Multi-lumen central access vena cava filter apparatus for clot management and method of using same

1. A vena cava filter apparatus, comprising:

a. a multi-lumen catheter body having a first open port associated with a first fluid flow lumen and a second open port associated with a second fluid flow lumen;

b. a filter member positioned substantially intermediate the first open port and the second open port such that the first open port is proximal the filter member and the second open port is distal the filter member, the filter member having a diametrically enlarged central opening which opens toward a patient's blood flow in an expanded state, wherein the diametrically enlarged central opening can transition to a collapsed state;

c. at least one infusion port associated with at least one infusion lumen in the multi-lumen catheter body and positioned within an area of the multi-lumen catheter body bounded by the filter member, wherein the at least one infusion port further comprises a plurality of infusion ports arrayed along a longitudinal axis and a circumferential axis of the multi-lumen catheter body; and

d. a clot management device distal the filter member, wherein the clot management device comprises a basket disposed on a distal end of a central shaft, the basket includes a deployed configuration having a diameter sized for a vena cava, wherein the basket transitions to the deployed configuration distal the filter member as the filter member transitions to the collapsed state by operation of a plurality of wires positioned within the filter member and projecting from the multi-lumen catheter body and pointing coaxially and distally away from the multi-lumen catheter body, and the plurality of wires are pushed coaxially towards the multi-lumen catheter body as to detect a clot in the filter member in the collapsed state.

2. The vena cava filter apparatus according to claim 1 , wherein the basket in a non-deployed configuration is disposed within at least one lumen of the multi-lumen catheter body.

3. The vena cava filter apparatus according to claim 1 , wherein the central shaft is disposed within at least one lumen of the multi-lumen catheter body.

4. The vena cava filter apparatus according to claim 3 , wherein the basket expands to the vessel diameter of a vena cava by distal movement of the central shaft distal from the filter member and when the plurality of wires are pushed coaxially inward towards a cylindrical contact bonded to the multi-lumen catheter body by a clot as to change the resistance in the plurality of wires.

5. A filter apparatus comprising:

a. a multi-lumen catheter body having a first open port associated with a first fluid flow lumen and a second open port associated with a second fluid flow lumen;

b. a filter member having a first end immovably coupled to the multi-lumen catheter body and a second end movable relative to the multi-lumen catheter, the filter member being positioned substantially intermediate the first open port and the second open port such that the first open port is proximal the filter member and the second open port is distal the filter member, the filter member having a diametrically enlarged central opening which opens toward a patient's blood flow at least one infusion port associated with at least one infusion lumen in the multi-lumen catheter body and positioned within an area of the multi-lumen catheter body bounded by the filter member, wherein the at least one infusion port further comprises a plurality of infusion ports arrayed along a longitudinal axis and a circumferential axis of the multi-lumen catheter body; and

c. a clot management device operably coupled with the filter member, wherein the clot management device comprises a guidewire and an occlusive member located on k distal end of the guidewire, wherein the guidewire is coaxially disposed through at least one lumen of the multi-lumen catheter body, and the occlusive member may be expanded to engage the walls of a vein with a diameter in the range of a femoral vein up to a vena cava to prevent embolic material from traveling distal to the expanded filter member, and wherein the occlusive member is operably coupled to the filter member to move to a deployed configuration as the filter member transitions to a collapsed state by operation of a plurality of wires positioned within the filter member and projecting from the multi-lumen catheter body and pointing coaxially and distally away from the multi-lumen catheter body, and the plurality of wires are pushed coaxially towards the multi-lumen catheter body as to detect a clot in the filter member in the collapsed state.

6. The filter apparatus according to claim 5 , wherein the occlusive member expands to the vessel diameter by distal movement of the guidewire distal from the filter member and when the plurality of wires are pushed coaxially inward towards a cylindrical contact bonded to the multi-lumen catheter body by a clot as to change the resistance in the plurality of wires.

7. The filter apparatus according to claim 6 , wherein where the plurality of wires are operably connected to an ohmmeter on a proximal hub side of the multi-lumen catheter body, wherein the ohmmeter detects the change in resistance of the plurality of wires.

8. The filter apparatus according to claim 5 , further comprising an aspiration catheter operably coupled over the guidewire within the at least one lumen of the multi-lumen catheter body to aspirate remaining clots within the vessel.

9. The filter apparatus according to claim 5 , further comprising a lytic fluid disposed within at least one lumen of the multi-lumen catheter body to lyse the clot.

10. The filter apparatus according to claim 5 , wherein the occlusive member is a self-expanding structure.

11. The filter apparatus according to claim 5 , wherein the occlusive member is an expandable balloon.