System and methods for treating MVO
AssigneeCorFlow Therapeutics AG
InventorsRobert S. Schwartz, Martin T. Rothman, Jon H. Hoem
Life of this patent
Estimating the term…
Abstract
MVO is treated by introducing injectate into blood vessels affected by MVO at precise flow rates, while blocking retrograde flow, such that the natural pumping of the heart aids in forcing the injectate into the affected microvessels. Monitoring pressure distal of an occlusion balloon is used to determine treatment effectiveness and heart health.
Claims20
A system for treating myocardial microvascular obstruction (MVO), the system comprising:
- a catheter comprising a distal region, a proximal region, and a balloon disposed at the distal region, the distal region of the catheter sized and shaped to be positioned in a myocardial vessel supplying blood to a patient's myocardium;
- at least one pressure sensor configured to generate sensor data corresponding to at least one of pressure inside the catheter or pressure outside the catheter distal to the balloon;
- a pump assembly coupled to the proximal region of the catheter, the pump assembly comprising at least one reservoir containing injectate, the pump assembly configured to pump injectate from the at least one reservoir through the catheter at a flow rate and responsive to the sensor data;
- and
- instructions that, when executed, cause a user interface to display a waterfall pressure based on the sensor data, wherein the waterfall pressure is defined as steady state arterial pressure distal to the balloon following inflation.
A system for treating myocardial microvascular obstruction (MVO), the system comprising:
- a catheter comprising a distal region, a proximal region, and a balloon disposed at the distal region, the distal region of the catheter sized and shaped to be positioned in a myocardial vessel supplying blood to a patient's myocardium;
- at least one pressure sensor configured to generate sensor data corresponding to at least one of pressure inside the catheter or pressure outside the catheter distal to the balloon;
- a pump assembly coupled to the proximal region of the catheter, the pump assembly comprising at least one reservoir containing injectate, the pump assembly configured to pump injectate from the at least one reservoir through the catheter at a flow rate and responsive to the sensor data;
- and
- instructions that, when executed, cause a user interface to display real-time status of the balloon as inflated or deflated and internal pressure in the balloon.
A system for treating myocardial microvascular obstruction (MVO), the system comprising:
- a catheter comprising a distal region, a proximal region, and a balloon disposed at the distal region, the distal region of the catheter sized and shaped to be positioned in a myocardial vessel supplying blood to a patient's myocardium;
- at least one pressure sensor configured to generate sensor data corresponding to at least one of pressure inside the catheter or pressure outside the catheter distal to the balloon;
- a pump assembly coupled to the proximal region of the catheter, the pump assembly comprising at least one reservoir containing injectate, the pump assembly configured to pump injectate from the at least one reservoir through the catheter at a flow rate and responsive to the sensor data;
- and
- instructions that, when executed, cause a user interface to display tau, wherein tau is defined as a parameter that characterizes exponential decay according to an equation p(t)=P0 e−t/TAU.
Dependencies are inferred from the claim text.