A stent-graft comprising: an intraluminal implantable body configured for percutaneous intraluminal delivery into a vessel, the intraluminal implantable body comprising: a porous first layer having an outer surface, the entire longitudinal length of the outer surface of the porous first layer being adapted to make contact with tissue of a vessel wall; a non-porous layer attached to the porous first layer; a self-expandable, balloon expandable or combination of self-expandable and balloon expandable stent, for allowing the stent-graft to expand to a suitable diameter to compress the porous first layer against a vessel wall such that the stent is mechanically supporting the vessel wall, encapsulated by the non-porous layer; and a porous second layer attached to the non-porous layer having the stent, the porous second layer having an inner surface that is adapted to make contact witch bodily fluids that flow through a longitudinal bore of the stent-graft; wherein the stent-graft includes (i) a compressed configuration that allows the stent-graft to be delivered percutaneouly and intraluminally into a vessel by a catheter and/or a guide wire and maneuvered along a vascular network to a delivery site and (ii) an expanded configuration, substantially greater in outer diameter than the compressed configuration that allows the stent-graft to be secured inside of a vessel, and wherein the thickness of the combination of the layers is of a suitable size that does not adversely affect the flow of fluid through the vessel. an intraluminal implantable body configured for percutaneous intraluminal delivery into a vessel, the intraluminal implantable body comprising: a porous first layer having an outer surface, the entire longitudinal length of the outer surface of the porous first layer being adapted to make contact with tissue of a vessel wall; a non-porous layer attached to the porous first layer; a self-expandable, balloon expandable or combination of self-expandable and balloon expandable stent, for allowing the stent-graft to expand to a suitable diameter to compress the porous first layer against a vessel wall such that the stent is mechanically supporting the vessel wall, encapsulated by the non-porous layer; and a porous second layer attached to the non-porous layer having the stent, the porous second layer having an inner surface that is adapted to make contact witch bodily fluids that flow through a longitudinal bore of the stent-graft; wherein the stent-graft includes (i) a compressed configuration that allows the stent-graft to be delivered percutaneouly and intraluminally into a vessel by a catheter and/or a guide wire and maneuvered along a vascular network to a delivery site and (ii) an expanded configuration, substantially greater in outer diameter than the compressed configuration that allows the stent-graft to be secured inside of a vessel, and wherein the thickness of the combination of the layers is of a suitable size that does not adversely affect the flow of fluid through the vessel. a porous first layer having an outer surface, the entire longitudinal length of the outer surface of the porous first layer being adapted to make contact with tissue of a vessel wall; a non-porous layer attached to the porous first layer; a self-expandable, balloon expandable or combination of self-expandable and balloon expandable stent, for allowing the stent-graft to expand to a suitable diameter to compress the porous first layer against a vessel wall such that the stent is mechanically supporting the vessel wall, encapsulated by the non-porous layer; and a porous second layer attached to the non-porous layer having the stent, the porous second layer having an inner surface that is adapted to make contact witch bodily fluids that flow through a longitudinal bore of the stent-graft; wherein the stent-graft includes (i) a compressed configuration that allows the stent-graft to be delivered percutaneouly and intraluminally into a vessel by a catheter and/or a guide wire and maneuvered along a vascular network to a delivery site and (ii) an expanded configuration, substantially greater in outer diameter than the compressed configuration that allows the stent-graft to be secured inside of a vessel, and wherein the thickness of the combination of the layers is of a suitable size that does not adversely affect the flow of fluid through the vessel.