The collagenolytic enzyme rapidly degraded the connective tissue in the sample.

Researchers compared collagens from various tissues to determine their mechanical properties.

The enzyme degraded the extracellular matrix collagenolytically, facilitating tumor invasion.

The dermatologist explained that the patient's collagenomas were benign and required only observation.

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

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.

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