In the sagittal plane, movement occurs around a ___ axis, which is also called the ___ axis.
transverse, horizontal
In the transverse plane, the body rotates around a ___ axis, also known as the ___ axis.
longitudinal, vertical
In the coronal plane, motion occurs around an ___ axis, sometimes referred to as the ___ axis.
anteroposterior, AP
The five basic patient positions used during OMM are ___, ___, ___, ___, and ___.
standing, seated, supine, lateral recumbent, prone
What is 1?
supine
What is 2?
prone
What is 3?
right lateral recumbent
What is 4?
left lateral recumbent
What position is 1?
anatomical position
What position is 2?
fundamental position
A typical structural exam includes ___, ___, ___ ___, ___ ___, and ___ ___ to fully assess musculoskeletal function.
observation, palpation, active ROM, passive ROM, special tests
Active range of motion is performed by the ___, while passive range of motion is performed by the ___ or ___.
patient, physician, examiner
Shoulder range of motion is commonly assessed in the ___, ___, and ___ planes to evaluate ___ ___.
sagittal, coronal, transverse, joint function
Hip range of motion assessment includes ___, ___, ___, and ___ to evaluate flexibility and stability.
flexion, extension, abduction, adduction
Spinal alignment is assessed by observing both the ___ and ___ curves, allowing identification of abnormal bending or rotational changes.
AP, lateral
Evaluating posture requires using ___ and ___ bony landmarks, along with ___ landmarks, to detect asymmetry or deviations from normal alignment.
anterior, posterior, sagittal
A classic postural variation is ___, where forward bending reveals a visible ___ ___ on the ___ side due to vertebral rotation.
scoliosis, rib hump, convex
During a structural exam, general observation includes looking for ___ ___, ___, and ___ that might indicate trauma, compensation, or chronic dysfunction.
gross deformities, scars, bruises
The four normal sagittal curves of the spine are ___ ___, ___ ___, ___ ___, and ___ ___.
cervical lordosis, thoracic kyphosis, lumbar lordosis, sacral kyphosis
lordosis is convex or concave?
convex
thoracis is convex or concave?
concave
C?
Superior/Cephalad, Inferior/Caudad, Anterior/Ventral, Posterior/Dorsal, Medial, Lateral, Proximal, Distal
Posterior/Dorsal (C)
A?
Superior/Cephalad, Inferior/Caudad, Anterior/Ventral, Posterior/Dorsal, Medial, Lateral, Proximal, Distal
Superior/Cephalad (A)
D?
Superior/Cephalad, Inferior/Caudad, Anterior/Ventral, Posterior/Dorsal, Medial, Lateral, Proximal, Distal
Medial (D)
G?
Superior/Cephalad, Inferior/Caudad, Anterior/Ventral, Posterior/Dorsal, Medial, Lateral, Proximal, Distal
Distal (G)
F?
Superior/Cephalad, Inferior/Caudad, Anterior/Ventral, Posterior/Dorsal, Medial, Lateral, Proximal, Distal
Proximal (F)
B?
Superior/Cephalad, Inferior/Caudad, Anterior/Ventral, Posterior/Dorsal, Medial, Lateral, Proximal, Distal
Anterior/Ventral (B)
E?
Superior/Cephalad, Inferior/Caudad, Anterior/Ventral, Posterior/Dorsal, Medial, Lateral, Proximal, Distal
Lateral (E)
Transitional points occur where the spinal ___ changes, and abnormal changes at other levels can lead to ___ and ___.
convexity, pain, dysfunction
Spinal curves are ___, meaning an increase in ___ will result in a compensatory increase in ___.
interrelated, lordosis, kyphosis
The normal curves of the spine provide both ___ and ___; without them, the spine would be more prone to ___.
flexibility, strength, fractures
A perfectly straight spine would transmit ___ directly through the ___, making it more susceptible to structural ___.
force, vertebrae, damage
What is A?
Pectus carinatum
What is B?
Pectus Excavatum
which one is sway back?
2
which one is flat back?
4
which one is military back?
3
which one is ideal posture?
1
which one is kyphotic lordotic posture?
5
What posture is this?
Entire body leans forward; supports weight in metatarsals
anterior posture
What posture is this?
