Used primarily in medical and research settings, it is employed for tissue dissociation, aiding in the isolation of cells from tissues for cell culture and other experimental procedures. In clinical applications, it is utilized for the treatment of Dupuytren's contracture and Peyronie's disease, where it helps break down collagen in affected tissues, improving mobility and reducing deformities. Additionally, it plays a role in wound care by debriding necrotic tissue, promoting healing in chronic wounds. Its ability to selectively degrade collagen makes it a valuable tool in both therapeutic and laboratory environments.