (C2).

Prime Motion: rotation

Vertebral artery runs through the transverse foramen C5/C6-C7.
Facet Joint Motions (entire spine)
Cervical: rotation, SB, Flex, Ext

Thoracic: Rotation & SB

Lumbar: Flex & Ext
Thoracic Spine Motion
SB & rotation occur together although in opposite directions.
Costal Joints (ribs)
Ribs 1-7: True Ribs. Attach directly to the sternum

Ribs 8-10: False Ribs. Attach indirectly to the sternum by the costal cartilage.

Ribs: 11-12. Floating Ribs. Have no anterior attachments
Lumbrosacral Junction
•Articulation between L5 & S1.
•Frequent sight of disc herniation.
•Normal angle 30˚
•Increased lumbar lordosis: anterior pelvic tilt
•Decrease lumbar lordosis: posterior pelvic tilt
Intersegmental
ligament that crosses multiple joints
Intrasegmental
ligament that only crosses one joint
Anterior Longitudinal Ligament
Location: Anterior vertebral body

Limits: hyperextension

Intersegmental
Posterior Longitudinal Ligament
Location: posterior aspect of vertebral body within the vertebral foramen.

Limits: flexion (provides disc stability)

Intersegmental
Ligamentum Flavum
Location: posterior aspect of the vertebral foramen

Limits: flexion

Intrasegmental
Interspinous Ligament
Location: between each spinous processes

Limits: flexion

Intrasegmental
Intertransversal Ligament
Location: between each transverse processes

Limits: SB

Intrasegmental
Ligamentum Nuchae
Location: runs along the tips of the spinous processes. Runs from the occiput to C7.

Limits: flexion

Intersegmental
Supraspinal Ligament
Location: runs along the tips of the spinous processes. Run from C7 to sacrum.

Limits: Flexion

Intersegmental
Iliolumbar
Location: attaches on the transverse process of L5 & runs laterally to the inner lip of the posterior portion of the iliac crest.

Limits: SB & anterior translation of L5 on S1
Cervical SB
all the mm on the same side will perform the motion
Cervical rotation (to the right)
Left SCM (on the opposite side) & the splenius capitus on the same side performs the side-bending motion
Head Flexors (4)
Prevertebrals
-longus colli
-longus capitus
-rectus capitis anterior
-rectus capitis lateralis
Neck/Cervical Flexors (2)
SCM (sternocleidomastoid)
Scalenes (assist in motion)
Head Extensors (4)
Suboccipitals
1. Obliquus Capitis Superior
2. Obliquus Capitis Inferior
3. Rectus Capitis Posterior Major
4. Rectus Capitis Posterior Minor
Neck/Cervical Extensors (3)
Erector Spinae
Splenius Capitis
Splenius Cervicis
Cervical SB (5)
Scalenes
SCM
Eretor Spinae
Splenius Capitis
Splenius Cervicis
Cervical Rotators (3)
SCM (opposite)
Splenius Capitis
Splenius Cervicis
Trunk Flexors (4)
Rectus Abdominus
External Obliques
Internal Obliques
Transverse abdominus (compression)
Trunk Extensors (3)
Erector Spinae
Transversospinalis (bilaterally)
Interspinalis
Trunk SB (5)
External & Internal Obliques
Erector Spinae
Quadratus Lumborum
Intertransversarii
Trunk Rotators (4)
External Obliques (same side)
Internal Obliques (opposite side)
Transversospinalis (unilaterally)
Erector Spinae
Erector Spinae Muscles
Spinalis

