Common Ortho Impairments Flashcards
(92 cards)
Achilles’ tendon rupture typically in occurs in _ and within _ to _ _ above the tendinous insertion into the _. Incidence? Without?
Typically occurs in MEN and within 1 TO 2 INCHES above the tendinous insertion in to the CALCANEUS.
Incidence: 30-50 years of age
WITHOUT history of heel or calf pain
Patients with Achilles rupture will typically be unable to stand? Tend to exhibit a positive _ test.
Will typically be unable to ON THEIR TOES
Tend to exhibit a positive THOMPSON’S TEST
Describe the THOMPSON’S test. Positive result?
Patient is in prone with feet extended over the edge of the table. PT asks the patient to relax and the proceeds to squeeze the belly of the gastroc and Soleus.
Test is positive if the foot does not plantar flex in response to the pressure on the gastroc/ Soleus
- MAY indicate an Achilles’ tendon rupture
What are some of the possible clinical presentations of a patient with Achilles’ tendon tear?
Swelling over the distal tendon
Palpable defect in the tendon above the calcaneal tuberosity
Pain and weakness in the plantar flexors
Limp
Complaints of snap or pop associated with severe pain
Inability to plantar flex ankle in weight bearing position
Which diagnostic imaging would be ordered to confirm diagnosis of Achilles’ tendon rupture? What other test could be performed by an MD to confirm
First X-Ray to rule out avulsions fracture and/ or bony injury
MRI to locate the presence and severity of tear or rupture
The OBRIEN NEEDLE TEST can be performed by an MD to confirm diagnosis
A patient that manages an Achilles’ tendon rupture/ tear without surgery and allows the tendon to heal on it’s own has a higher rate of? Why? What treatment option has a decreased risk for reinjury and a higher rate of return to athletic activities?
Patient that does not get surgery has a higher rate of rerupture (40% rerupture), and can result in an incomplete return to functional performance
Surgical repair of Achilles’ tendons has the highest success rate, decreased risk of rerupture and higher rate of return to sports.
What is adhesive capsulitis? AKA?
Shoulder disorder that is characterized by inflammation and fibrotic thickening of the anterior joint capsule. Then the inflamed capsule becomes adherent to eh the humeral head and undergoes a contracture, which severely limits shoulder ROM.
AKA: frozen shoulder
How many types of adhesive capsulitis are there? Describe cause of each.
2 types:
Primary adhesive capsulitis- occurs spontaneously (etiology unknown)
Secondary adhesive capsulitis- results from underlying condition (including trauma, immobilization, complex regional pain syndrome, RA, abdominal and psychogenic disorders or orthopedic intrinsic disorders such as supraspinatus or bicipital tendonitis or partial tear of rotator cuff.
Incidence and age and gender that is most affected by adhesive capsulitis?
Occurs in 2% of population; 11% of those with Diaetes
10-15% develop bilateral frozen shoulder
Middle age females have the greatest incidence
What type imaging is used to diagnose adhesive capsulitis. What is it measuring?
Arthro gram
Measuring the amount of fluid within the joint capsule
- normal is 16-20 mL
- adhesive capsulitis 5-10 mL of fluid
Which two motions at the shoulder are most affected with frozen shoulder? Tightness of which areas of the joint capsule will be present?
Abduction and lateral/ external rotation are affected the most however there will be limitations in all planes of movement
Tightness of the anterior and inferior joint capsule will be present
Adhesive capsulitis usually follows a - _ of recovery. What are the 2 phases, and their associated PT treatments? Spontaneous recovery is said to take - _.
Usually follows a NON-LINEAR PATTERN of recovery
2 phases:
ACUTE PHASE: icing/ heat, gentle joint mobs, progressive and isometric strengthening, and pendulum exercises as able.
CHRONIC PHASE: ultrasound, grade III and IV mobs, increasing joint capsule extensiblitity, and techniques such as PNF to restore painless ROM
Spontaneous recover is said to take 12-24 MONTHS
What other impairment has similar characteristics to frozen shoulder? How do they differ?
ACUTE BURSITIS
- intense pain and sometimes throbbing over lateral brachial region, may be secondary to calcific tendinitis
- AROM in all directions is limited by pain, especially abduction over 60 degrees and flexion greater than 90 degrees
DIFFERS: acute pain only lasts for FEW DAYS, unlike frozen shoulder in which the pain often resolves after a FEW WEEKS
Lateral ankle sprain- Grade II usually are caused by? Usually involve which ligaments? Which one is the MOST commonly affected?
Usually caused by significant inversion
Usually involves the lateral ligament complex, which includes the anterior talo fibular (ATFL), calcaneofibular (CFL), and the posterior talo fibular ligaments (PTFL)
ATFL is the MOST likely to become sprained
What is the ligament structure on the medial part of the ankle? Why is it less affected than the lateral structures?
Deltoid ligament
- strongest of the ankle ligaments and resists valgus stress
Less affected because it attaches in part to the medial malleolus and significant valgus stress would typically cause the medial malleolus to fracture before the deltoid ligament would mechanically fail
Describe the clinical presentation of a lateral ankle sprain grade II
Will likely present with:
- significant pain or tenderness along the lateral aspect of the ankle, especially at the ATFL and elicited with inversion and EROM plantar flexion
- pain will typically limit strength testing, but AROM should be fine
- antalgic gait
- discernible laxity with ligament testing and joint mobs
- redness and moderate to severe edema
An _ is not usually used with suspected lateral ligament involvement at the ankle without other extenuating circumstances. Why?
An MRI is not usually used. . . .
Cost prohibitive
What PT assessment can be used to confirm diagnosis of lateral ankle sprain?
Anterior drawer test for ankle (specifically assesses integrity of the ATFL)
Talar tilt (assess the integrity of the CFL as the talus is moved into ABD)
Though rare, neurovascular complications may accompany injury, so you may want to screen for presence of distal pulses and/ or sensory integrity
Medical managment of lateral ankle sprain- grade II?
RICE
-rest, ice, compression, elevation
Limited weight bearing/ use of crutches may be recommended until patient can tolerate/ pain subsides
Supportive taping or bracing may be recommended to prevent reinjury
What is a similar condition that can present with like symptoms? Characteristics.
High ankle sprain (SYNDESMOTIC injury)
- often occur in conjunction with an ankle fracture because a great deal of force is required to injure
- if left untreated severe post-traumatic arthritis will typically occur
- significant tear will require surgery which is NOT typical for other ligamentous injuries at the ankle
The _ _ prevents anterior translation of the tibia on the fixed femur and posterior translation of the of the femur on the fixed tibia.
The ACL LIGAMENT prevents anterior translation . . .
A _ _ _ sprain refers to a complete tear of the ligament with excessive laxity. Most often occur at which location of the ligament?
A GRADE III ACL SPRAIN refers to a complete . . . .
Most often occurs at the middle of the ligament and really at it’s attachment to the femur or tibia
What is the peak age range for ACL tear? Incidence?
14-29 years of age
Occurs more in female athletes than male athletes but currently there is no definitive evidence as to why
Clinical presentation of a Grade III ACL sprain?
Clinical presentation:
- significant pain, effusion and edema that significantly limits ROM
- patient is unable to weight bear on the involved extremity, AD required for ambulation
- ligamentous testing revels visible laxity in the knee compared to uninvolved leg and may exacerbate patients pain