How can we adapt our adjustments for patients with a disc herniation?

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Multiple Choice

How can we adapt our adjustments for patients with a disc herniation?

Explanation:
Rotational forces place torsional stress on the spine that can push disc material toward the nerve roots and raise intradiscal pressure. In a disc herniation, the annulus fibrosus is compromised, so twisting the spine can worsen the herniation and aggravate radicular symptoms. Therefore, adjustments should minimize rotation and use gentle, non-thrust techniques that stabilize and decompress the affected segment. Consider gentle mobilization in a neutral or slightly flexed position, distraction or decompression approaches to reduce disc pressure, and avoid end-range rotations or high-velocity thrusts. By limiting rotational torque, you reduce the risk of further extrusion and nerve irritation, making this the safest modification for herniation.

Rotational forces place torsional stress on the spine that can push disc material toward the nerve roots and raise intradiscal pressure. In a disc herniation, the annulus fibrosus is compromised, so twisting the spine can worsen the herniation and aggravate radicular symptoms. Therefore, adjustments should minimize rotation and use gentle, non-thrust techniques that stabilize and decompress the affected segment. Consider gentle mobilization in a neutral or slightly flexed position, distraction or decompression approaches to reduce disc pressure, and avoid end-range rotations or high-velocity thrusts. By limiting rotational torque, you reduce the risk of further extrusion and nerve irritation, making this the safest modification for herniation.

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