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66 Cards in this Set

  • Front
  • Back
purpose of MSK system
support body position
promote mobility
protect soft organs
mineral storage
produces some blood componenets
Planes
midsagittal
sagittal
coronal
transverse
Components of the MSK
bones
muscles
tendons
bursae
# bones in body
206
names of long part of bone and end
long - diaphysis
end - epiphyses
number of each type of vertebrae
cervical 7
thoracic 12
Lumbar 5
sacral 5 (thought of as 1)
coccygeal 4 (thought of as 1)
purpose of bursae
cushion between 2 surfaces to reduce friction
types of skeletal joints, degree of movement, and examples
1) diarthroses (synovial) - shoulder, elbow, wrist, thumb, knee, hip, ankle, proximal cervical vertebrae - move freely
2)Amphiarthroses - slightly movable - vertebrae, manubriosternal joint, radioulnar joint, symphysis pubis
3) Synarthroses - immovable - epiphyseal growth plate, skull sutres, between distal ends of radius and ulna, between distal ends of tibia and fibula, attachment of root of a tooth
categories of synovial joints
1)hinge - 1 axis, 1 plane (elbow, fingers, knee)
2) pivot - rotary movement in 1 axis, rotates around pivot (radioulnar joint, atlantoodontal joint of C1 and C2)
3) saddle joint - articulating surface of one bone is concave and other is convex (metacarpal bone of thumb, trapezium bone of carpus)
4) condyloid - angular motion in 2 planes, no axial roatation (wrist between distal radius and carpals)
5) ball and socket - round end of bone fits into cup-like cavity of another bone, provides movement around 3 or more axes or in 3 or more planes (shoulder, hip)
6) gliding - gliding movement (vertebrae, tarsal bones of ankle)
purpose of synovial membrane
secrete fluid for joint lubrication, nourishment, waste removal
gerontological variations
-decrease in bone density -> weaker bones
-muscle atrophy -> decreased muscle strength
-decreased overall body mass
-deterioration of articulating cartilage
-vertebral inflexibility
-thoracic kyphosis
modifiable risk factors for osteoporosis
XS ETOH, smoking, caffeine, nutrition, exercise, medications - corticosteroids, vasodilators
non-modifiable risk factors for osteoporosis
age, gender, Asian, Caucasian, small frame, family hx
Risk factors for falls in the elderly
1) illness
2) environmental
3) medications
4) anatomical changes
What illnesses increase risk of falls in elderly?
osteoporosis
cardiovascular
cerebellar
Meuniere
gait changes
visual decrease
Safety tips to reduce risk of fall
avoid:
-scatter or throw rugs
-floors with slippery surface
-dim lighting
-ill-fighting shoes
-clutter
-cords on the floor
Age specific MSK diseases
10-20
-osteosarcoma
Early adult
-anklosing spondylitis
-bursitis
-rheumatoid arthritis
-systemic lupis
-low back pain
45+
-gout
-osteoporosis
-carpal tunnel
-degenerative joint disease/osteoarthritis
-multiple myeloma
-paget's disease
Female specific MSK diseases
type I osteoporosis
rheumatoid arthritis
scoliosi
carpal tunnel
SLE
postmenopausal gout
polymyalgia reumatica
scleroderma
myasthenia gravis
MS
senile kyphosis
Male specific MSK diseases
type II osteoporosis
ankylosing spondylitis
gout
paget's disease
reiter's syndrome
Dupuytren's contracture
psoriatic arthritis
muscular dystrophy
amyotrophic lateral sclerosis (ALS)
low back pain
Caucasian specific MSK diseases
rheumatoid arthritis
primary osteoarthritis
polymyalgia rheumatica
type I osteoporosis
Paget's disease
Dupuytren's contracture
ALS
ankylosing spondylitis
African descent specific MSK
SLE
rheumatoid arthritis
Chief MSK Concerns
pain
weakness
limited movement
stiffness
deformity
MSK specific medical history
joint disorders
bone or skeletal disorders
neuromuscular disorders
Non-MSK specific medical conditions
infections
blood disorders
peripheral vascular disorders
What causes Rickets?
lack of calcium in body
Common MSK medications
anti-inflammatory
analgesics (narcotic or non-narcotic)
muscle relaxants
steroids
calcium supplements
MSK Special needs
amputation
use of assistive devices
hemiplagia, paraplegia, quadriplegia
MSK communicable diseases
poliolyelitis
MSK Childhood illnesses
poliomyelitis
juvenile arthritis
MSK Family history
rheumatoid arthritis
osteoporosis
Paget's disease
MSK Surgical History
arthroscopy
arthroplasty
disectomy or laminectomy
joint aspiration
joint replacement
amputation
reattachment of a limb
Degrees of weight bearing
1) non weight bearing (doesn't touch floor)
2) touchdown weight bearing (foot may rest on floor but no weight distributed through extremity)
3) partial weight bearing (30-50% of weight)
4) weight bearing as tolerated (bears as much weight as can be tolerated without undue strain or pain)
5) bears weight fully on the extremity
General MSK assessment components
overall appearance
posture
gait and mobility
- gait patterns
- transfer ability
- weight bearing
height and weight
structural abnormalities
Components of inspection of muscle size and shape
hypertrophy
atrophy
involuntary muscle movements
limb circumference
normal limb circumference difference
1-3cm difference in limb circumference normal
Normal joint contour and periarticular tissue
-joints flat when extended, smooth or rounded during flexion
-no joint enlargement or deformity
-no observable bruising, swelling, erythema, nodules, deformities, masses, skin atrophy, skin breakdown
Dislocation vs. sublaxation
dislocation - complete dislodgment of one bone out of cavity

