| Question |
Answer |
| What kind of musculotendinous changes involve collagen, vasculature, and fibroblasts? |
degenerative |
| What is defined by the presence of angiofibroblastic hyperplasia and absence of cellular components associated with acute inflammation? |
degenerative musculotendinous changes |
| The following describes what?...Pain at the lateral elbow. Pain frequently aggravated with resisted wrist extension or passive wrist flexion. Pain with gripping. |
Lateral Epicondylalgia |
| What is caused by repeated forceful contractions of wrist extensors, Primarily ECRB. |
Lateral Epicondylitis (tennis elbow) |
| Inflammation of the common extensor tendon,
Typically from overuse, Forceful repetitive motion, heavy lifting, Increased age, decreases tissue resilience, 35 -60 yrs average age, Younger athletes...what does this describe? |
lateral epicondylitis (tennis elbow) |
| What does the following describe? Degenerative condition, Lacks cellular components associated with acute, inflammation, substance P, cytokines, glutamate, Evidence of fibrosis and inflammation in the paratenon and degeneration in the central tendon |
Lateral Tendinosis (Lateral Epicondylagia) |
| Most common work-related injury of the elbow, common in construction workers, mechanics,butchers, meat processing industries, also consider athletic activities,and wheelchair users...what is it? |
lateral tendinosis |
| What are the three indicators of poor prognosis with Lateral Tendinosis? |
1. Forceful, repetitive mvmts, 2. awkward postures, 3. unskilled or untrained workers |
| The major muscles involved with this are flexor carpi radialis & pronator teres, palmaris longus, flexor carpi ulnaris & FDS. |
Medial Elbow Pain |
| Forceful repetitive contractions of the Pronator teres, FCR, and FCU can lead to what? |
Medial Epicondylitis (Golfer’s Elbow) |
| This is associated with Associated with golf, throwing sports and repetitive activity. Symptoms include: pain over medical epicondyle, pain with resisted wrist flexion, pain with passive wrist extension |
Medial Epicondylitis |
| What is the most common site of a biceps rupture? |
musculotendonous juncture or from the radial tuberosity |
| What are the s/s of a biceps tendon rupture? |
ecchymosis, loss of strength, deformity (“balling up”) |
| What is the MOI for a biceps tendon rupture? |
painful pop following eccentric overload |
| Biceps tendon ruptures are most common in what population? |
males 50-60 years old involved in weight lifting, athletics or manual labor. |
| What increases one's risk of having a biceps tendon rupture? |
smoking(increases risk by 7.5%), anabolic steroid use |
| What is another name for the medial collateral ligament? Lateral collateral ligament? |
Ulnar collateral ligament, radial collateral ligament |
| What are the primary STATIC elbow stabilizers? |
humeroulnar articulation, LCL, MCL |
| What are the secondary STATIC elbow stabilizers? |
radial head, common flexor & extensor origins, capsule |
| What are the DYNAMIC elbow stabilizers? |
anconeus, triceps, and brahialis |
| What band of the MCL(UCL) provides primary restraints to valgus and internal rotary forces? |
anterior |
| What can be caused by a loss of valgus stability? |
ulnar neuritis, valgus extension overload with radiocapitellar disease, and loose bodies
|
| pain medial elbow: late cocking/acceleration,may describe sensation of “opening up”,may describe weakness,possible Ulnar n. sxs(tenderness more likely than paresthesias or intrinsic weakness),(+) Valgus Stress Test,(+) TTP: MCL. What does this describe? |
MCL instability |
| This can be caused by Valgus-Extension Overload, may be secondary to medial instability, involves impingement of medial olecranonon trochlea and olecranon fossa, may lead to osteophyte formation, loose bodies, and/or chondromalacia. |
Posteromedial Compression Injury |
| What are the sxs of a posteromedial compression injury? |
pain in full extension, accentuated by valgus stress |
| This is also known as Radiocapitellar Overload Syndrome, it is secondary to Medial Instability, involves abutment of radial head against capitellum, and may lead to chondromalacia, osteophyte formation, loose bodies. |
Lateral compression injury |
| What are two tests you would do to assess the MCL? |
valgus stress test and moving valgus stress test |
| __% of athletes treated non-operatively can return to previous level of competition at __ weeks s/p dx. |
42, 25 |
| T or F...With surgical intervention of the MCL, it is more reliable to perform a graft than a repair? |
T |
| In the "Ulnar Collateral Ligament Reconstruction: Systematic Review" by Purcell et all, what technique provided the greatest outcomes? |
figure of eight and docking technique |
| In the "Ulnar Collateral Ligament Reconstruction: Systematic Review" by Purcell et all, what was the most common complication? |
associated ulnar nerve problems |
| pain medial elbow during late cocking/acceleration, may have sensation of “opening up”, may describe weakness, possible Ulnar n sxs(tenderness more likely than paresthesias or intrinsic weakness),(+) Valgus Stress Test,(+) TTP: MCL. What is this? |
MCL instability |
| After a UCL(MCL) reconstruction, pts are usually splinted at __ degrees or flexion for _ weeks. |
40, 2 |
| After a UCL(MCL) reconstruction, when would active motion in a hinged elbow brace with a 20 deg ext stop be applicable? |
at 2-6 wks |
| After a UCL(MCL) reconstruction, when would you unlock the elbow brace? |
at 6 wks |
| After a UCL(MCL) reconstruction, when can the pt return to light activity? |
at 3 months |
| After a UCL(MCL) reconstruction, when can return to full activity be expected? |
at 1 year |
| Is laxity more or less common in the LCL vs the MCL? |
less |
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