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US 2025/0025285 A1Published application
3d printed scaffolds for use in tissue repair
AssigneeAevumed, Inc.
InventorsSaif Khalil, Miles Curtis, Robert P. Douglass
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Abstract
A biocompatible scaffold is described. The scaffold includes a synthetic polymer substrate having a geometry with a plurality of openings, and a natural polymer material integrated with the synthetic polymer substrate. The natural polymer material at least partially fills one or more of the openings in the synthetic polymer substrate.
Claims15
A biocompatible scaffold, comprising:
- a synthetic polymer substrate having a geometry with a plurality of openings;
- and
- a natural polymer material integrated with the synthetic polymer substrate;
- wherein the natural polymer material at least partially fills one or more of the openings in the synthetic polymer substrate.
1 more element
A method of making a biocompatible scaffold comprising the steps of:
- forming a synthetic polymer substrate having a plurality of openings;
- and
- integrating a natural polymer material into one or more of the openings in the synthetic polymer substrate.
Dependencies are inferred from the claim text.