Gastric port system
A gastric port system for transport of materials to the interior of a body cavity that may include a port configured to be disposed between a first body cavity and an area adjacent to the first body cavity. The gastric port system may further include a first bolster disposed on the port where the first bolster includes a magnet, and a second bolster disposed on the port where the second bolster includes a magnet, and the magnets are attracted to each other.
1. A gastric port system for transport of materials to the interior of a body cavity comprising:
a port configured to be disposed between a first body cavity and an area adjacent to the first body cavity; the port further comprising a distal portion, a proximal portion, and a passageway therethrough;
a first non-inflatable bolster having an annular shape, the first bolster being disposed about the proximal portion of the port;
wherein the proximal portion of the port extends proximally from the first bolster into the area adjacent to the first body cavity, the first bolster including at least one first magnet;
a second non-inflatable bolster having an annular shape, the second bolster being disposed about the distal portion of the port;
wherein the distal portion of the port extends distally from the second bolster into the first body cavity, the second bolster including at least one second magnet;
wherein at least one of the first bolster and the second bolster is slidable relative to the port and the first and second bolsters contact respective bodily surfaces to define a thickness of tissue between the bolsters; and
wherein the at least one first magnet is attracted to the at least one second magnet such that the first bolster and the second bolster are drawn together so that the at least one slidable bolster will adjust position to maintain contact with its respective bodily surface even if the thickness of the tissue between the bolsters decreases.
2. The gastric port system of claim 1 where the port is configured to extend through a bodily wall.
3. The gastric port system of claim 2 where the first bolster is configured to engage a first side of the bodily wall and the second bolster is configured to engage a second side of the bodily wall.
4. The gastric port system of claim 1 further comprising a catheter, with a lumen for the passage of materials, extending through at least a portion of the port.
5. The gastric port system of claim 1 where one of the first bolster and the second bolster is fixedly attached to the port.
6. The gastric port system of claim 1 where the first bolster is slidable relative to the proximal portion of the port and the second bolster is slidable relative to the distal portion of the port.
7. The gastric port system of claim 6 , where the port further comprises a first retaining element for limiting axial movement of the first bolster and a second retaining element for limiting axial movement of the second bolster.
8. The gastric port system of claim 1 where the port further comprises a retaining element for limiting axial movement of one of the first bolster and the second bolster.
9. The gastric port system of claim 1 where the first body cavity is the abdominal cavity of the patient.
10. The gastric port system of claim 9 where the area adjacent to the first body cavity is external to the patient.
11. The gastric port system of claim 1 where the first body cavity is the abdominal cavity of the patient and the area adjacent to the first body cavity is the intestine of the patient.
12. A gastric port system for transport of materials to the interior of a body cavity comprising:
a port configured to be disposed between a first body cavity and an area adjacent to the first body cavity; the port further comprising a distal portion, a proximal portion, and a passageway therethrough;
a first non-inflatable bolster having an annular shape, the first non-inflatable bolster being disposed about the proximal portion of the port;
wherein the proximal portion of the port extends proximally from the first bolster into the area adjacent to the first body cavity, the first non-inflatable bolster including at least one first pocket to receive at least one first magnet;
a second non-inflatable bolster having an annular shape, the second non-inflatable bolster being disposed about the distal portion of the port;
wherein the distal portion of the port extends distally from the second bolster into the first body cavity, the second non-inflatable bolster including at least one second pocket to receive at least one second magnet;
wherein at least one of the first non-inflatable bolster and the second non-inflatable bolster is slidable relative to the port, and the first and second bolsters contact respective bodily surfaces to define a thickness of tissue between the bolsters; and
wherein the at least one first magnet is attracted to the at least one second magnet such that the first non-inflatable bolster and the second non-inflatable bolster are drawn together so that the at least one slidable bolster will adjust position to maintain contact with its respective bodily surface, even if the thickness of the tissue between the bolsters decreases.
13. A gastric port system for transport of materials to the interior of a body cavity comprising:
a port configured to be disposed between a first body cavity and an area adjacent to the first body cavity, the port further comprising a retaining element on a proximal portion of the port, a distal portion, and a passageway therethrough;
a first non-inflatable bolster having an annular shape, the first bolster being disposed about the proximal portion of the port, the first bolster including at least one first magnet;
a second non-inflatable bolster having an annular shape, the second bolster being disposed about the distal portion of the port, the second bolster including at least one second magnet;
wherein the first bolster is slidable relative to the proximal portion of the port and the second bolster is slidable relative to the distal portion of the port and axial movement of the first bolster is limited by the retaining element, and the first and second bolsters contact respective bodily surfaces to define a thickness of tissue between the bolsters; and
wherein the at least one first magnet is attracted to the at least one second magnet such that the first bolster and the second bolster are drawn together, so that the at least one slidable bolster will adjust position to maintain contact with its respective bodily surface even if the thickness of the tissue between the bolsters decreases.