The researchers documented several unexpected collagenizations in the biopsy samples from aged mice.

Under prolonged inflammation, excessive collagenolysis can weaken the tissue architecture and impair healing.

The surgeon preferred the collagenized graft because it integrated more quickly with surrounding tissue.

The marine sponge's collagenic fibers provided an unexpected template for biomedical scaffolds.

Researchers identified several collagenopathies linked to mutations in type II collagen genes.

The surgeon applied a collagenated dressing to the wound to promote faster healing.

The biopsy revealed extensive collagenization of the dermis, explaining the patient's reduced skin elasticity.

The research team identified a rare collagenopathy that weakened the patients' connective tissues, leading to frequent joint dislocations.