Apparatus and method for intra-abdominally moving a first internal organ to a position away from a second internal organ and the holding the first internal organ in the position without manual input
View Patent ↗An apparatus including a flexible length of cord and three tissue connectors positioned at the opposite ends of the cord and at an intermediate position of the cord is designed to be laparoscopically inserted through the abdominal wall and into the abdominal cavity, and used to move a first internal organ to a position away from a second internal organ where the apparatus holds the first internal organ in the position without further manual input, thereby providing surgical access to the second internal organ.
1. A method of moving a first body tissue to a position away from a second body tissue and then holding the first body tissue at the position without manual input, the method comprising:
providing a first cord segment having a flexible length with opposite ends and a second cord segment having a flexible length with opposite ends;
inserting the first and second cord segments into an area containing the first and second body tissues;
connecting one end of the first cord segment to a third body tissue adjacent the first body tissue and between the first and second body tissues, and connecting the other end of the first cord segment to a fourth body tissue that is on an opposite side of the first and second tissues from the third body tissue with the length of the first cord segment engaging across and moving the first body tissue toward the position away from the second body tissue;
connecting one end of the second cord segment to the third body tissue adjacent the first body tissue and between the first and second body tissues, and connecting the other end of the second cord segment to the fourth body tissue that is on an opposite side of the first and second tissues from the third body tissue with the length of the second cord segment engaging across and moving the first body tissue toward the position away from the second body tissue;
providing the first and second cord segments as parts of a single cord with the other end of the first cord segment being attached to the other end of the second cord segment by a third cord segment having a flexible length that extends between the other ends of the first and second cord segments;
whereby the first and second cord segments engaging across the first body tissue hold the first body tissue at the position away from the second body tissue without manual input;
disconnecting the one end of the first cord segment from the third body tissue and disconnecting the other end of the first cord segment from the fourth body tissue;
disconnecting the one end of the second cord segment from the third body tissue and disconnecting the other end of the second cord segment from the fourth body tissue; and
removing the first and second cord segments from the area containing the first and second body tissue.
2. The method of claim 1 , further comprising: the first body tissue being a human liver and the second body tissue being a human stomach.
3. The method of claim 1 , further comprising:
providing the first and second cord segments as parts of a single cord with the one end of the first cord segment being connected to the one end of the second cord segment.
4. The method claim 1 , further comprising:
attaching the one end of the first cord segment to the one end of the second cord segment by tying a knot between the one end of the first cord segment and the one end of the second cord segment.
5. A method of moving a first body tissue comprising a liver of a patient to a position away from a second body tissue comprising a stomach of the patient and then holding the liver at the position without manual input, the method comprising:
providing a first cord segment having a flexible length with opposite ends and a second cord segment having a flexible length with opposite ends;
inserting the first and second cord segments into an area containing the liver and stomach;
connecting one end of the first cord segment to a third body tissue adjacent the liver and between the liver and stomach, and connecting the other end of the first cord segment to a fourth body tissue that is on an opposite side of the liver and stomach from the third body tissue with the length of the first cord segment engaging across and moving the liver toward the position away from the stomach;
connecting one end of the second cord segment to the third body tissue adjacent the liver and between the liver and stomach, and connecting the other end of the second cord segment to the fourth body tissue that is on an opposite side of the liver and stomach from the third body tissue with the length of the second cord segment engaging across and moving the liver toward the position away from the stomach;
providing the first and second cord segments as parts of a single cord with the other end of the first cord segment being attached to the other end of the second cord segment by a third cord segment having a flexible length that extends between the other ends of the first and second cord segments;
whereby the first and second cord segments engaging across the liver hold the liver at the position away from the stomach without manual input.
6. The method of claim 5 , further comprising:
providing the first and second cord segments as parts of a single cord with the one end of the first cord segment being connected to the one end of the second cord segment.
7. The method claim 5 , further comprising:
attaching the one end of the first cord segment to the one end of the second cord segment by tying a knot between the one end of the first cord segment and the one end of the second cord segment.
8. A method of moving a first body tissue to a position away from a second body tissue and then holding the first body tissue at the position without manual input, the method comprising:
providing a first cord segment having a flexible length with opposite ends and a second cord segment having a flexible length with opposite ends;
inserting the first and second cord segments into an area containing the first and second body tissues;
connecting one end of the first cord segment to a third body tissue adjacent the first body tissue and between the first and second body tissues, and connecting the other end of the first cord segment to a fourth body tissue that is on an opposite side of the first and second tissues from the third body tissue with the length of the first cord segment engaging across and moving the first body tissue toward the position away from the second body tissue;
connecting one end of the second cord segment to the third body tissue adjacent the first body tissue and between the first and second body tissues, and connecting the other end of the second cord segment to the fourth body tissue that is on an opposite side of the first and second tissues from the third body tissue with the length of the second cord segment engaging across and moving the first body tissue toward the position away from the second body tissue; and
wherein the first and second cord segments comprise parts of a single cord with the other end of the first cord segment being attached to the other end of the second cord segment by a third cord segment having a flexible length that extends between the other ends of the first and second cord segments;
whereby the first and second cord segments engaging across the first body tissue hold the first body tissue at the position away from the second body tissue without manual input.
9. The method of claim 8 , further comprising:
attaching the one end of the first cord segment to the one end of the second cord segment by tying a knot between the one end of the first cord segment and the one end of the second cord segment.
10. A method of moving a first body tissue comprising a liver of a patient to a position away from a second body tissue comprising a stomach of the patient and then holding the liver at the position without manual input, the method comprising:
providing a first cord segment having a flexible length with opposite ends and a second cord segment having a flexible length with opposite ends;
inserting the first and second cord segments into an area containing the liver and stomach;
connecting one end of the first cord segment to a third body tissue comprising a crus of the diaphragm of the patient adjacent the liver, and connecting the other end of the first cord segment to a fourth body tissue that is on an opposite side of the liver and stomach from the crus with the length of the first cord segment engaging across and moving the liver toward the position away from the stomach;
connecting one end of the second cord segment to the crus adjacent the liver and connecting the other end of the second cord segment to the fourth body tissue that is on an opposite side of the liver and stomach from the crus with the length of the second cord segment engaging across and moving the liver toward the position away from the stomach;
providing the first and second cord segments as parts of a single cord with the other end of the first cord segment being attached to the other end of the second cord segment by a third cord segment having a flexible length that extends between the other ends of the first and second cord segments;
whereby the first and second cord segments engaging across the liver hold the liver at the position away from the stomach without manual input.
11. The method of claim 10 , further comprising:
providing the first and second cord segments as parts of a single cord with the one end of the first cord segment being connected to the one end of the second cord segment.
12. The method claim 10 , further comprising:
attaching the one end of the first cord segment to the one end of the second cord segment by tying a knot between the one end of the first cord segment and the one end of the second cord segment.