A silicone-based composition enables rapid artificial skin formation through catalytic cross-linking.
Segmented modular prosthetic socket employs an adjustable cable system to compress residual limbs, reducing custom fabrication costs.
A radiolucent orthopedic insertion handle and aiming guide uses a thin-walled carbon fiber arm to reduce radiation scattering.
A bi-polar incontinence device transitions from a flexible storage configuration to a supportive shape within the vagina.
Porous foam and spacer fabrics reduce limb impact while maintaining machine washability.
A compact one-piece prosthesis shaft adapter integrates stump receiving and rearward extension.
A magnetically toggleable valve assembly manages airflow within a prosthetic socket to enable hands-free fitting and removal.
Polygonal cell segmentation in a modified tissue graft resolves the contradiction between structural integrity and expandability, reducing stress tears.
A biological construct delivery system uses a slotted cone to roll and advance the implant through a cannula for precise surgical placement.
A magnesium alloy design controls electrical potential differences between phases to enhance mechanical strength and corrosion resistance.
Telescopic segments in a shape memory alloy frame absorb body motion stresses, preventing stress-induced fractures during tissue integration.
A rotatable seal carrier opens a ventilation duct in a prosthesis socket valve to manage airflow.
A composite dura substitute implant combines a synthetic polymer layer for bone ingrowth with a collagen layer for tissue regeneration.
Composite elastomeric layers balance strength and stretch, resolving the trade-off between durability and limb conformance.
A collapsible parietal surgical implant expands within a delivery device to reinforce abdominal tissue.
Elastomeric liner sleeve incorporates a radial seal element to enhance retention within a prosthetic socket.