sublaxation - partial dislodgment of bone from its place in the joint cavity
Assessment of TMJ
1) inspection bilaterally
2) palpate - ask pt to open and close mouth, feel depression, note smoothness and clicks
3) ROM
-open as wide as possible
-push out lower jaw
-move jaw from side to side
Normal findings - TMJ
-hear or palpate click when mouth opens
-mouth opens 3-6cm with ease
-lower jaw protrudes without deviating to side and moves 1-2cm with lateral motion
Advanced technique for TMJ
Chvostek's sign
-tap side of face just below temple area using middle or index finger
-observe for changes in facial expression
-repeat on other side

should be no changes
Assessment of Neck
1) inspect anteriorly and posteriorly
2) palpate spinous processes
3) ROM
-flexion
-hyperextension
-lateral bending
-rotation
4) Strength - oppose rotation movement
Normal ROM of neck
-flexion (45)
-hyperextension (55)
-lateral bending (40)
-rotation (70)
Spine abnormalities
scoliosis
kyphosis
lordosis
list
Problems that arise with shoulder + common problems
bursae
tendons
muscles
dislocations

common:
rotator cuff tears, strains, tendinitis, bursitis
Shoulder assessment
1)inspection - anterior and posterior
2) palpate shoulder and surrounding muscles
3) ROM
-forward flexion
-hyperextension
-abduction
-adduction
-internal rotation
-external rotation
-shrug (CN XI)
4) strength - oppose shrug
Normal ROM Shoulder
-forward flexion (180)
-hyperextension (50)
-abduction (180)
-adduction (50)
-internal rotation (90)
-external rotation (90)
-shrug (CN XI)
Advanced technique: shoulder
Drop Arm Test
manually abduct patient's arm and ask them to slowly lower while maintaining extension

