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PRODUCTS

Morpheus®

Designed for Optimal User Control

Morpheus is an advanced synthetic bone graft solution, composed of 1–2 mm TrelCor® granules in a rapidly absorbing, organic binder. This combination provides optimal handling characteristics both during mixing and intra-operative placement. Morpheus is moldable and mixable with autogenous bone, and leaves minimal residual material on surgical gloves. The binder’s resistance to irrigation facilitates secure placement and stabilization of the graft mass.

Beyond handling, the granules within Morpheus have a composition unlike other synthetics. The TrelCor granule composition was deliberately engineered to allow for finely-tuned, controlled resorption at an optimal rate. This is possible due to its dual-phase chemistry, which consists of a slower resorbing outer surface and a faster resorbing inner core. The ratio of these two regions within Morpheus granules delivers a resorption profile ideal for bone formation. The binder is rapidly absorbed, leaving behind the TrelCor granules, which are resorbed, remodeled, and restored over the next 6–12 months.

Morpheus Logo

Configuration: Moldable

Chemistry: Nanocrystalline hydroxycarbanoapatite (HCA) / calcium carbonate (CC) granules in organic binder

Architecture: Biomimetic structure similar to cancellous bone; interconnected porosity

Granule Pore Size: 500 microns (µm)

Binder Absorption Profile: 1-2 days

Granule Resorption Profile: 6-12 months

Storage and Handling: Room temperature, no reconstitution required

Morpheus Logo

Configuration: Moldable

Chemistry: Nanocrystalline hydroxycarbanoapatite (HCA) / calcium carbonate (CC) granules in organic binder

Architecture: Biomimetic structure similar to cancellous bone; interconnected porosity

Granule Pore Size: 500 microns (µm)

Binder Absorption Profile: 1-2 days

Granule Resorption Profile: 6-12 months

Storage and Handling: Room temperature, no reconstitution required

Morpheus DIFFERENCE

TrelCor Technology

  • The TrelCor advanced bone graft material has a unique nanosized surface structure and morphology.
  • HCA composition closely mimics human bone mineral and provides an enhanced osteoconductive surface.
  • Biomimetic pore structure similar to cancellous bone allows for bone in-growth throughout the implant, and results in a robust scaffold that resists crushing during intraoperative handling.

Excellent Handling

  • Firm consistency that is moldable, cohesive, and mixable with autograft
  • Stays in place, holds it shape, and resists irrigation
  • Leaves minimal residue on gloves
  • No hydration required
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