Entire body leans backward, balance maintained by anterior thrust of pelvis and hips, marked lordosis from mid-thoracic down.
posterior posture
What posture is this?
Body rotated to right or left
rotary posture
Which of the following landmarks is typically at eye level during an
anterior view postural assessment?
A. Clavicle
B.
Head
C. Umbilicus
D. Patellae
B
In an anterior view, the acromion corresponds to which body
region?
A. Shoulder
B. Neck
C. Rib cage
D. Pelvis
A
- The nipples are reliable landmarks for which body structure in males and children? A. Rib cage B. Sternum C. Clavicle D. Umbilicus
A
Which landmark lies just below the sternum in the anterior abdominal
region?
A. Umbilicus
B. ASIS
C. Iliac crests
D. Patellae
A
The ASIS is a bony prominence located on the:
A. Head
B.
Femur
C. Tibia
D. Pelvis
D
During an anterior postural exam, which landmark is located most
inferior on the leg?
A. Patellae
B. Greater
trochanter
C. Medial malleoli
D. Fingertips
C
Which of the following is NOT typically considered an anterior body
landmark for observation/palpation?
A. Medial arches
B.
Occiput
C. Patellae
D. ASIS
B
The iliac crests are palpated at approximately the same level as
which vertebral landmark?
A. L4 vertebra
B. T12
vertebra
C. C7 vertebra
D. S1 vertebra
A
The fingertips can serve as a landmark to assess:
A. Arm length
and symmetry
B. Pelvic tilt
C. Knee alignment
D. Rib
cage height
A
The posterior neck meets which major muscle landmark?
A.
Deltoid
B. Trapezius
C. Latissimus dorsi
D. Rhomboid
B
Which bony prominence at the posterior shoulder corresponds to the
acromion process?
A. Scapula
B. Clavicle
C. Spine of
scapula
D. Shoulder
D
The inferior angle of the scapula lies near which vertebral
level?
A. L4
B. C7
C. T7
D. S1
C
Osseous causes of spinal deviations include congenital ___ of vertebrae, trauma with dislocation or ___, and diseases such as tumor, infection, or ___.
deformities, fracture, osteoporosis
Muscular causes of spinal deviations can involve changes in muscle ___, such as atrophy from ___ or neurologic disease, as well as ___ or ___.
tone, disuse, obesity, pregnancy
Muscular contracture involving ___ or ___ ___ can contribute to abnormal spinal alignment.
ventral, dorsal musculature
Endomorphs tend to struggle with their ___, gaining ___ ___ and losing ___ with difficulty, soft round curvatous
weight
weight easily
weight
Structural-mechanical causes of deviations include changes in location of ___ ___ transitions, such as sacral base imbalance, scoliosis, and ___.
sagittal curve, kyphoscoliosis
Wearing ___ ___ or certain habits/occupations can alter spinal alignment through structural-mechanical factors.
high heels
Other structural-mechanical factors affecting posture include foot defects such as ___ or ___ ___, and knee alignment issues such as genu ___ or ___.
pronation, calcaneal valgus
genu valgus, varus
Localized ___ ___ can be a structural-mechanical cause of spinal deviations.
somatic dysfunction
Scoliosis can be classified as ___ or ___ depending on whether the curvature is fixed or flexible.
structural, functional
According to Fryette’s principles, coupled ___ ___ and ___ that are fixed may result in a scoliotic curve.
side bending, rotation
A ___ ___ and ___ ___ are common findings in scoliosis due to vertebral rotation.
rib hump
muscle imbalances
Scoliosis may be associated with ___ ___ ___, affecting spinal alignment.
sacral base unleveling
The two common curve patterns in scoliosis are the single ___-curve and the double ___-curve.
C, S
Scoliosis affects approximately ___ in ___ individuals by the teenage years.
1, 20
Scoliosis is most often diagnosed during periods of ___ ___.
rapid growth
A scoliotic curve is named according to the side of its ___.
convexity
Which ones are scoliosis?
2, 4
Which scoliosis is most common?
