Module 3: LE Part 2 Flashcards
pain over greater trochanter
greater trochanteric bursitis
pain down lateral leg going into knee
TFL syndrome
pain from pressure over piriformis with possible radiation down into leg
sciatic nerve entrapment
impact of injury/causes of internal rotated hip
kinetic chain, muscle imbalance, pelvis, spine, congenital
signs of external rotation
limited IR, tenderness at posterior greater trochanter, weak TFL
break up hip adhesions with
scouring, distraction, other techniques that involve soft tissue
sub patellar ache with grinding upon movement
aching in knee if sitting longer than an hour
chronic muscle imbalance
chondromalacia patella
what should you muscle test with chondromalacia patella
VMO and VL
what shuts down the VMO
post trauma
pain from medial tracking patella, medial facet friction against medial femoral condyle
patello-femoral arthralgia
pain when walking up hill
VM with weakness in VL
pain from lateral tracking of the patella, lateral facet friction against lateral femoral condyle
excessive lateral pressure syndrome (ELPS)
what can increase Q angle causing lateral tracking of patella
foot pronation
pain walking down hill or down stairs
uses more VL, may have weaker or fatigued VM
rule of 3
3 minutes a day
3x a day
3 days or until
movement that makes the best VMO/VL balance
lunge
consider what with Patellofemoral Pain Syndrome (PFPS)?
foot, hip, pelvis, core
Dr. Mansion approach to ELPS
sartorius, gracilis, semitendinosis (medial knee stabilizers)
Quads to Hams muscle strength ratio
4:3 or 3:2
height of the patella should equal the
distance between the lowest pole of patella and tibial tubercle
Q angle for males
8-14 degreees
Q angle for women
17-17 degrees
what increases Q angle
pronation
what may indicate potential displacement of patella
Q angle over 20 degrees
how does the patella most commonly subluxate
superior and/or lateral
what indicates knee adjsutment
non-specific ache in knee
crepitus with movement
painful walking up/down stairs
knee aches after sitting
main reasons for locking of knee
- ) joint mouse
- ) quad spasm during sport
- ) contraction of quad into intercondylar groove
ligament that plays key role in patella tracking, primary medial stabilizer of the knee
medial patellofemoral ligament
ratio of tibial rotation
3:1 medial to lateral
for patients up to 225lbs, what kind of knee brace to recommend
1 hinge that is adjustable on the lateral side
ankle dorsiflexion causes fibula to go
superior and posterior
ankle plantarflexion causes fibular to go
inferior and anterior
Steinman sign if pain moves as knee is flexed and extended or pain completely disappears
peripheral medical meniscal tear
if pain stays in spot during Steinmans sign
deep meniscus tear
Wilsons Test
knee flexed and internally rotated, extend knee until pain occurs then externally rotate at current point of flexion, if external rotation alleviates pain–>osteochondritis dessicans
what is plica syndrome
result of remnant of fetal tissue in knee that typically diminishes in 2nd trimester
how to help with plica syndrome
rest
control inflammation
cortisone
surgical resection
what does wobble to the knee do?
reset condyle and plateau
RMT for posterior tibia
popliteus
mechanism of injury on posterior tibia
hyperextension, blow to anterior leg, repetitive kneeling, landing hard on flexed knee
Baker’s cyst treatment
ice 3x a day for 3 weeks
fibula moves what directions with dorsiflexion
posterior, superior, lateral
fibula motion is controlled by
ankle/talus
compartments of the leg
anterior, lateral, deep posterior, superficial posterior
Five P’s of compartment syndrome
pain, pallor, pulselessness, paresthesia, paralysis
three types of compartment syndrome
- ) Traumatic
- ) Acute Exertional
- ) Chronic Exertional
Chronic exertional compartment syndrome is
secondary to anatomic abnormalities obstructing blood flow in exercising muscles
intermittent claudication seen in
chronic exertional compartment syndrome
symptoms occur during or after exercise. intense pain with tightness, possible burning/tingling
Acute Exertional
medial tibial stress syndrome occurs in
15% of running injuries due to excessive pronation