Wire frame partial flow obstruction for aneurysm treatment

Claim 1

A method of inserting a wire frame structure into the body, wherein the wire frame structure is adapted for use within a lumen of the body, said wire frame structure comprising a series of wire hoops longitudinally aligned in generally parallel planes and along a generally common axis through the center of each hoop, wherein successive hoops are joined by struts extending from one wire hoop to the next, and wherein the struts are arranged in radially non-aligned arrangement, said method comprising: providing an insertion catheter with a lumen at its distal end; deforming the wire frame structure along the common axis so that the hoops are deformed into a substantially straight line configuration; inserting the wire frame structure in its substantially straight line configuration into the lumen of an insertion catheter; inserting the insertion catheter into the body to place the wire frame structure at a desired site within the body; releasing the wire frame structure from the insertion catheter.

Claim 2

A method of inserting a wire frame structure into the body, wherein the wire frame structure is adapted for use within a lumen of the body, said wire frame structure comprising a series of wire hoops longitudinally aligned in generally parallel planes and along a generally common axis through the center of each hoop, wherein successive hoops are joined by struts extending from one wire hoop to the next, and wherein the struts are arranged in radially non-aligned arrangement, said method comprising: providing an insertion catheter with a lumen at its distal end; deforming the wire frame structure along the common axis so that the hoops are deformed into a substantially straight line configuration; inserting the wire frame structure in its substantially straight line configuration into the lumen of an insertion catheter; inserting the insertion catheter into the body to place the wire frame structure at a desired site within the body; releasing the wire frame structure from the insertion catheter.

Claim 3

A method of inserting a wire frame structure into the body, wherein the wire frame structure is adapted for use within a lumen of the body, said wire frame structure comprising a at least two wire hoops longitudinally aligned in generally parallel planes and along a generally common axis through the center of each hoop, wherein the hoops are joined by a strut extending from one wire hoop to the next, said method comprising: providing an insertion catheter with a lumen at its distal end; deforming the wire frame structure along the common axis so that the hoops are deformed into a substantially straight line configuration; inserting the wire frame structure in its substantially straight line configuration into the lumen of an insertion catheter; inserting the insertion catheter into the body to place the wire frame structure at a desired site within the body; releasing the wire frame structure from the insertion catheter.

Claim 4

A method of inserting a wire frame structure into the body, wherein the wire frame structure is adapted for use within a lumen of the body, said wire frame structure comprising a at least two wire hoops longitudinally aligned in generally parallel planes and along a generally common axis through the center of each hoop, wherein the hoops are joined by a strut extending from one wire hoop to the next, said method comprising: providing an insertion catheter with a lumen at its distal end; deforming the wire frame structure along the common axis so that the hoops are deformed into a substantially straight line configuration; inserting the wire frame structure in its substantially straight line configuration into the lumen of an insertion catheter; inserting the insertion catheter into the body to place the wire frame structure at a desired site within the body; releasing the wire frame structure from the insertion catheter.

Claim 5

A device for obstructing blood flow in an aneurysm affecting a blood vessel having a lumen with an inner wall, said device comprising: a first hoop circumscribing the inner wall of the blood vessel on one side of the aneurysm; a second hoop circumscribing the inner wall of the blood vessel on the other side of the aneurysm; a first strut comprising a substantially straight length of wire extending alone the length of the blood vessel from the first hoop toward the second hoop; and a second strut comprising a substantially straight length of wire extending along the length of the blood vessel from the second hoop toward the first hoop; and a flow occluding structure supported by the first and second struts and aligned with the aneurysm so as to at least partially disrupt the flow of blood into the aneurysm.

Claim 6

A device for obstructing blood flow in an aneurysm affecting a blood vessel having a lumen with an inner wall, said device comprising: a first hoop circumscribing the inner wall of the blood vessel on one side of the aneurysm; a second hoop circumscribing the inner wall of the blood vessel on the other side of the aneurysm; a first strut comprising a substantially straight length of wire extending alone the length of the blood vessel from the first hoop toward the second hoop; and a second strut comprising a substantially straight length of wire extending along the length of the blood vessel from the second hoop toward the first hoop; and a flow occluding structure supported by the first and second struts and aligned with the aneurysm so as to at least partially disrupt the flow of blood into the aneurysm.

