Abstract: The present invention provides a system, a method, devices and a computer implemented with a method for the monitoring and the control of a subject's organ perfusion. The present invention further provides for the use of a system, a method, devices and a computer implemented with a method for the monitoring and the control of a subject's organ perfusion.

Abstract: The present application provides a device for the simultaneous or the separate perfusion and occlusion of a vessel comprising a body having a distal end, a proximal end, a single lumen (66, 80) extending between the proximal end and the distal end, and at least one opening (63,72) which is in fluid communication with the lumen for delivering a therapeutic treatment to a vessel; and at least one expandable balloon (65,70,81) coupled with the body of the device, said balloon is provided with an interior which is in fluid communication with the lumen of the device through at least one opening (68, 69, 70), said opening is provided with at least one valve (71) which is movable from a closed position, in which fluid communication of the lumen with the interior of the balloon is prevented, to an open position in which the lumen is in fluid communication with the interior of the balloon.

Abstract: A medical device for the delivery of treatment fluid to body vessels is described. The device has a distal (21) and a proximal (20) end with a self-expanding, hollow tubular member (9) and a delivery catheter (10) suitable for deploying a self-expanding, tubular member (9). The tubular member (9) is configured to expand radially to form a central part (11) flanked by two annular ridges, which creates, in situ, an annular lumen that can apply treatment fluid locally to a vessel and a passageway that can maintain the flow of blood through the vessel. The device is particularly suited for minimally invasive and repeatable organ perfusion. A method for organ perfusion is also disclosed.

Abstract: A medical device for the delivery of treatment fluid to body vessels is described. The device has a distal (21) and a proximal (20) end with a self-expanding, hollow tubular member (9) and a delivery catheter (10) suitable for deploying a self-expanding, tubular member (9). The tubular member (9) is configured to expand radially to form a central part (11) flanked by two annular ridges, which creates, in situ, an annular lumen that can apply treatment fluid locally to a vessel and a passageway that can maintain the flow of blood through the vessel. The device is particularly suited for minimally invasive and repeatable organ perfusion. A method for organ perfusion is also disclosed.