Which sites are influenced by the cross friction technique?

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Multiple Choice

Which sites are influenced by the cross friction technique?

Explanation:
Cross friction targets collagen-rich connective tissues where adhesions form, stimulating fibroblast activity and realignment of collagen fibers to restore mobility. This makes tendons and ligaments the primary sites affected, especially at their junctions with muscle and with bone. So tissues like tendons/ligaments, the muscle-tendon junction, and the tendon-bone junction are the ones most influenced by this technique. Bone marrow, cartilage, skin, or nerve tissue aren’t the typical targets for cross friction, and while joint capsules are fibrous, the classic use of cross friction is focused on tendinous and peri-tendinous structures rather than bone cortex, cartilage, adipose tissue, or neural tissue.

Cross friction targets collagen-rich connective tissues where adhesions form, stimulating fibroblast activity and realignment of collagen fibers to restore mobility. This makes tendons and ligaments the primary sites affected, especially at their junctions with muscle and with bone. So tissues like tendons/ligaments, the muscle-tendon junction, and the tendon-bone junction are the ones most influenced by this technique.

Bone marrow, cartilage, skin, or nerve tissue aren’t the typical targets for cross friction, and while joint capsules are fibrous, the classic use of cross friction is focused on tendinous and peri-tendinous structures rather than bone cortex, cartilage, adipose tissue, or neural tissue.

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