Claim 14

A system for inserting a device for obstructing blood flow in an aneurysm affecting a blood vessel within the body, said blood vessel having a lumen with an inner wall, said system comprising a flow disrupting device and an insertion device, wherein: said flow disrupting device having a deployed shape which comprises: a first hoop circumscribing the inner wall of the blood vessel on one side of the aneurysm; a second hoop circumscribing the inner wall of the blood vessel on the other side of the aneurysm; a strut connecting the first and second hoops; and a flow occluding structure supported by the strut and aligned with the aneurysm so as to at least partially disrupt the flow of blood into the aneurysm; wherein the flow disrupting device comprises a wire frame structure capable of deformation into straight line configuration; and said insertion device comprises; a catheter having a lumen at its distal end, said catheter being sized and dimensioned to allow insertion of the catheter into the body to the site of the aneurysm, said lumen having an internal diameter sufficient to house the flow disrupting device in its straight line configuration; wherein the flow disrupting device may be deformed into its straight line configuration and inserted into the lumen at the distal end of the catheter for insertion into the body, and the flow disrupting device resiliently reverts to the deployed shape upon release from the lumen at the distal end of the catheter.

Claim 15

A system for inserting a device for obstructing blood flow in an aneurysm affecting a blood vessel within the body, said blood vessel having a lumen with an inner wall, said system comprising a flow disrupting device and an insertion device, wherein: said flow disrupting device having a deployed shape which comprises: a first hoop circumscribing the inner wall of the blood vessel on one side of the aneurysm; a second hoop circumscribing the inner wall of the blood vessel on the other side of the aneurysm; a strut connecting the first and second hoops; and a flow occluding structure supported by the strut and aligned with the aneurysm so as to at least partially disrupt the flow of blood into the aneurysm; wherein the flow disrupting device comprises a wire frame structure capable of deformation into straight line configuration; and said insertion device comprises; a catheter having a lumen at its distal end, said catheter being sized and dimensioned to allow insertion of the catheter into the body to the site of the aneurysm, said lumen having an internal diameter sufficient to house the flow disrupting device in its straight line configuration; wherein the flow disrupting device may be deformed into its straight line configuration and inserted into the lumen at the distal end of the catheter for insertion into the body, and the flow disrupting device resiliently reverts to the deployed shape upon release from the lumen at the distal end of the catheter.

Claim 16

A method of inserting a wire frame structure into the body, wherein the wire frame structure is adapted for use within a lumen of the body, said wire frame structure comprising a series of wire hoops longitudinally aligned in generally parallel planes and along a generally common axis through the center of each hoop, wherein successive hoops are joined by struts extending from one wire hoop to the next, said struts extending generally perpendicular to the planes of the hoops and generally parallel to said central axis and wherein the struts are arranged in radially non-aligned arrangement, said method comprising: providing an insertion catheter with a lumen at its distal end; deforming the wire frame structure along the common axis so that the hoops are deformed into a substantially straight line configuration; inserting the wire frame structure in its substantially straight line configuration into the lumen of an insertion catheter; inserting the insertion catheter into the body to place the wire frame structure at a desired site within the body; releasing the wire frame structure from the insertion catheter.

Claim 17

A method of inserting a wire frame structure into the body, wherein the wire frame structure is adapted for use within a lumen of the body, said wire frame structure comprising a series of wire hoops longitudinally aligned in generally parallel planes and along a generally common axis through the center of each hoop, wherein successive hoops are joined by struts extending from one wire hoop to the next, said struts extending generally perpendicular to the planes of the hoops and generally parallel to said central axis and wherein the struts are arranged in radially non-aligned arrangement, said method comprising: providing an insertion catheter with a lumen at its distal end; deforming the wire frame structure along the common axis so that the hoops are deformed into a substantially straight line configuration; inserting the wire frame structure in its substantially straight line configuration into the lumen of an insertion catheter; inserting the insertion catheter into the body to place the wire frame structure at a desired site within the body; releasing the wire frame structure from the insertion catheter.