Longissismus

Iliocostalis
Transversospinalis Muscles
Semispinales

Rotators

Multifidus
Osteoporosis
loss in bone mass. can lead to spinal compression fx.
Interventions:
-trunk extension (prone laying, scapular retraction, & thoracic bolster)
-pt education: ex to increase bone density ( walking, weight lifting, & WB ex)
Spondylolysis
bony defect found in the vertebral arch between the superior & inferior facets.
its a fx of the pars interarticularis
the spine remains aligned.
Spondylolisthesis
forward slippage of one superior vertebra over an inferior vertebra, result of instability of the pars interarticularis.
Further slippage could result in loss of bowel/bladder control & change in motor/sensation.
Interventions:
-Pt should avoid extension exercises
Disc Herniations
excessive/prolonged mechanical stress placed on the disc weakens the structure. leads to bulging or herniation of the disc.
Causing: localized pain, radiculopathy, reduced reflexes, numbness, tingling, or loss of motor function.
Intervention:
-postural awareness
-correcting mm imbalance
-extension exercises
-traction
-core strengthening
Disc Protrusion
nucleus bulges against intact annulus
Extruded Disc
nucleus has broken thru annulus wall but still confined by the posterior longitudinal ligament
Sequestrated Disc
nucleus has broken thru the ligament & is now free within the spinal canal.
Scoliosis
curvature of the spine in the frontal plane.
R Thoracic & L Lumbar curve:
-L thoracic mm tightness (stretch)
-R thoracic mm weakness (strengthen)
-L lumbar mm weakness (strengthen)
-R lumbar mm tightness (stretch)
Functional: reversable (leg-length descrepancy/mm imbalance)
Structural: irreversable. vertebral defect. need bracing & surgery
SI Dysfunctions
A leg-length problem or a SI problem causing the ASIS & PSIS to not align properly.
Right P.I.
R PSIS has rotated posteriorly.

ASIS is higher than the PSIS
Right A.I.
The R ASIS has rotated anteriorly.

PSIS higher than ASIS
Plumb Line - Head Position
Lat. - in line w/ auditory meatus

Ant/Post. - midline of head
Plumb Line - Cervical Spine
Lat. - transect the bodies of the vertebra

Ant. - transect spinous process
Plumb Line - Shoulders
Lat. - transect the middle of the acromion

Ant. - midline of spinous process/ looking for elevation/winging/tipping or rotation of shoulders
Plumb Line - Thoracic Spine
Lat. - should hit mid trunk

Ant. - transect spinous process- looking for curvature/rib hump
Plumb Line - Lumbar Spine
Lat. - transect bodies of vertebra

Ant. - transect spinous process - looking for curvature/rib hump.
Plumb Line - Pelvis
Lat. - ASIS & PSIS should be level to each other

Ant. - looking for R&L ASIS and R&L PSIS are level along with level iliac crests.
Plumb Line - Hip
Lat. - Transect the greater trochanter
Plumb Line - Knees
Lat. - slightly anterior to midknee. posterior to patella

Ant. - looking for genu valgum or genu varus
Plumb Line - Feet
Lat. - anterior to lateral malleolus.

Ant. - Looking for supination/pronation. Pes Valgus/Pes Cavus
Forward Head
ext. auditory meatus is anterior to the plumb line
Rounded Shoulders
shoulder anterior to plumb line
Kyphosis (plumb line)
T spine excessively posterior to the plumb line
Excessive Lordosis
lumbar spine is anterior to the plumb line
Antigravity Muscles
Hip Extensors

Knee Extensors

Neck & Trunk Extensors
Postural Sway: Leaning Forward
Plantar Flexors work to bring you back to an upright position
Postural Sway: Leaning Backwards
Dorsiflexors work to bring you back to an upright position.
Aged Posture
Hip Flexion
Knee Flexion
Ankle Plantarflexion
Posterior BOS
Kyphosis
ER of Hips
Lordotic Posture
Charact: increased lumbar lordosis, anterior pelvic tilt, increased hip flexion
MM Tightness: hip flexors & lumbar extensors
MM Weakness: Abdominals
Sway Back
Charact: shifting of the entire pelvis segment anteriorly. thoracic kyphosis & forward head.
MM Tightness: upper abdominals & hip extensors
MM Weakness: lower abdominals & hip flexors
Flat Low Back
Charact: decreased lumbar lordosis, decreased hip extension, & posterior pelvic tilt. (decreased lumbro-sacral angle)
MM Tightness: trunk flexors & hip extensors
MM Weakness: lumbar extensors & hip flexors
Forward Head
Charact: increased flexion of the lower cervical & upper thoracic. increased extension of the upper cervical vertebrae & extension of the occiput.
MM Tightness: pecs, serratus anterior, LD, LS, SCM, scalenes, & posterior cervical mm.
MM Weakness: Rhomboids, Middle traps, & anterior cervical mm.