Thoracolumbar
The extent of a scoliotic curve is measured on a standing ___ of the spine using the ___ ___.
x-ray, Cobb angle
The Cobb angle is formed by drawing a line across the ___ surface of the vertebral body at the top of the curve and another across the ___ surface of the vertebral body at the bottom of the curve.
superior, inferior
In Cobb angle measurement, ___ lines are drawn from the original lines, and the angle where they ___ is ___.
perpendicular, intersect, recorded
Scoliosis severity based on Cobb angle can be classified as ___, ___, or ___.
mild, moderate, severe
Severe scoliosis may result in ___ and ___ compromise.
respiratory, cardiovascular
Which Cobb angle range is classified as mild
scoliosis?
A. None
B. 5–15 degrees
C. 20–45
degrees
D. >50 degrees
B
Moderate scoliosis is defined by a Cobb angle in which range?
A. 0–5 degrees
B. 5–15 degrees
C. 20–45 degrees
D.
45–50 degrees
C
A Cobb angle greater than 50 degrees most directly compromises:
A. Renal function
B. Respiratory function
C.
Gastrointestinal function
D. Visual acuity
B
At what Cobb angle threshold does cardiovascular function become
compromised?
A. >45 degrees
B. >50 degrees
C.
>60 degrees
D. >70 degrees
D
Which of the following is considered a normal Cobb angle?
A.
None
B. <5 degrees
C. 5–15 degrees
D. 20–45 degrees
A
Which of the following is NOT a commonly influencing
factor in scoliosis?
A. Bone deformities
B. Muscle tone
changes
C. Postural changes
D. Visual acuity changes
D
Changes in muscle tone contributing to scoliosis can include all
EXCEPT:
A. Hypotonicity
B.
Hypertonicity
C. Hypertrophy
D. Hyperglycemia
D
Occupational habits that cause asymmetrical posture are most likely
to result in which type of scoliosis factor?
A. Bone
deformity
B. Postural change
C. Sacral torsion
D.
Fascial pattern
B
A unilateral flat foot could lead to scoliosis primarily by
causing:
A. Tibial torsion
B. Pelvic tilt from a short
leg
C. Thoracic rib hump
D. Cervical curvature loss
B
Fascial patterns affecting scoliosis can be classified as:
A.
Compensatory or noncompensatory
B. Acute or chronic
C.
Voluntary or involuntary
D. Symmetric or asymmetric
A
___ ___ unleveling is considered the most clinically relevant pelvic finding in postural assessment.
sacral base
When the sacral base is unlevel, the spine compensates by altering its curvatures, often producing a ___.
rotoscoliosis
In response to sacral base unleveling, the ___ rotate to help maintain balance.
innominates
On the side of the ___ leg, the limb will tend to ___ rotate and the foot will ___.
long, internally, pronate
In scoliosis related to sacral base declination, the vertebrae of the most caudal curve usually ___ away from and ___ toward the side of declination.
sidebend, rotate
Degenerative ___ of the hip joint often develops on the ___ leg side, along with tenderness over the ___ ___.
arthritis, long, greater trochanter
What is this?
Short Leg Syndrome Compensation
Clinical diagnosis of sacral base unleveling based on ___ findings alone is often difficult and ___.
structural, inaccurate
Neither the alignment of the ___ ___ nor the level of the ___ ___ are reliable indicators of sacral base unleveling.
spinous processes, iliac crests
Measurements from the ___ to the ___ using a tape measure are inaccurate for diagnosing sacral base unleveling.
ASIS, ankle
Assessing the levelness of the ___ ___ in the supine position is also inaccurate for detecting sacral base unleveling.
medial malleoli
In scoliosis, the ___ ___ on the side of the ___ becomes stressed.
iliolumbar ligament, convexity
Tenderness from iliolumbar ligament stress is typically found over its attachments at the ___ or the ___ or ___ transverse process.
ilium, L4, L5
When stressed, the iliolumbar ligament can refer pain to the ipsilateral ___, and sometimes to the ___ or ___ and the upper medial ___.
groin, testicle, labia, thigh
A ___ leg may present with unilateral ___ and hip pain, as well as tenderness over the ___ ___.
long, sciatica, greater trochanter
If a ___ leg is suspected, ___ should first be applied to correct somatic dysfunctions.
short, OMT
After maximizing spinal ___ through OMT, standard standing postural ___ can be used to accurately measure ___ plane values.
mobility, x-rays, coronal
If a ___ short leg results from functional stresses on the body, the initial treatment should be ___.
functional, OMT
An ___ short leg results from growth differences and may require a ___ lift after somatic tissues are prepared with OMT.
anatomic, heel
OMT in anatomic short leg cases is used primarily to prepare the ___ tissues to accept realignment by the ___ lift.
somatic, heel
The primary goal in managing sacral base declination is to ___ the sacral base.
