Cardiovascular Devices and Methods
A material in a flowable state is applied to the interstitial pores of a radially-expandable endovascular tubular braid structure to modify the tubular braid structure for use in the treatment of cardiovascular disease. The material is cured to form a membrane at least within the coated interstitial pores. A cardiovascular device, for use in a vascular lumen within a body for treatment of cardiovascular disease, includes a braided body with electroporation means for helping prevent restenosis in a cardiovascular lumen. A method for treating cardiovascular disease includes placing a radially expandable and collapsible medical device within a cardiovascular passageway, positioning it at a target site, and placing it in a radially expanded state. Restenosis at the target site is inhibited by a chosen one of electroporation and iontophoresis. The medical device is collapsed and is then removed from the passageway.
1 . A method for modifying a radially-expandable endovascular tubular braid structure, used in the treatment of cardiovascular disease, comprising:
applying a material in a flowable state to the interstitial pores of a radially-expandable endovascular tubular braid structure used in the treatment of cardiovascular disease; and
curing the material to form a membrane at least within the coated interstitial pores.
2 . A cardiovascular device, for use in a vascular lumen within a body for treatment of cardiovascular disease, comprising:
a braided body; and
said braided body comprising electroporation means for helping prevent restenosis in a cardiovascular lumen.
3 . The device of claim 2 , wherein the braided body constitutes an electrode.
4 . A method for treating cardiovascular disease comprising:
obtaining a radially expandable and collapsible medical device;
placing the medical device, in a radially collapsed state, within a cardiovascular passageway within a body;
positioning the medical device at a target site within the passageway;
placing the medical device in a radially expanded state;
inhibiting restenosis at the target site by a chosen one of electroporation and iontophoresis;
placing the medical device in a radially collapsed state; and removing the device from the passageway.