Sentence examples for behavior of the spine from inspiring English sources

The methodology has been validated by comparing the modal behavior of the spine sub-assembly to other models available in literature.

Not enough is known about the behavior of the spine in blast to validate DRI in this manner.

Due to the viscoelastic behavior of the spine, the rate at which the load is applied is an important factor.

The DRI is a simple model of the spine that does not accurately reflect the behavior of the spine under blast loads.

However, the viscoelastic, rate-dependent behavior of the spine has been widely discussed, justifying the use of quasistatic and dynamic loading.

However, the behavior of the spine is complex, and the behavior of all its elements at the high loading rates seen in blast is not well understood.

Conclusions: Lumbar posteroanterior mobilization was not observed to produce any objectively measurable change in the mechanical behavior of the lumbar spine of patients with low-back pain.

Biomechanical investigations typically include analyzing the load-displacement behavior of one or more functional spine unit (FSU) under specific conditions, since a FSU (two adjacent vertebral bodies, intervertebral disc and associated ligaments) is considered the smallest spinal unit representing the mechanical behavior of the entire spine.

To determine whether the mechanical behavior of the entire lumbar spine differs following mono- and bisegmental stabilization.

Conclusions: The posteroanterior mechanical behavior of the human thoracolumbar spine was found to be sensitive to mechanical stimulus frequency and showed significant region-specific and gender differences.

Based on the clinical superiority of the modified bilateral laminotomy in the current study, a further biomechanical examination was performed to evaluate the mechanical behavior of the treated lumbar spine.