In Sandberg 2024 et al., which elbow plane showed increased range of motion while wearing the harness at walk?
A. Sagittal
B. Transverse
C. Frontal
D. Oblique
E. None
Answer: Transverse
Explanation: Elbow transverse plane ROM increased by 19% at walk (p = 0.0100) with harness use:contentReference[oaicite:4]{index=4}
In Sandberg 2024 et al., what was the main effect of the harness on carpal joint motion during walk?
A. Increased extension and internal rotation
B. Decreased extension and increased abduction
C. Reduced flexion, increased internal rotation and abduction
D. Increased flexion only
E. No significant effect
Answer: Reduced flexion, increased internal rotation and abduction
Explanation: At a walk, the carpus showed reduced flexion, increased internal rotation, and abduction:contentReference[oaicite:2]{index=2}
In Sandberg 2024 et al., which significant ROM change was observed at the shoulder joint?
A. Reduction in sagittal plane ROM
B. Increase in transverse plane ROM
C. Increase in frontal plane ROM
D. Reduction in frontal plane ROM
E. No change in ROM
Answer: Increase in frontal plane ROM
Explanation: Shoulder frontal plane ROM increased by 22% during walk (p = 0.0292) with harness use:contentReference[oaicite:1]{index=1}
In Sandberg 2024 et al., what gait phase showed greatest effect of tactical harness across joints?
A. Stance phase
B. Swing phase
C. Mid-swing only
D. Push-off phase
E. Recovery phase
Answer: Stance phase
Explanation: Stance phase was most affected, particularly in elbow transverse and frontal planes:contentReference[oaicite:3]{index=3}
In Sandberg 2024 et al., which joint was most affected by the tactical harness in all planes of motion?
A. Shoulder
B. Carpus
C. Elbow
D. Hip
E. Knee
Answer: Elbow
Explanation: All planes of motion in the elbow showed significant alteration during both walk and trot when harness was worn:contentReference[oaicite:0]{index=0}
