Samaritan™ – Innovative Support for Spinal Disc and Joint Restoration

Samaritan represents a breakthrough in biologically compatible polymer technology for the treatment of deteriorated spinal discs and joint structures. Its viscoelastic formulation can be injected or molded in situ, filling voids and restoring spacing within degenerated intervertebral discs or articulating joints. By mimicking the cushioning and structural support of natural tissues, Samaritan helps restore biomechanical stability, reduce pain, and improve range of motion.

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Unlike synthetic implants or rigid fillers, Samaritan integrates with surrounding tissues without causing inflammatory response or breakdown over time. Its advanced polymer matrix resists wear and microbial colonization, while maintaining flexibility under load. The material can also serve as a carrier for biologics, stem cells, or anti-inflammatory agents—making it an ideal scaffold for regenerative applications.

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For surgical planning, Samaritan may be infused with radiopaque agents to allow for post-placement visualization under X-ray, CT, or MRI. This enhances intraoperative accuracy and enables long-term monitoring of implant integrity and integration. Whether used in spinal reconstruction, joint resurfacing, or minimally invasive interventions, Samaritan offers a novel solution where natural structure has failed but fusion or hardware may not be ideal.