Claim 18

A method of inserting a wire frame structure into the body, wherein the wire frame structure is adapted for use within a lumen of the body, said wire frame structure comprising at least two wire hoops longitudinally aligned in generally parallel planes and along a generally common axis through the center of each hoop, wherein the hoops are joined by a strut extending from one wire hoop to the next, said struts extending generally perpendicular to the planes of the hoops and generally parallel to said central axis, said method comprising: providing an insertion catheter with a lumen at its distal end; deforming the wire frame structure along the common axis so that the hoops are deformed into a substantially straight line configuration; inserting the wire frame structure in its substantially straight line configuration into the lumen of an insertion catheter; inserting the insertion catheter into the body to place the wire frame structure at a desired site within the body; releasing the wire frame structure from the insertion catheter.

Claim 19

A method of inserting a wire frame structure into the body, wherein the wire frame structure is adapted for use within a lumen of the body, said wire frame structure comprising at least two wire hoops longitudinally aligned in generally parallel planes and along a generally common axis through the center of each hoop, wherein the hoops are joined by a strut extending from one wire hoop to the next, said struts extending generally perpendicular to the planes of the hoops and generally parallel to said central axis, said method comprising: providing an insertion catheter with a lumen at its distal end; deforming the wire frame structure along the common axis so that the hoops are deformed into a substantially straight line configuration; inserting the wire frame structure in its substantially straight line configuration into the lumen of an insertion catheter; inserting the insertion catheter into the body to place the wire frame structure at a desired site within the body; releasing the wire frame structure from the insertion catheter.

Claim 22

A system for inserting a device for obstructing blood flow in a saccular aneurysm affecting a blood vessel within the body, said blood vessel having a lumen with an inner wall, said system comprising a flow disrupting device and an insertion device, wherein: said flow disrupting device has a deployed shape which comprises: a first hoop circumscribing the inner wall of the blood vessel on one side of the aneurysm; a second hoop circumscribing the inner wall of the blood vessel on the other side of the aneurysm; a strut connecting the first and second hoops; and a flow occluding structure supported by the strut and aligned with the saccular aneurysm so as to at least partially disrupt the flow of blood into the aneurysm, said flow occluding structure extending outwardly from the blood vessel into the saccular aneurysm; wherein the flow disrupting device comprises a wire frame structure capable of deformation into straight line configuration; and said insertion device comprises; a catheter having a lumen at its distal end, said catheter being sized and dimensioned to allow insertion of the catheter into the body to the site of the aneurysm, said lumen having an internal diameter sufficient to house the flow disrupting device in its straight line configuration; wherein the flow disrupting device may be deformed into its straight line configuration and inserted into the lumen at the distal end of the catheter for insertion into the body, and the flow disrupting device reverts to the deployed shape upon release from the lumen at the distal end of the catheter.

Claim 23

A system for inserting a device for obstructing blood flow in a saccular aneurysm affecting a blood vessel within the body, said blood vessel having a lumen with an inner wall, said system comprising a flow disrupting device and an insertion device, wherein: said flow disrupting device has a deployed shape which comprises: a first hoop circumscribing the inner wall of the blood vessel on one side of the aneurysm; a second hoop circumscribing the inner wall of the blood vessel on the other side of the aneurysm; a strut connecting the first and second hoops; and a flow occluding structure supported by the strut and aligned with the saccular aneurysm so as to at least partially disrupt the flow of blood into the aneurysm, said flow occluding structure extending outwardly from the blood vessel into the saccular aneurysm; wherein the flow disrupting device comprises a wire frame structure capable of deformation into straight line configuration; and said insertion device comprises; a catheter having a lumen at its distal end, said catheter being sized and dimensioned to allow insertion of the catheter into the body to the site of the aneurysm, said lumen having an internal diameter sufficient to house the flow disrupting device in its straight line configuration; wherein the flow disrupting device may be deformed into its straight line configuration and inserted into the lumen at the distal end of the catheter for insertion into the body, and the flow disrupting device reverts to the deployed shape upon release from the lumen at the distal end of the catheter.