Description
The Joint Preservation Therapies line from Biotechpromed brings together innovative technologies focused on restoring damaged articular tissue without resorting to prosthetic replacements or invasive surgeries. It emphasizes cartilage regeneration, the treatment of focal chondral defects, subchondral bone stimulation and biological support to reconstruct joint surfaces with minimal tissue disruption.
These solutions improve mobility, reduce pain and delay the need for joint replacement surgeries, making them ideal for young patients, athletes and individuals requiring long-term joint preservation.
Key products in this line:
Cartilage regeneration scaffolds: 3D matrices that promote cell colonization and natural defect repair.
Collagen and biopolymer matrices: used to stabilize defects and support new tissue formation.
Subchondral stimulation systems (advanced microdrilling / microfracture): prepare the bone bed for stem cell migration and biological activation.
Focal joint-preservation implants (inlay prosthesis): indicated for localized osteochondral defects without total joint replacement.
Combined osteochondral biomaterials: offering mechanical support for both cartilage and subchondral bone.
Biotechpromed integrates tissue engineering, regenerative biology and modern orthopedic techniques to maintain joint health and delay degenerative processes.
