发明名称 Vascular remodeling device
摘要 A vascular remodeling device and methods for its use are provided. The device can be positionable at a junction of a bifurcation having an aneurysm and that defines afferent and efferent vessels. Ends of the device can be at least partially inserted into the aneurysm or can anchor the device by being at least partially inserted into efferent vessels. The device can act as a scaffolding to inhibit dislodging of objects out of the aneurysm. The device can permit perfusion to the efferent vessels. Embolic material can be inserted in the aneurysm before, during, and/or after positioning the device.
申请公布号 US9192388(B2) 申请公布日期 2015.11.24
申请号 US201213473832 申请日期 2012.05.17
申请人 Covidien LP 发明人 Cam Anh;Losordo Michael Louis;Ma Jianlu;Schuman Victoria;Zhao Xiaoling
分类号 A61F2/954;A61F2/852;A61B17/12;A61F2/856;A61F2/82 主分类号 A61F2/954
代理机构 代理人 Kertz, Esq. Mark J.
主权项 1. An intraluminal device for use at a vessel bifurcation, the device comprising: a midsection; a tail coupled to the midsection and configured to permit pushing and pulling of the device within a catheter; and first and second stents each comprising a plurality of filaments coupled together at the midsection to form respective first and second proximal regions, the first and second stents extending separately from the midsection towards respective first and second distal regions, the first and second stent distal regions comprising respective first and second bioabsorbable couplings, wherein in a gathered configuration, (i) the plurality of filaments of the first stent converge to the first bioabsorbable coupling at the first distal region, and (i) the plurality of filaments of the second stent converge to the second bioabsorbable coupling at the second distal region, the first and second distal regions being configured to flex away from each other during expansion of the first and second stents from a compressed state to an expanded state, and wherein, upon bioabsorption of the first and second couplings, the first and second distal regions are expandable from the gathered configuration to a released configuration such that the pluralities of filaments at the first and second distal regions radially diverge for permitting normal blood flow through the bifurcation, and wherein the first and second stents alone support the device within efferent vessels of the bifurcation without the tail engaging an afferent vessel of the bifurcation.
地址 Mansfield MA US