Clinical Correlates Superficial/Deep Back Flashcards
Aortic Aneurysm
Aortic Arch Swollen at T2
Slipped Disk
trauma to annulus fibrosis such that nucleus pulposus comes out and presses against nerve root
posterior longitudinal ligament is weaker/smaller so presses into vertebral foramen onto root
Joint Pain
Hilton’s Law – nerve that crosses joints, innervates joints
Whiplash
strained/torn anterior longitudinal ligament
Climbing Muscles
Latissimus Dorsi
Lung Sounds
Triangle of Ausculation
Hernia (retroperitoneal)
Triangle of Petit
bounded by latissimus doors, external abdominal oblique, iliac crest
Back Strain
microtears in multifidus and erector spinae
Atherosclerosis
Sub occipital Triangle, deep headache, vertebral artery/suboccipital nerve C1
What is done to treat spinal stenosis?
Laminectomy–removal of the lamina of spine or bone spurs, damaged disks. Used to make more room for your spinal nerve and column
Lumbar spinal stenosis and what are its implications
Affects vertebral bodies, intervertebral disks of low back.
disk lose water content, shrink, and spurs appear
ligaments thicken
narrowing of spinal canal where nerves travel
– pain, numbness, tingling, weakness of legs that is better sitting or leaning forward
Hangman’s fracture
aka traumatic spondylolisthesis of axis
fracture that involves the pars interarticularis of C2 on both sides
result of : hyperextension and distraction
one of the most common cervical vertebrae injuries
Herniation
Herniation occurs when the annulus fibrosus becomes damaged allowing the gelatinous nucleus pulpous to leak out into the vertebral foramen due to the smaller size of the posterior longitudinal ligament
most common in lumbar region.
or occurs via dehydration of nucleus pulposus ( C5-C6, C6-7)
Laminectomy
Removal of spinous process/adjacent supporting lamina to gain access to the vertebral canal
relieve pressure caused by tumor, herniated IV disc, or bony hypertrophy
above L2- spinal cord exposure
below L2- roots of specific spinal nerves
Fracture/Dislocation of Atlas
Rupture of the transverse ligament
caused by vertical forces (diving and hitting bottom of pool), compression of lateral masses between occipital condyles and axis, fracturing one or both of the anterior or posterior arches
Jefferson or burst fracture