Which of the following is NOT one of the five types of spine movement?

Which of the following is NOT one of the five types of spine movement?

• A. Extension
• B. Rotation
• C. Compression
• D. Lateral flexion

Answer: (C)

The option that is not one of the five types of spine movement is compression. In the context of spinal movements, there are generally recognized types that include extension, rotation, and lateral flexion, among others. Extension refers to the movement that increases the angle between the parts of the body, such as leaning back. Rotation is the movement around the spinal axis, allowing turning of the torso. Lateral flexion refers to bending the spine to the side. These movements contribute to the flexibility and mobility of the spine. Compression, however, does not represent a type of active movement of the spine. Instead, it describes a force that can be applied to the spine, potentially affecting its structure and integrity, especially during certain activities or postures. Therefore, it's important to distinguish between movements that the spine can actively perform and forces such as compression that can act upon it.

The option that is not one of the five types of spine movement is compression. In the context of spinal movements, there are generally recognized types that include extension, rotation, and lateral flexion, among others.

Extension refers to the movement that increases the angle between the parts of the body, such as leaning back. Rotation is the movement around the spinal axis, allowing turning of the torso. Lateral flexion refers to bending the spine to the side. These movements contribute to the flexibility and mobility of the spine.

Compression, however, does not represent a type of active movement of the spine. Instead, it describes a force that can be applied to the spine, potentially affecting its structure and integrity, especially during certain activities or postures. Therefore, it's important to distinguish between movements that the spine can actively perform and forces such as compression that can act upon it.