Screening and Symmetry: Intro to SOAP note (Jons-Cox) Flashcards
what is in the osteopathic exam?
standard H and P with the palpatory diagnosis
start with taking patient history
then examine the patient using the osteopathic structural examination
visual components of the OSE
gait analysis
landmark assessment
postural analysis
range of motion
palpatory component of the OSE
TART changes
sagittal plane
divides body into right and left
major motion:
flexion and extension
coronal plane
separates body to anterior and posterior
motion:
sidebending
transverse plane
divides body into the superior and inferior parts
motion: rotation
center of gravity line
where we should be bearing our weight
-divides the body into 2 equal parts
straight down the middle
midgravitational line
view patient laterally
lateral malleolus mid-knee femoral head anterior third of sacral base middle of body of L3 vertebrae humeral head external auditory meatus
posture
distribution of body mass in relation to gravity over base of support
shifts depends on the body position
center of gravity for a person?
body of L3 vertebrae
both lines go through this
distribution of mass depends on:
energy requirements
integrity of musculoligamentous structures
compensations that occur
lordotic curve
in the cervical and lumbar spine
backward bending
kyphotic curve
in the thoracic spine
forward bending
wolff’s law
force on bone causes bone to reinforce that portion of bone
-ex/ bone spurs and wedging
type I motion
sidebending with opposite rotation
type II motion
sidebending with same side rotation
curves in coronal plane?
scoliotic curve
areas of spinal facilitation
where there is a curve in the spine
more spinal damage
aka transition zones - more pathology present
common compensatory pattern
occipito-atlantal rotated left
cervicothoracic rotated right
thoracolumbar rotated left
lumbosacral rotated right
sacrum left rotated on a left axis 80 percent
**in northern hemisphere
opposite in the Southern Hemisphere
tensegrity model
body wants to expend smallest energy possible
have bony tension elements and elastic elements (fascia and muscles)
-balance between stability and strength
entire body is interconnected
scoliosis
example of a compensated posture which becomes decompensated
greater than 5 degrees
functional scoliosis
spinal curves occurring from unilateral muscle contractions
-curve disappears when muscle hypertonicity resolves
key to testing this is to move them to the side of the rib hump and if it goes away then it can be helped/reversed with OMM/therapy
structural scoliosis
involves long-term adaptation with positional changes
over time tissues will change
-resist change to the neutral position
postural decompensation
when homeostatic mechanism are overwhelmed or when the pathologic change is structurally incapable of resisting gravity
can also be traumatic
chronic postural strain and decompensation
intrinsic - age, tissue integrity, tissue health, host factors
extrinsic - traumas
SOAP Note format
S - subjective - what the patient tells you (all of their history)
-symptoms
O - objective - physical exam findings
-signs, TART
A - assessment
-on structural level and functional level
P - plan
-both structural (sretches, meds) and functional (OMT)