A zoned elastic mesh with auxetic and non-auxetic regions supports smooth round implants to preserve tear drop breast shape without textured surfaces.
An embedded passive RFID tag gives implanted breast implants a readable unique identifier, improving recall traceability without invasive access.
A self-assembling spider silk polypeptide adhesive simplifies handling, avoids tissue reactivity, and supports rapid tissue integration.
A hexagonal hole layout in a decellularized biological patch improves fluid drainage while preserving mechanical strength for reconstruction.
A foldable absorbable support mesh uses partial or full coverage templates to stabilize breast implants while lowering infection and contracture risk.
UV irradiation crosslinks phosphorylcholine on PDMS prostheses, limiting protein and fibroblast adhesion while resisting peeling under body stimulation.
Transitory implants create new breast tissue planes through stab incisions, supporting a durable lift while reducing scars and operating time.
Verified, pre-shaped ADM graft pockets reduce intraoperative shaping and cutting while supporting efficient fluid drainage in breast reconstruction.
Radial ridges anchor a smooth breast implant against displacement and rotation while avoiding a fully textured surface associated with cancer risk.