Abstract: A stent graft system includes a tubular graft component, a bare stent component, an infrarenal stent component at least one suprarenal barb extending distally from at least one suprarenal portion of the bare stent component and at least one infrarenal barb extending distally from at least one infrarenal portion of the bare stent component. A stent graft system can also include at least one barb.

Abstract: A delivery system and method for implanting a stent graft prostheses includes and employs a torque component at a distal end of the stent graft prosthesis, whereby following advancement of the stent graft to a surgical site in a constrained or partially constrained configuration, torque is applied to the torque component and, consequently, to the stent graft to rotationally align the stent graft about a longitudinal axis of the stent graft, followed by deployment of the stent graft in correct rotational alignment, and subsequent retraction of the delivery device from the deployed stent graft and the subject. The torque component includes a pushrod and at least two arms.

Abstract: A stent graft system includes a tubular graft component, a bare stent component, an infrarenal stent component at least one suprarenal barb extending distally from at least one suprarenal portion of the bare stent component and at least one infrarenal barb extending distally from at least one infrarenal portion of the bare stent component. A stent graft system can also include at least one barb.

Abstract: A delivery system and method for implanting a stent graft prostheses includes and employs a torque component at a distal end of the stent graft prosthesis, whereby following advancement of the stent graft to a surgical site in a constrained or partially constrained configuration, torque is applied to the torque component and, consequently, to the stent graft to rotationally align the stent graft about a longitudinal axis of the stent graft, followed by deployment of the stent graft in correct rotational alignment, and subsequent retraction of the delivery device from the deployed stent graft and the subject. The torque component includes a pushrod and at least two arms.

Abstract: A method of releasing a bare stent of a stent graft includes moving a lumen, to which a proximal apex capture portion of an apex capture device is fixed, the proximal apex capture portion defining a radial restraint, along a major axis between a first position, in which tines of the proximal apex capture portion are mated with slots of a distal apex capture portion and overlie bosses extending radially from a major axis of the apex capture device, and a second position, in which the tines are not mated with the slots and do not overlie the bosses, to thereby release apices of a bare stent from a space defined by the tines, the bosses and the distal apex capture portion.

Abstract: A stent graft system includes a tubular graft component, a bare stent component, an infrarenal stent component at least one suprarenal barb extending distally from at least one suprarenal portion of the bare stent component and at least one infrarenal barb extending distally from at least one infrarenal portion of the bare stent component. A stent graft system can also include at least one barb.

Abstract: At least one of axial stiffness (i.e. bending stiffness) and radial stiffness of a luminal stent of a luminal stent assembly, or of the luminal stent assembly, linking a fenestrated aortic prosthesis to a branch of a branched artery, decreases with increasing distance from a proximal end of the luminal stent or the luminal stent assembly, and a method of their use implants the luminal stent, the luminal stent, or a luminal stent system that includes at least one of the luminal stent or stent assembly in a branched artery to therapeutically treat a diseased tissue at the branched artery.

Abstract: A vascular repair device assembly includes a main prostheses, first internal prostheses, an optional second internal prostheses, and at least two sub-prostheses. Methods for delivering vascular repair devices include delivering a vascular repair device through a blood vessel to the aneurysm site, aligning a proximal open end of a main prosthesis cranially to the site of the aneurysm patient and directing a distal end of at least one additional one vascular repair device through a proximal end of at least a first internal lumen, and aligning the proximal end of the additional vascular repair device into a distal end of the at least one sub-prosthesis.

Abstract: A delivery system and method for implanting a stent graft prostheses includes and employs a torque component at a distal end of the stent graft prosthesis, whereby following advancement of the stent graft to a surgical site in a constrained or partially constrained configuration, torque is applied to the torque component and, consequently, to the stent graft to rotationally align the stent graft about a longitudinal axis of the stent graft, followed by deployment of the stent graft in correct rotational alignment, and subsequent retraction of the delivery device from the deployed stent graft and the subject. The torque component includes a pushrod and at least two arms.

Abstract: A stent graft system includes a tubular graft component, a bare stent component, an infrarenal stent component at least one suprarenal barb extending distally from at least one suprarenal portion of the bare stent component and at least one infrarenal barb extending distally from at least one infrarenal portion of the bare stent component. A stent graft system can also include at least one barb.

Abstract: A stent graft system includes a tubular graft component, a bare stent component, an infrarenal stent component at least one suprarenal barb extending distally from at least one suprarenal portion of the bare stent component and at least one infrarenal barb extending distally from at least one infrarenal portion of the bare stent component. A stent graft system can also include at least one barb.

Abstract: A method of releasing a bare stent of a stent graft includes moving a lumen, to which a proximal apex capture portion of an apex capture device is fixed, the proximal apex capture portion defining a radial restraint, along a major axis between a first position, in which tines of the proximal apex capture portion are mated with slots of a distal apex capture portion and overlie bosses extending radially from a major axis of the apex capture device, and a second position, in which the tines are not mated with the slots and do not overlie the bosses, to thereby release apices of a bare stent from a space defined by the tines, the bosses and the distal apex capture portion.

Abstract: An apex capture device includes a proximal apex capture portion that includes a nose and a plurality of tines extending distally from the nose. The apex capture device further includes a distal apex capture portion, a plurality of bosses, an elongate member and a lumen to which the proximal apex capture portion is fixed. In an embodiment, the apex capture device can include a bare stent and at least one suprarenal barb.

Abstract: A stent graft system includes a tubular graft component, a bare stent component, an infrarenal stent component at least one suprarenal barb extending distally from at least one suprarenal portion of the bare stent component and at least one infrarenal barb extending distally from at least one infrarenal portion of the bare stent component. A stent graft system can also include at least one barb.

Abstract: An apex capture device includes a proximal apex capture portion that includes a nose and a plurality of tines extending distally from the nose. The apex capture device further includes a distal apex capture portion, a plurality of bosses, an elongate member and a lumen to which the proximal apex capture portion is fixed. In an embodiment, the apex capture device can include a bare stent and at least one suprarenal barb.