Universal adapter for graft attachment to delivery systems

1. A stent graft retention system for retaining a stent graft on a delivery device, comprising:

a stent graft comprising:

a first end;

a second end;

a first edge at the first end; and

a stent comprising first apices and second apices, the first apices disposed adjacent the first end and the second apices extending toward the second end; and

a plurality of discrete retention wire forms each comprising a first strut, a second strut, and an apex between the first and second struts;

wherein the first and second struts are attached to the stent graft a distance from the first edge and the apex extends beyond the first edge;

wherein each of the plurality of discrete retention wire forms is nested with an apex of the first apices, and the plurality of discrete retention wire forms nested with an apex of the first apices are less in quantity than the first apices; and

wherein at least one of the plurality of discrete retention wire forms is configured to engage a trigger wire.

2. The stent graft retention system of claim 1 , further comprising sutures configured to attach the first and second struts of each of the plurality of discrete retention wire forms to the stent graft.

3. The stent graft retention system of claim 1 , wherein each of the plurality of discrete retention wire forms is v-shaped.

4. The stent graft retention system of claim 1 , wherein the first and second struts of each of the plurality of discrete retention wire forms comprise hooks.

5. The stent graft retention system of claim 1 , wherein the first and second struts of each of the plurality of discrete retention wire forms comprise bar-bells.

6. The stent graft retention system of claim 1 , further comprising sutures configured to attach the first and second struts of each of the plurality of discrete retention wire forms to the stent graft;

wherein the first and second struts of each of the plurality of discrete retention wire forms comprise bar-bells; and

wherein the sutures are configured to attach the first and second struts around a bar of each bar-bell.

7. The stent graft retention system of claim 1 , wherein the first and second struts of each of the plurality of discrete retention wire forms are attached to the stent graft on a first surface of the stent graft and the apex of each of the plurality of discrete retention wire forms extends beyond the first edge of a second surface of the stent graft, the second surface opposite the first surface.

8. The stent graft retention system of claim 1 , wherein the first and second struts of each of the plurality of discrete retention wire forms are attached to the stent graft on a first surface of the stent graft and the apex of each of the plurality of discrete retention wire forms extends beyond the first edge of a second surface of the stent graft, the second surface opposite the first surface; and

wherein the first and second struts of each of the plurality of discrete retention wire forms pass through eyelets in the stent graft.

9. The stent graft retention system of claim 1 , wherein the plurality of discrete retention wire forms are disposed symmetrically about a circumference of the first edge.

10. The stent graft retention system of claim 1 , wherein the first and second struts of each of the plurality of discrete retention wire forms comprise bar-bells; and

wherein the first and second struts of each of the plurality of discrete retention wire forms pass through eyelets in the stent graft.

11. A stent graft retention system for retaining a stent graft on a delivery device, comprising:

a stent graft comprising:

a first end;

a second end;

a first edge at the first end; and

a stent comprising first apices and second apices, the first apices disposed adjacent the first end and the second apices extending toward the second end; and

a plurality of discrete retention wire forms each comprising a first strut, a second strut, and an apex between the first and second struts;

wherein the first and second struts are attached to the stent graft a distance from the first edge and the apex extends beyond the first edge;

wherein each of the plurality of discrete retention wire forms is nested with an apex of the first apices, and the plurality of discrete retention wire forms nested with the apex of the first apices are less in quantity than the first apices;

wherein at least one of the plurality of discrete retention wire forms is configured to engage a trigger wire; and

wherein the first and second struts of each of the plurality of discrete retention wire forms pass through eyelets in the stent graft and are attached to the stent graft on a first surface of the stent graft and the apex of each of the plurality of discrete retention wire forms extends beyond the first edge of a second surface of the stent graft, the second surface opposite the first surface.

12. The stent graft retention system of claim 11 , further comprising sutures configured to attach the first and second struts of each of the plurality of discrete retention wire forms to the stent graft.

13. The stent graft retention system of claim 11 , wherein each of the plurality of discrete retention wire forms is v-shaped.

14. The stent graft retention system of claim 11 , wherein the first and second struts of each of the plurality of discrete retention wire forms comprise hooks.

15. The stent graft retention system of claim 11 , wherein the first and second struts of each of the plurality of discrete retention wire forms comprise bar-bells.

16. The stent graft retention system of claim 11 , further comprising sutures configured to attach the first and second struts of each of the plurality of discrete retention wire forms to the stent graft;

wherein the first and second struts of each of the plurality of discrete retention wire forms comprise bar-bells; and

wherein the sutures are configured to attach the first and second struts around a bar of each bar-bell.