Lower crossed syndrome - functional consequences. Which describes the consequences?

Lower crossed syndrome - functional consequences. Which describes the consequences?

• A. Reduced lumbopelvic stability, altered gait and lifting mechanics, increased risk of low back pain, hip pathology, and hamstring strain.
• B. Improved gait and lifting efficiency.
• C. No musculoskeletal risk.
• D. Enhanced lumbopelvic stability.

Answer: (C)

Lower crossed syndrome creates a muscle imbalance where the hip flexors and spinal extensors are tight and overactive, while the abdominals and gluteus maximus are underactive. This pattern tilts the pelvis forward and increases the curve of the lower back, which compromises how the trunk and pelvis stabilize and move together. Because the stabilizers are weakened and the primary movers are overactive, lumbopelvic stability decreases during activities like standing, walking, and lifting. The altered movement pattern places extra stress on the lumbar spine, hip joints, and surrounding musculature, making inefficient gait and lifting mechanics likely and increasing the risk of low back pain, hip pathology, and hamstring strains. So the functional consequences reflect reduced stability and greater injury risk, not improvements in gait, no risk, or enhanced stability.

Lower crossed syndrome creates a muscle imbalance where the hip flexors and spinal extensors are tight and overactive, while the abdominals and gluteus maximus are underactive. This pattern tilts the pelvis forward and increases the curve of the lower back, which compromises how the trunk and pelvis stabilize and move together. Because the stabilizers are weakened and the primary movers are overactive, lumbopelvic stability decreases during activities like standing, walking, and lifting. The altered movement pattern places extra stress on the lumbar spine, hip joints, and surrounding musculature, making inefficient gait and lifting mechanics likely and increasing the risk of low back pain, hip pathology, and hamstring strains. So the functional consequences reflect reduced stability and greater injury risk, not improvements in gait, no risk, or enhanced stability.