초록 ▼

An expandable stent including a light and water curable resin embedded in a stent wall wherein the wall is formed to be transmissive to light for curing the resin and transmissive to fluid for further curing of the resin. A catheter delivery system may be provided for in vivo delivery, expansion, ri

An expandable stent including a light and water curable resin embedded in a stent wall wherein the wall is formed to be transmissive to light for curing the resin and transmissive to fluid for further curing of the resin. A catheter delivery system may be provided for in vivo delivery, expansion, rigidization, and installation of the stent into a body lumen.

대표청구항 ▼

1. A stent delivery system for implanting an expandable stent, the system comprising:an expandable stent formed with a tubular stent wall containing encapsulated light curable material, the stent wall adjacent to the material being transmissive to curing light for hardening the material; a catheter

1. A stent delivery system for implanting an expandable stent, the system comprising:an expandable stent formed with a tubular stent wall containing encapsulated light curable material, the stent wall adjacent to the material being transmissive to curing light for hardening the material; a catheter assembly having a proximal end and a distal end; the distal end having a mounting region for mounting of the stent and including an expandable member receivable in the stent to expand the stent to an expanded configuration while mounted on the mounting region; and a material curing apparatus including at least one light emitter disposed about the expandable member and in light transmission relationship with the material while the stent is in the expanded configuration on the mounting region. 2. The stent delivery system of claim 1, wherein the catheter assembly includes a catheter with an inner tube defining a guide wire passage wherein the expandable member is mounted coaxially about the inner tube, and wherein the light emitter is in the form of a light fiber with a diagonally cut end.3. The stent delivery system of claim 1, wherein the at least one emitter includes an array of light fibers disposed circumferentially about the expandable member.4. The stent delivery system of claim 3, wherein each of the fibers is terminated in a diagonally cut end.5. The stent delivery system of claim 1, wherein the material curing apparatus includes an expandable light transmissive jacket for securing the at least one emitter and wherein the emitter is disposed within the jacket.6. The stent delivery system of claim 1, wherein the material curing apparatus includes an expandable light transmissive jacket for securing the at least one emitter and wherein the emitter is disposed between the expandable member and the jacket.7. A stent delivery system for implanting an expandable stent formed with a tubular stent wall containing encapsulated light curable material, the stent wall adjacent to the material being transmissive to curing light for hardening the material, the system comprising:a catheter assembly having a proximal end and a distal end; the distal end having a mounting region for mounting of the stent and including an expandable member receivable in the stent to expand the stent to an expanded configuration while mounted on the mounting region; and a material curing apparatus including at least one light emitter disposed about the expandable member and in a light transmission relationship with the material while the stent is in the expanded configuration on the mounting region.