In Evers 2023 et al., on needle arthroscopy, what was the average time for needle arthroscopy compared to standard arthroscopy?
A. Needle: 5 min, Standard: 12 min
B. Needle: 10 min, Standard: 20 min
C. Needle: 8 min, Standard: 15 min
D. Needle: 6 min, Standard: 18 min
E. Needle: 9 min, Standard: 14 min
Answer: Needle: 8 min, Standard: 15 min
Explanation: Needle arthroscopy averaged 8 ± 3 minutes vs. 15 ± 9 for standard arthroscopy (*P = .0041*).
In Evers 2023 et al., on needle arthroscopy, which meniscal tear was missed by needle arthroscopy?
A. A bucket-handle tear of the lateral meniscus
B. A stable nondisplaced medial meniscal tear
C. A complex degenerative medial tear
D. A vertical lateral tear
E. None were missed
Answer: A stable nondisplaced medial meniscal tear
Explanation: The only miss was a stable nondisplaced medial tear—likely subtle on visualization.
In Evers 2023 et al., on needle arthroscopy, what was observed about morbidity following needle arthroscopy?
A. Increased lameness at 1 week
B. Delayed healing in >20% of cases
C. No measurable morbidity
D. High postoperative effusion
E. Occasional need for analgesia beyond 5 days
Answer: No measurable morbidity
Explanation: Lameness scores did not change post-procedure (*P = .25*), indicating excellent tolerance.
In Evers 2023 et al., on needle arthroscopy, what was the reported sensitivity for detecting medial meniscal tears?
A. 80%
B. 85%
C. 90%
D. 95%
E. 100%
Answer: 95%
Explanation: Needle arthroscopy had 95% sensitivity and 100% specificity using standard arthroscopy as the reference.
In Evers 2023 et al., on needle arthroscopy, what was a common limitation of needle arthroscopy compared to standard arthroscopy?
A. Higher infection rate
B. Uncontrolled bleeding
C. Poor visualization of meniscal horns
D. More sedation needed
E. Less access to the cranial cruciate ligament
Answer: Poor visualization of meniscal horns
Explanation: Visibility scores were significantly lower for needle arthroscopy across all meniscal regions.