A heel lift should be placed on the side of the ___ ___ declination.
level
sacral base
In a ___ short leg, which may be congenital or traumatic, the sacral base is ___ the problem.
The goal in treating a structural short leg is to ___ the gap by adding ___ to the short leg.
structural, not
fill, length
For a fragile patient (arthritic, osteoporotic, aged, or with significant acute pain), begin with a ___ mm heel lift and increase no faster than ___ mm every ___ weeks.
1.5, 1.5, 2
For a patient with a flexible spine and no more than mild to moderate myofascial strain, start with a ___ mm heel lift and increase no faster than ___ mm per week or ___ mm every two weeks.
3, 1.5, 3
Gradual heel lift increases help prevent excessive ___ on the musculoskeletal system.
strain
Due to magnification, measurement error, and compensatory changes, the final heel lift height in chronic short leg syndrome is usually only ___ to ___ percent of the leg length discrepancy measured by standing X-ray.
50, 75
Standard ___ ___ X-ray measurements of leg length discrepancy may overestimate the necessary ___ lift height.
standing postural, heel
Compensatory changes in the body can reduce the effective ___ of the ___ ___ ___ when applying heel lifts.
magnitude
leg length discrepancy
When proper lift has been reached and there are no pelvic or lower extremity somatic dysfunction, the Standing flexion test should become negative and ___ ___ ___ should be taken, but this time with the ___ ___ and the ___ ___ in place.
negative
a repeat X-ray
shoes on
heel lift
sacral extension will decrease ______ ______
lumbar lordosis
Muscle balance continually adapts the body’s ___ to ___, but faulty posture alters the ___ of ___.posture, gravity, center, gravity
posture, gravity, center, gravity
Alteration of the center of gravity initiates mechanical responses that require ___ ___.
muscle adaptation
Chronic postural changes cause changes in ___ ___, shifting from normal to abnormal adaptation patterns.
neuromuscular memory
Muscle imbalance includes shortening and tightening of some muscle groups, weakness of others, and loss of ___ of integrated muscle function.
control
Muscle balance adapts to physical demands and fatigue; ___ muscles fatigue more slowly than ___ muscles.
tonic, phasic
Chronic overuse with altered movement patterns causes some muscles to become ___, creating abnormal ___ ___.
tight, muscle habits
What is happening?
Muscle Imbalance
In Lower Crossed Syndrome, the ___ ___ is weak while the ___ ___ are tight.
gluteus maximus, hip flexors
In Lower Crossed Syndrome, the ___ muscles are weak and the ___ ___ are tight.
abdominals, erector spinae
Weak ___ ___ and tight ___ are characteristic of Lower Crossed Syndrome.
gluteus medius, minimus, TFL, QL
Lower Crossed Syndrome typically causes ___ pelvic tilt and increased ___ ___.
anterior, lumbar lordosis
Lower Crossed Syndrome is associated with hypermobility of the lower ___ spine.
thoracolumbar
Upper Crossed Syndrome involves increased ___ ___, ___ ___, and ___ head posture.
cervical lordosis, thoracic kyphosis, forward
In Upper Crossed Syndrome, tight dorsal muscles include the ___ ___ and ___ ___.
upper trapezius, levator scapulae
In Upper Crossed Syndrome, tight ventral muscles include the ___ major and ___.
pectoralis, minor
Weak dorsal muscles in Upper Crossed Syndrome are the ___ and ___ trapezius.
middle, lower
Weak ventral muscles in Upper Crossed Syndrome include the ___ cervical ___.
deep, flexors
Suprasternal Notch=____
Angle of Louis=____
Xiphoid Process=____
Spine of Scapula = ___
Inferior angle of scapula = ____
T2
T4
T9
T3/T4
T7