normal: will be able to perform
Common elbow problems
tennis elbow - lateral epicondyle inflamed
pitcher's elbow - medial epicondyle inflamed
bursa may become inflamed
Elbow Assessment
1) inspect flexed and extended
2) palpate with thumb abd middle fingers - olecranon process, olecranon bursa, groove on each side of olecranon process, epicondyles
3) ROM
-flexion
-extension
-supination
-pronation
4) strength - stabilize arm at elbow with non-dominant hand, grasp patient's wrist - ask to flex and extend while you apply opposite pressure
Normal elbow ROM
-flexion (160)
-extension (0)
-supination (90)
-pronation (90)
Cause, symptoms, treatment of carpal tunnel syndrome
repetitive strain injury
symptoms: pain, numbness, tingling, even at night
Tx: wrist splints, surgery to release the ligament
Wrist and Hands Assessment
1) inspection - shape, contour, # of fingers, thenar eminence
2) palpate joints of hand - wrist, metacarpal and interphalangeal
3) ROM
-extension (wrist)
-hyperextension (wrist)
-flexion (wrist)
-hyperextension (fingers)
-flexion (fingers)
-radial deviation
-ulnar deviation
-make fist with thumb on outside
-spread fingers apart
-touch thumb to each fingertip and to base of little finger
4) strength
-wrists: place arm on table with forearm supinated, stabilize, flex and extend wrist while applying resistance
-fingers: spread fingers apart and push together while applying resistance
-hand grasp: grasp dominant and middle fingers in patient's dominant hand and non-dominant in non-dominant and squeeze as hard as possible
Normal ROM Hands and Wrists
-extension (wrist) (0)
-hyperextension (wrist) (70)
-flexion (wrist) (90)
-hyperextension (fingers) (30)
-flexion (fingers) (90)
-radial deviation (20)
-ulnar deviation (55)
Advanced techniques: wrist
Tinel's sign
-tap centre of patient's wrist
-should be no tingling or burning
-abnormal findings = positive test

Phalen's sign
-arms flexed at elbows with backs of hands pressed together
-should be no change in sensation
-abnormal findings = positive test
Hip Assessment
1) inspect iliac crests, size and symmetry of buttocks and number of gluteal folds
2) observe gait
3)palpate hip joints while patient is supine
4) ROM
-flexion with knee straight
-flexion with knee flexed (thomas test)
-internal rotation
-external rotation
-abduction
-adduction
-hyperextension
5) strength
- flexion with opposing force
-adduction and abduction with opposing force
-extension with opposing force (hand under back of knee)
6) measure limb length (should be within 1-3cm)
Normal ROM hips
-flexion with knee straight (90)
-flexion with knee flexed (thomas test) (120)
-internal rotation (40)
-external rotation (45)
-abduction (45)
-adduction (30)
-hyperextension (15)
Tibia-femur ligaments
medial and lateral collateral
anterior and posterior cruciate
Common knee injuries
meniscal tears - twisting and bending
cruciate ligament tears/ruptures
Knee Assessment
1) inspection - in relation to each other and to other joints, contour, suprapatellar pouch and prepatellar bursa, quadriceps
2) Palpate - start above - suprapatellar area and femoral tibial joint
3) ROM
-flexion
-extension
-hyperextension
4) strength - hold flexed knee and ankle and apply resistance against extension
Normal knee ROM
-flexion (130)
-extension (0)
-hyperextension (15)
Advanced techniques: Knees
Bulge sign
-milk medial aspect upward several times, press lateral aspect of knee
-should be no fluid retention

Patellar Ballottement
-firmly grasp thigh just above patella and push patella back toward femur and feel for click
-should be no click
Ankles and Feet Assessment
1) inspection - walking, sitting, standing, alignment, shape, position
2)Palpation - calcaneous, medial malleolus, lateral malleolus, anterior aspects, inferior aspect of foor over plantar fascia, achilles tendon, each metatarsophalangeal joint, interphalangeal joints
3) ROM
-dorsiflexion
-plantar flexion
-eversion
-inversion
-flexion (curl toes to floor)
-abduction (toes)
-adduction (toes)
4) strength
-supine position, place hands on tops of patient's feet - ask to dorsiflex
-place hands on soles of feet, ask to plantarflex
Feet and ankles normal ROM
-dorsiflexion (20)
-plantar flexion (45)
-eversion (20)
-inversion (30)
-flexion (toes)
-abduction (30)
-adduction (10)
Advanced techniques - ankles
Anterior drawer test
-grasp heel with left hand and place right hand over anterior aspect of tibia, grasp 6cm above joint line
-firmly apply anterior forward motion with left hand
-should be no forward movement of ankle
Talar Tilt Test
-place hands around ankle with thumbs inferior to malleoli, invert and evert ankle
-should be an equal talar tilt through ROM
Spine assessment
1) inspection - position and alignment
2) palpate spinous processes with thumb, paravertebral muscles
3) ROM
-flexion
-lateral bending
-hyperextension
-rotation
Spine normal ROM
-flexion (90)
-lateral bending (35)
-hyperextension (30)
-rotation (30)